1 - 5 october 2018 | germany€¦ · 25.09.2018 · presentation.do not forget to bring two...

1 - 5 OCTOBER 2018 | GERMANY

www.iac2018.org

• Technical Sessions• Special Sessions• Symposium Keynotes• Interactive Presentations

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Contents

You can personalize your schedule, receive the latest updates, see the list of all sessions, plenaries, forums, press conferences and social events, contact all app users, check on all the speakers, watch IAC TV, connect on social media, reach out exhibitors, and so much more !

The App name on the “App Store” and on the “Google Play Store” is IAFASTRO

Should you have any questions please contact IAF App Manager: Abed Aldaas [email protected]

Download and use the IAFASTRO App to organize your IAC 2018!

Connecting @ll Space People

Get in Touch via the IAFASTRO App and be part of the conversation #IAC2018 !

You can download the App on:

• Google Play store: https://play.google.com/store/apps/details?id=com.attendify.confbofn3r

• AppleStore: https://itunes.apple.com/app/id1328269635

• IAFWebApp: http://bofn3r.m.attendify.com/app/events

Or directly with this QR code:

1

1. Welcome Message _____________________________________________________________________________ 22. Information ____________________________________________________________________________________ 3 2.1 InformationforAuthors .................................................................................................................................... 3 2.2 CongressProceedings........................................................................................................................................ 3 2.3 SpeakerPreparationRoom ............................................................................................................................... 3 2.4 IAFApp.............................................................................................................................................................. 3 2.5 CertificatesofAttendanceandPresentation..................................................................................................... 4 2.6 ActaAstronautica............................................................................................................................................... 4 2.7 ContactandSupport......................................................................................................................................... 4 2.8 CongressFloorPlans ......................................................................................................................................... 5

3. Technical Sessions ______________________________________________________________________________ 9 3.1 TechnicalSessionsataGlance............................................................................................................................. 9 3.2 TechnicalSessionsperDay.................................................................................................................................... 10

4. Keynote Speakers _______________________________________________________________________________ 16

5. Special Sessions ________________________________________________________________________________ 25

5.1 SpecialSessionsataGlance.............................................................................................................................. 25 5.2 SpecialSessionsperDay.................................................................................................................................... 26

6. Interactive Presentations _________________________________________________________________________ 52 6.1 CategoryCoordinators&MembersoftheIPAwardCommittee....................................................................... 52 6.2 InteractivePresentationsAwardCeremony&CocktailReception................................................................... 53 6.3 InteractivePresentationsSession...................................................................................................................... 53 6.4 InteractivePresentationsbySymposium........................................................................................................... 54 6.5 InteractivePresentationsSchedule................................................................................................................... 55

7. Technical Sessions by Symposium _________________________________________________________________ 688. Technical Sessions Papers ________________________________________________________________________ 749. Authors' Index __________________________________________________________________________________ 165

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INDEX

2 Information

2.1 Information for Authors

AllauthorsareaskedtouploadtheirmanuscriptsandmultimediapresentationspriortotheCongressinordertomakethemavailabletoallparticipantsontheonlineProceedingsof the69th IAC.Youcanstillupdateyourmanuscripts throughthe IAFplatform:www.iafastro.netandmultimediapresentationswiththelatestdevelopmentsintheSpeakerPreparationRoom.

YourpresentationwillbeautomaticallypreloadedonthecomputerintheTechnicalSessionRoom.PleasenotethatspeakersarenotallowedtoinsertUSBmemorysticksintothecomputersintheTechnicalSessionrooms.Therefore,allupdatesneedtobeuploadedbeforetheTechnicalSessiontakesplace.

Ourhelpdeskteamwillassistyouinuploadingpresentationsduringoperatinghours.SpeakersarerequestedtoreporttotheirallocatedTechnicalSessionroom20minutespriortothestartoftheirsessiontomeetwiththeirSessionChairandtochecktheirpresentation.Donotforgettobringtwoprintedcourtesycopiesofyourmanuscriptandabackup-copyofyourpresentation.SomeSessionChairsmightalsoaskyouforashortbiographytointroduceyouatthesession.

2.2 Congress Proceedings

TheIAC2018proceedingsareavailableonapasswordprotectedsite.

TheCongressparticipantswillbeprovidedononMonday1Octoberwithalinkandonlinepasswordtologinandaccessthecongressproceedings.

Ifyoudidnotreceivethepassword,pleasecontact:[email protected]

Pleasenote:thecongressproceedingscontainonlythosepapersthatweresubmittedforpublicationbycongresspresentersandmaynotcontainallpaperspresentedatthecongress.

IACpaperswillbeindexedinthelargestcitedreferenceenhancedmultidisciplinarydatabases:Elsevier’sSCOPUSandCompendex.

2.3 Speaker Preparation Room

Location: BremenExhibitionandConferenceCenter-CentralArea

Authorswhomissedthedeadlineforpresentationsubmission(24September)orwhowishtoupdate/reviewtheirpresentationcandosointheSpeakerPreparationRoom.

Authorsarerequiredtobringaback-upcopyoftheirpresentationonaUSBMemoryStick.Videocontentshouldbesavedasseparatefiles.

Opening hours: Sunday30September,14:00-18:00Monday1October-Thursday4October,08:30-18:00Friday5October,08:30-13:00

2.4 IAF App

ThefullTechnicalProgrammeisalsoincorporatedwithintheIAFApp,whichwebelievewillmakeiteasiertofollowtheentirecontentandenableyoutobestplanyourparticipationandchoosetheeventsfromtheTechnicalProgrammetoattend..

1 Welcome Message

Message from the IAF Vice President for Technical Activities

Itisanunrivaledopportunitytogetuptospeedwiththelatestdevelopments,forayintonewfieldsandemergingtopics,andnetworkwithcolleaguestostrengthenpartnershipsandfosternewcollaborations.Itiswiththesegoalsinmindforyouthatwewelcomeyoutothe69thInternationalAstronauticalCongress#IAC2018,andtoBremen,oneoftheworld’smostdynamicandsmartcities.Overtheyears,Bremenhasestablisheditselfasamajorresearchvenuewherenumerouskeyresultsintheareaofspacehaveappeared.

Theyear2018isveryspecialtoIAC.Thecongresstheme,#InvolvingEveryone,hasbeencarefullychosentomarkamilestoneofourspacecommunity,offeringtheworld’smostextensiveandmultidisciplinaryTechnicalProgrammewhichreflectsthediversityofdisciplineswithinspace.

Indeed,inkeepingwiththisyear’stheme,wehavedevelopedthestrongestTechnicalProgrammeup-to-datewith2100+oralpresentations spreadover 179 technical sessions and 400+ interactivepresentations. This yearwehad a record number ofabstractssubmissions(4340+),makingthiscongressthemostcompetitiveyet,thoughitalsoforcedustodeclinesomeverygoodabstracts.AllthepapersacceptedtotheTechnicalProgrammeareofthehigheststandard,anddeservetheirplace.

ReflectingandemphasizingthethemeofIAC2018#InvolvingEveryone,thisyear’scongresswillseetheintroductionofexcitingandfreshformats:SpecialSessions.Thenewelementsaredesignedtobeinnovative,interactive,instructiveandinclusivewiththemainobjectivetoenhanceknowledgetransferbetweenexpertsandparticipants,aswellastomaximizegroupinteractionandpromotecollaborativelearning.TheIPCSteeringGrouphasselected31SpecialSessionsthatstandoutfortheircreativityandburstinginteraction.TheSpecialSessionswillconsistofin-depthworkshops,bestpracticeshowcasesanddemonstrations,discussionsanddebates,elevatorpitches,expertpresentationsandnetworkingsessions.Thenewstimulatingformatswilloffermoreinteractiveandhands-onexperiences,andwillbringyouapowerfulandengaginglearningexperience.

Theselected400presenterswillbeattheirIPstationsonThursday,givingattendeesthechancetoaskquestionsandpresenterstheopportunitytoreceivefeedbackontheirwork.AvisitintheIPHallistrulyaninteractiveexperience.Thisflexiblepresentationformathasgrown inpopularityenablingadynamic,multifacetedanddigitalcontent thatattracts,engages,and informstheviewers.Donotmissthisopportunitytostartone-on-oneconversations,andconnectwithyourfellowattendeesandresearchers.ThefivebestInteractivePresentationswillberewardedwiththeprestigiousIAFIPAward,IAF’shighestformofrecognitionforexcellentresearch,creativityandoriginality.AwardswillbepresentedattheIPAwardCeremony.

We are also delighted to have sixteen inspiring SymposiumKeynotes, over the five days of the congress, fromoutstandingexperts.Thesehigh-profilesymposiapresentthekeyleadersandtoptrendsimpactingthespacecommunity.

ToputaTechnicalProgrammeofthismagnitudetogetherisnoeasytask. Tothatend,wewouldliketoextendourdeepestappreciationtotheKeynoteSpeakers,SpecialSessionsOrganizersandSpeakers,theentireInternationalProgrammeCommittee,theSteeringGroupCommitteeandtheLocalOrganizingCommittee.TheTechnicalProgrammecouldnotachieve itssuccesswithouttheirtremendousefforts,hardwork,commitmentandstrivingforexcellence.

Acongressisnothingwithoutitsauthorsanditsparticipants.SowewouldfinallyliketothanktheIACCommunityforcontinuingtosupportthiscongressbysubmittingexcellentpapersandattendinganexcitingweekofactivitiesinBremen.Werelyonyoutomakethiscongressinteractive,engaging,andthought-provokingforeveryoneinvolved.

WeareverypleasedtowelcomeyoutoIAC2018andhopeyouwillfindthisyear’seventfullofstimulatingideasanddiscussions!

Otto KoudelkaVP Technical Activities,InternationalAstronauticalFederation(IAF),Austria

69 thInternational Astronautical Congress1 - 5 October 2018, Bremen, Germany

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2.8 Congress Venue Floor Plans

2.5 Certificates of Attendance and Presentation

CertificatesofAttendanceandPresentationareavailableonrequestattheIAFSecretariatOffice(CentralArea-Office7).Claimsofhoursofapplicabilitytowardprofessionaleducationrequirementsaretheresponsibilityoftheparticipant.

2.6 Acta Astronautica

Chairpersons/RapporteursofIACTechnicalSessionscanpreselectfromtheirsessionafewhighqualitypapers(upto2or3persession)forinclusioninthepeerreviewingasaregulararticleoftheActaAstronautica(AA)Journal.

QuestionsaboutActaAstronauticacanbeaddressedtotheInternationalAcademyofAstronautics:

RockJeng-ShingChern,Editor-in-Chief:[email protected]

EvaYi-WeiChang,ManagingEditor:[email protected]

2.7 Contact and Support

Technical Sessions: [email protected]

Special Sessions: [email protected]

Interactive Presentations: [email protected]

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Bremen HallTechnical Sessions

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3 Technical Sessions

3.1 Technical Sessions at a Glance

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C2.2 SpaceStructuresII-DevelopmentandVerification(DeployableandDimensionallyStableStructures)

ÖVB2

C3.2 WirelessPowerTransmissionTechnologiesandApplication CCBBergenC4.2 PropulsionSystem(2) ZARM5D1.2 SpaceSystemsArchitectures CCBLondonD2.2 LaunchServices,Missions,Operations,andFacilities CCBLloydsaalD4.1 InnovativeConceptsandTechnologies Bremen1E1.3 OnTrack-UndergraduateSpaceEducation CCBScharounE2.1 StudentConference-Part1 ÖVB4E3.1 InternationalCooperationforthebenefitsofdevelopingcountriesandemerging

spacenationsCCBFranzius

E6.1 EntrepreneurshipandInnovation:ThePractitioners'Perspectives CCBRoseliusE7.1 10thNandasiriJasentuliyanaKeynoteLectureonSpaceLawandYoungScholars

SessionBremen3

14:45 - 17:45 Technical Sessions

No. Title RoomA1.3 MedicalCareforHumansinSpace CCBDanzigA3.2B MoonExploration–Part2 CCBKaisenA4.1 SETI1:SETIScienceandTechnology ÖVB3A6.4 MitigationandStandards:status,lessonslearntandfuturewithsmallsatsand

constellationsZARM1

B1.3 EarthObservationSensorsandTechnology ZARM3B2.8-GTS.3 SpaceCommunicationsandNavigationGlobalTechnicalSession ÖVB4B3.3 Utilization&ExploitationofHumanSpaceflightSystems ZARM4B4.3 SmallSatelliteOperations ZARM2C1.3 AttitudeDynamics(1) CCBBorgwardC2.3 SpaceStructures-DynamicsandMicrodynamics ÖVB2C4.9 HypersonicAir-breathingandCombinedCyclePropulsion ZARM5D1.3 TechnologiestoEnableSpaceSystems CCBLondonD2.7 SmallLaunchers:ConceptsandOperations(PartI) CCBLloydsaalD3.2 SystemsandInfrastructurestoImplementFutureBuildingBlocksinSpace

ExplorationandDevelopmentBremen1

D5.1 Qualityandsafety,achallengefortraditionalandnewspace Bremen2E1.4 InOrbit-PostgraduateSpaceEducation CCBScharounE3.2 WaysaheadinSpaceExploration CCBFranziusE4.1 Memoirs&OrganizationalHistories CCBRoseliusE5.1 SpaceArchitecture:Habitats,Habitability,andBases CCBBergenE7.2 Financingspace:Procurement,competitionandregulatoryapproach Bremen3

3.3 Technical Sessions per Day

Monday 1 October 2018


No. Title RoomA1.1 Behaviour,PerformanceandPsychosocialIssuesinSpace CCBDanzigA2.1 GravityandFundamentalPhysics Bremen2A3.1 SpaceExplorationOverview CCBKaisenA6.1 SpaceDebrisDetection,TrackingandCharacterization ZARM1A7.1 SpaceAgencyStrategiesandPlans CCBRoseliusB1.1 InternationalCooperationinEarthObservationMissions ZARM3B2.1 AdvancedSpaceCommunicationsandNavigationSystems ÖVB3B3.1 GovernmentalHumanSpaceflightPrograms(Overview) ZARM4B4.2 SmallSpaceScienceMissions ZARM2B5.1 ToolsandTechnologyinSupportofIntegratedApplications Bremen3B6.3 MissionOperations,Validation,SimulationandTraining CCBFranziusC1.1 OrbitalDynamics(1) CCBBorgwardC2.1 SpaceStructuresI-DevelopmentandVerification(SpaceVehiclesandComponents) ÖVB2C3.1 SolarPowerSatellite CCBBergenC4.1 PropulsionSystem(1) ZARM5D1.1 InnovativeandVisionarySpaceSystems CCBLondonD2.1 LaunchVehiclesinServiceorinDevelopment CCBLloydsaalD3.1 Strategies&ArchitecturesastheFrameworkforFutureBuildingBlocksinSpace


E1.6 CallingPlanetEarth-SpaceOutreachtotheGeneralPublic CCBScharounE2.3-GTS.4

StudentTeamCompetition ÖVB4

Tuesday 2 October 2018


No. Title RoomA1.2 HumanPhysiologyinSpace CCBDanzigA2.2 FluidandMaterialsSciences Bremen2A3.2A MoonExploration–Part1 CCBKaisenA6.2 ModellingandRiskAnalysis ZARM1B1.2 FutureEarthObservationSystems ZARM3B2.2 FixedandBroadcastCommunications ÖVB3B3.2 CommercialHumanSpaceflightPrograms ZARM4B4.1 19thWorkshoponSmallSatelliteProgrammesattheServiceofDevelopingCountries ZARM2C1.2 OrbitalDynamics(2) CCBBorgward


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E1.5 EnablingtheFuture-DevelopingtheSpaceWorkforce CCBScharounE2.4 EducationalPicoandNanoSatellites CCBLondonE3.4 AssuringaSafe,SecureandSustainableEnvironmentforSpaceActivities CCBFranziusE5.2 IsSpaceR&DTrulyFosteringABetterWorldForOurFuture? CCBBergenE6.2 FinanceandInvestment:ThePractitioners'Perspectives CCBRoseliusE7.4 SpacelawatUnispace+50:consequencesandfutureperspectives Bremen3

Thursday 4 October 2018


No. Title RoomA1.6 AstrobiologyandExploration CCBDanzigA2.4 ScienceResultsfromGroundBasedResearch Bremen2A3.4A SmallBodiesMissionsandTechnologies(Part1) CCBKaisenA6.5 PostMissionDisposalandSpaceDebrisRemoval(1) ZARM1B1.5 EarthObservationApplications,SocietalChallengesandEconomicBenefits ZARM3B2.5 Space-BasedNavigationSystemsandServices ÖVB3B3.5 AstronautTraining,Accommodation,andOperationsinSpace ZARM4B4.6A GenericTechnologiesforSmall/MicroPlatforms ZARM2B5.2 IntegratedApplicationsEnd-to-EndSolutions Bremen3C1.6 Guidance,Navigation&Control(2) CCBBorgwardC2.6 SpaceEnvironmentalEffectsandSpacecraftProtection ÖVB2C4.5 PropulsionTechnology(2) ZARM5D1.4A SpaceSystemsEngineering-Methods,ProcessesandTools(1) CCBLondonD2.5 TechnologiesforFutureSpaceTransportationSystems CCBLloydsaalD4.3 ConceptualizingSpaceElevatorsandTetheredSatellites Bremen1D6.3 Enablingsafecommercialspaceflight:vehiclesandspaceports ÖVB4E1.7 NewWorlds-Non-TraditionalSpaceEducationandOutreach CCBScharounE3.5-E7.6 33rdJointIAA/IISLRoundTable:GlobalCooperationinPlanetaryDefence CCBFranziusE4.2 Scientific&TechnicalHistory CCBRoseliusE5.4 SpaceAssetsandDisasterManagement CCBBergen


No. Title RoomA2.5 FacilitiesandOperationsofMicrogravityExperiments Bremen2A3.5 SolarSystemExploration CCBKaisenA6.10-C1.7 OrbitalSafetyandOptimalOperationsinanIncreasinglyCongestedEnvironment

(JointAstrodynamics/SpaceDebrisSession)CCBBorgward

A6.6 PostMissionDisposalandSpaceDebrisRemoval(2) ZARM1A7.3 TechnologyNeedsforFutureMissions,Systems,andInstruments CCBRoseliusB1.6-GTS.1 CitizenScienceinGlobalEarthObservationSystems ÖVB4

Wednesday 3 October 2018


No. Title RoomA1.4 MedicineinSpaceandExtremeEnvironments CCBDanzigA3.3A MarsExploration–missionscurrentandfuture CCBKaisenA5.2 HumanExplorationofMars ZARM3A6.3 Impact-InducedMissionEffectsandRiskAssessments ZARM1A7.2 ScienceGoalsandDriversforFutureExoplanet,SpaceAstronomy,Physics,andOuter

SolarSystemScienceMissionsCCBRoselius

B2.3 MobileSatelliteCommunicationsandNavigationTechnology ÖVB3B3.4-B6.4 Flight&GroundOperationsofHSFSystems(AJointSessionoftheHuman

SpaceflightandSpaceOperationsSymposia)ZARM4

B4.4 SmallEarthObservationMissions ZARM2C1.4 AttitudeDynamics(2) CCBBorgwardC2.4 AdvancedMaterialsandStructuresforHighTemperatureApplications ÖVB2C4.3 PropulsionTechnology(1) ZARM5D2.3 UpperStages,SpaceTransfer,EntryandLandingSystems CCBLloydsaalD4.2 ContributionofSpaceActivitiestoSolvingGlobalSocietalIssues Bremen1D5.2 Knowledgemanagementforspaceactivitiesinthedigitalera Bremen2D6.1 CommercialSpaceflightSafetyandEmergingIssues ÖVB4E1.8 Hands-onSpaceEducationandOutreach CCBScharounE2.2 StudentConference-Part2 CCBLondonE3.3 Spaceeconomy–Stimulatingmeasureableeconomicactivitiesthroughspace

policiesandbudgetsCCBFranzius

E5.3 ContemporaryArtsPracticeandOuterSpace:AMulti-DisciplinaryApproach CCBBergenE7.3 Integratedspaceapplications,EOtelecomsnavigation Bremen3


No. Title RoomA1.5 RadiationFields,EffectsandRisksinHumanSpaceMissions CCBDanzigA2.3 MicrogravityExperimentsfromSub-OrbitaltoOrbitalPlatforms Bremen2A3.3B MarsExploration–Science,InstrumentsandTechnologies CCBKaisenA5.1 HumanExplorationoftheMoonandCislunarSpace ZARM3A6.9 OrbitDeterminationandPropagation ZARM1B2.4 AdvancedSatelliteServices ÖVB3B3.9-GTS.2 HumanSpaceflightGlobalTechnicalSession ÖVB4B4.5 AccesstoSpaceforSmallSatelliteMissions ZARM2C1.5 Guidance,Navigation&Control(1) CCBBorgwardC2.5 SmartMaterialsandAdaptiveStructures ÖVB2C3.3 AdvancedSpacePowerTechnologies ZARM4C4.4 ElectricPropulsion ZARM5D2.4 FutureSpaceTransportationSystems CCBLloydsaalD3.3 NovelConceptsandTechnologiestoEnableFutureBuildingBlocksinSpace



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No. Title RoomA1.8 BiologyinSpace CCBDanzigA2.7 LifeandMicrogravitySciencesonboardISSandbeyond(PartII) Bremen2A3.4B SmallBodiesMissionsandTechnologies(Part2) CCBKaisenA4.2 SETI2:SETIandSociety ÖVB3A6.8 Policy,Legal,InstitutionalandEconomicAspectsofSpaceDebrisDetection,

MitigationandRemoval(JointSessionwithIAFSpaceSecurityCommittee)ZARM1

B4.7 HighlyIntegratedDistributedSystems ZARM2B4.9-GTS.5 SmallSatelliteMissionsGlobalTechnicalSession ÖVB4C1.9 MissionDesign,Operations&Optimization(2) CCBBorgwardC2.9 AdvancementsinMaterialsApplicationsandRapidPrototyping ÖVB2C4.10 PropulsionTechnology(3) Bremen3C4.8-B4.5A JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems ZARM5D1.6 CooperativeandRoboticSpaceSystems CCBLondonD2.9-D6.2 SafeTransportationSystemsforSustainableCommercialHumanSpaceflight/Small

Launchers:ConceptsandOperations(PartII)CCBLloydsaal

D4.5 SpaceResources:Technologies,Systems,MissionsandPolicies Bremen1D5.4 Cyber-securitythreatstospacemissionsandcountermeasurestoaddressthem ZARM3E1.2 LiftOff-SecondarySpaceEducation CCBScharounE4.3A Germany’sContributiontoAstronauticsPostWWII CCBRoseliusE4.3B "Canyoubelievetheyputamanonthemoon?" CCBRoseliusE7.7-B3.8 Legalframeworkforcollaborativespaceactivities-Newwaysoflaunching(micro-

launching)andlargeconstellationmicrosats(JointIAF/IISLsession)ZARM4

B2.6 Near-EarthandInterplanetaryCommunications ÖVB3B3.6-A5.3 HumanandRoboticPartnershipsinExploration-JointsessionoftheHuman

SpaceflightandExplorationSymposiaZARM4

B4.6B GenericTechnologiesforNano/PicoPlatforms ZARM2B5.3 SatelliteCommercialApplications Bremen3B6.1 GroundOperations-SystemsandSolutions CCBFranziusC2.7 SpaceVehicles–Mechanical/Thermal/FluidicSystems ÖVB2C3.4 SpacePowerSystemforAmbitiousMissions CCBDanzigC4.6 NewMissionsEnabledbyNewPropulsionTechnologyandSystems ZARM5D1.4B SpaceSystemsEngineering-Methods,ProcessesandTools(2) CCBLondonD2.6 FutureSpaceTransportationSystemsVerificationandIn-FlightExperimentation CCBLloydsaalD3.4 SpaceTechnologyandSystemManagementPracticesandTools Bremen1D5.3 Prediction,Testing,MeasurementandEffectsofspaceenvironmentonspace

missionsZARM3

E1.9 SpaceCulture–PublicEngagementinSpacethroughCulture CCBScharounE5.5 SpaceSocieties,ProfessionalAssociationsandMuseums CCBBergen

Friday 5 October 2018


No. Title RoomA1.7 LifeSupport,habitatsandEVASystems CCBDanzigA2.6 LifeandMicrogravitySciencesonboardISSandbeyond(PartI) Bremen2A3.2C MoonExploration–Part3 CCBKaisenA6.7 OperationsinSpaceDebrisEnvironment,SituationalAwareness ZARM1B1.4 EarthObservationDataManagementSystems ZARM3B2.7 AdvancedTechnologiesforSpaceCommunicationsandNavigation ÖVB3B3.7 AdvancedSystems,Technologies,andInnovationsforHumanSpaceflight ZARM4B4.8 SmallSpacecraftforDeep-SpaceExploration ZARM2B6.2 NewSpaceOperationsConceptsandAdvancedSystems CCBBergenC1.8 MissionDesign,Operations&Optimization(1) CCBBorgwardC2.8 SpecialisedTechnologies,IncludingNanotechnology ÖVB2C4.7-C3.5 JointSessiononAdvancedandNuclearPowerandPropulsionSystems ZARM5D1.5 LessonsLearnedinSpaceSystems:Achievements,Challenges,BestPractices,

Standards.CCBLondon

D2.8-A5.4 SpaceTransportationSolutionsforDeepSpaceMissions CCBLloydsaalD4.4 StrategiesforRapidImplementationofInterstellarMissions:PrecursorsandBeyond Bremen1E1.1 Ignition-PrimarySpaceEducation CCBScharounE3.6 StrategicRiskManagementforsuccessfulspace&defenceprogrammes CCBFranziusE6.3 Innovation:TheAcademics'Perspectives CCBRoseliusE7.5 Therelationshipbetweenspacelawandcyberlaw,andotherrecentdevelopments

inspacelawBremen3

E8.1 MultilingualAstronauticalTerminology CCBHerschel


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C4. IAF SPACE PROPULSION Date TIme Room

Session: 1–PropulsionSystem(1) 2018-10-01 15:00 ZARM5

Gerald HagemannHead of Engineering Liquid Propulsion,ArianeGroup,Germany

KEYNOTE: The European Way for Liquid Propulsion – Hydrogen / Methane Family Concept

Abstract: EuropeanCompetence inLiquidPropulsionbuildsuponHydrogenpropellant, sinceapprox.40yearswith theArianelauncherfamily.Ariane6buildsuponthisheritageWith this core competence, the Hydrogen knowledge can be easily expanded towards Methane. Prometheus is aprominentenginedemonstratorprogrammethatbuildsuponthis.ArianeGroupexpandsthiscommonalityfurthertowardsanenginefamilyinthe1–10–100tonsthrustclasses,bystrictlyfocusingon“designtomanufacturing”or“designtoproduce”.Followingthis,samedesignandmanufacturingprocessesareconsideredasstandardforallenginethrustclasses.Asresult,“economyofscales”effectonrecurringcostscanberealizedwithoutstrictlyfollowing“theonesingle”engineconcept.DLR&ArianeGrouphavedemonstratedthroughLOX/Methanetestsat40tonsthrustlevelthescalingfromHydrogentoMethane.Elementsonthiswillbeshortlypresentedaswellasthe100tonsPrometheustestbench.

Biography: DayongZheng,anexperiencedexpertinaerospaceprolusion,wasbornonAugust,1978.Mr.ZhengearnedamasterdegreeofaeronauticspropulsionfromNanjingUniversityofAeronauticsandAstronauticsin2005andthenbeganhiscareerinBeijingAerospacePropulsionInstitute(BAPI).HebeganhisdutyasasystemdesignerofChinesefirsthigh-thrustcryogenicengine,YF-77in2005.In2015,Mr.ZhengwsaassignedasthedeputydirectoroftheMainPropulsionDivisionandleadaprofessionalteamtoadvancethemissionsandgoalsofChina’sspaceprogram.DuringhiscareerinBAPI,Mr.Zhenghasalsocommithimselftodevelopmentofclearner,reusableandlowcostspacepropulsiontechnology.Becauseofhisearnestsupportandpermanentendeavortotheproject,one60-tonLOX/Methanereusableenginehasbeensuccessfullydevelopedanddemonstratedover2170secondsand17missioncyclesin2016.

E1. IAF SPACE EDUCATION AND OUTREACH SYMPOSIUM Date TIme Room

Session: 6 –CallingPlanetEarth–SpaceOutreachtotheGeneralPublic

2018-10-01 15:00 CCBScharoun

David B. SpencerProfessor, Recipient of the Malina Medal 2018,ThePennsylvaniaStateUniversity,UnitedStates

KEYNOTE: Using Design Competition Projects for a Spacecraft Design Capstone

Abstract: Inthesearchforrealisticdesignprojectsforaspacecraftdesigncapstonecourse,anexcellentsourceofprojectideascomesfromvariousdesigncompetitions.AtPennStateUniversity,wehaveusedthissourceofdesignprojectssuccessfullyfornearlytwodecadesinourseniorSpacecraftDesigncourses.Inrecentyears,wehaveusedthreesourcesoftheseprojects:TheAmericanInstituteofAeronauticsandAstronauticsSpaceDesignandSpaceTransportationcompetitions,theNASA-sponsoredRASC-AL(RevolutionaryAerospaceSystemsConcepts–AcademicLinkage)projectsandtheMarsSociety’sdesigncompetitionsprovidedetailedideasforrealisticprojects.Becauseofthewell-conceivedprojects,thestudents appreciate the realismof the projects,which inspires them to performat a high level. Additionally,manystudentsusethisasanentrypointintotheworldofsystemsengineering,whetheritisdesigningspacemissionstoPlutoordesigningadroneaircrafttodeliverpackages.

Biography: Dr.DavidSpencerisaProfessorintheDepartmentofAerospaceEngineeringatThePennsylvaniaStateUniversity.Hisresearch areas include: spacecraft dynamics and controls, trajectory optimization, space systems engineering, andtheoreticalandappliedastrodynamics.HeisaFellowoftheAmericanAstronauticalSociety,anAssociateFellowoftheAIAA,andaCorrespondingMemberoftheIAA.Dr.SpencerreceivedaB.S.inMechanicalEngineeringfromtheUniversityofKentucky,anM.S.inAeronauticsandAstronauticsfromPurdueUniversity,anM.B.A.fromPennState,andaPh.D.inAerospaceEngineeringSciencesfromtheUniversityofColoradoatBoulder.

4 Keynote Speakers

Monday 1 OctoberB1. IAF EARTH OBSERVATION Date TIme Room

Session: 1 –InternationalCooperationinEarthObservationMissions 2018-10-01 15:00 ZARM3

Astrid-Christina KochGovernment Official – European Earth Observation Program – Copernicus,EuropeanCommission,Belgium

KEYNOTE: 2018 Activities of the International Committee on Earth Observation Satellites (CEOS)

Abstract:Asthe2018CEOSChair,theEuropeanCommissionwillprovideanoverviewoftheongoingactivitiesrepresentingtheentireCEOSorganization.ItsaimistodeepenawarenessofandsupportforitsEarthobservationmissions,data,andactivities,theirglobalrelevanceandbenefits.In 2018 CEOS has started the process for launching a global greenhouse gas monitoring capacity using an ensemble ofindependent,observation-basedatmosphericdata.This capacity isneeded tocomplement thebottomupefforts tosupporttheimplementationoftheParisAgreementformitigationandadaptation.CEOSisundertakingdedicatedpreparatoryworkinacoordinatedinternationalcontext,toprovidecumulativeaddedvaluetothespecificprogrammaticactivitiesoftheirmemberagencies.Concertedeffortshavealreadybeguninthecontextof2018duringtheEuropeanCommission’sChairmanshipofCEOS.Theyinclude:ThefinalisationofthedefinitionofanarchitectureofspacecomponentelementstoaddresstherequirementsofaGHGmonitoringsystem,thedocumentationofbestpracticesontherelationshipsbetweenindividualSpaceAgenciesandtheircounterpartsworkingonthemodellingaspects,theinventoriesandinsitudataprovision,aswellas,thefurtherconsolidationofpartnershipsandcollaborationsbetweentherelevantinternationalentities.

Biography:AstridisworkingastheInternationalcooperationofficerfortheCopernicusprogrammeintheEuropeanCommissioninBrussels.SheisparticipatinginthissessioninherroleasEuropeanCommissioncoordinatoroftheCEOSChairteam2018.SherepresentstheCopernicusprogrammeatmultilateralfora(e.g.GEO.CEOS)andisworkingwithinternationalpartnersworldwide.In2018CopernicuscooperationarrangementsweresignedwithIndia,Chile,Brazil,Colombia,UkraineandSerbia.BeforeacceptingthecurrentpositionsheworkedasaScienceDiplomatattheEUDelegationtotheUnitedStatesandasascienceoffcierfortheEuropeanReseachandInnovationProgrammeintheEuropeanCommission.BeforejoiningtheEuropeanCommissionshewasemployedattheGermanMinistryofFinancetosupervisethefiveCustomsLaboratories.SheholdsaPh.D.inNaturalSciencesfromKielUniversity/GermanyandworkedasaPost-docattheUniversityofColoradoinBoulder.

C3. IAF SPACE POWER Date TIme Room

Session: 1–SolarPowerSatellite 2018-10-01 15:00 CCBBergen

John C. MankinsPresident,ARTEMISInnovationManagementSolutions,LLC,UnitedStates

KEYNOTE: Fifty Years of Space Solar

Abstract:Increased availability of affordable energy has never beenmore important to economic growth. Space Solar Power (SSP) –deliveringenergyforEarthfromspace–isoneofthefundamentaloptionsformeetingthiseconomicchallenge.Everyfewyearstheinternationalspacesolarpower(SSP)communityhasorganizedasymposiumonthetopic,includingSPS2004inSpain;SPS2009inCanada,SPS2014inJapan,andattheendofMay2018,SPS2018intheUSA.2018isthe50thAnniversaryofDr.PeterGlaser’sinventionof,andfirstpaperonthetopicofthesolarpowersatellite(SPS).Thispaperpresentsaretrospectiveofthepastfiftyyears,andaprospectiveviewofthenextfiftyyearsofSSP.

Biography:JohnC.Mankins is PresidentofArtemis InnovationManagement Solutions LLC andofMankins SpaceTechnology, Inc., VicePresidentoftheMoonVillageAssociation,andservesontheNationalSpaceSocietyandSPACECanadaBoards.DuringhiscareeratNASAHQandJPLheheldnumerouspositions,includingChiefTechnologistforHumanExplorationandDevelopmentofSpace,wherehereceivedtheNASAExceptionalTechnologyAchievementMedal.HeholdsaB.S.andanM.S.inPhysics,andanMBA.MankinsisknownforthefirstdetaileddefinitionsoftheTRLs,andasleadingexpertinthefieldof“SpaceSolarPower”.


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Session:2–PropulsionSystem(2) 2018-10-02 09:45 ZARM5

Jean-François GuerySolid Propulsion Engineering,ArianeGroup,France

KEYNOTE: Recent Developments in Solid Propulsion

Abstract:Tenyearsaftertheinternationalpaper“Solidpropulsionforspaceapplications:Anupdatedroadmap”writtenbycontributionsfromEurope,USAandJapan,presentedduringIAC2007inHyderabad, andpublishedinActaAstronautica,thiskeynotewillfocusontherecentdevelopmentsinsolidpropulsion,theevolutionofthemarketofspacelaunchers,andtheassociatednewchallenges.

Biography:Jean-FrancoisGueryhasspent28yearsinsolidpropulsion,fromresearchstudiesonsolidpropellantsandsolidrocketmotorsdesign,addressinginthe90’stopicslikecombustioninstabilitiesandthrustoscillations,uptodesignmodelnowusedonAriane6(AIAA2008SRTCBestPaperAward).HewasProgramDirector,thenCTOofEuropropulsionfrom2013to2018,managingtheproductionofAriane5andVegaP80solidrocketmotors,andthedevelopmentoftheP120CforAriane6andVegaC.Heisnowvice-directorofSolidPropulsionEngineeringinArianeGroup.Jean-FrancoisGueryisalsoanAIAAAssociateFellow.


Session: 9 –HypersonicAir-breathingandCombinedCyclePropulsion 2018-10-02 14:45 ZARM5

Klaus HannemannHead of Spacecraft Department, DLRGöttingen,GermanAerospaceCenter(DLR)Germany

KEYNOTE: Advance of Scramjet Operating Mode Comprehension based on Shock Tunnel Experiments and Numerical Modelling

Abstract:AtDLR,hydrogenfueledintegratedscramjetconfigurationswereinthefocusofcombinedexperimentalandnumericalresearchactivities. The ground based testing was conducted in the High Enthalpy Shock Tunnel Göttingen. Among the consideredconfigurationsistheAustralianHyShotIIflighttestvehicle.Itwasconsideredtobewellsuitedforbasiccombustorinvestigationsandnumericaltoolvalidationpurposes.Benchmarkdatawascompiledrelatedtocombustorflows.ThelatterfocusedontheresponseoftheHyShotIIcombustortoequivalenceratiosclosetothecriticalvalueatwhichtheonsetofthermalchokingoccurs.Thedetailedanalysisofthedevelopingshocktrainanditsunexpectedbehaviourrevealednewinsightinthecombustorflowgeneratedbylocalizedthermalchoking.AsmallscaleflightexperimentwasdesignedintheframeworkoftheLAPCATIIproject.Thecompletescramjetflowpathwassubsequentlytestedandthenumericallypredictedpositiveaero-propulsivebalancecouldbedemonstratedbyutilizingthefreeflightforcemeasurementtechniquebasedonopticaltracking.

Biography:K.HannemannstudiedmechanicalengineeringattheUniversityofKarlsruhe,Germany.Hereceivedhisdiplomain1984andhisdoctoraldegreein1987.Since1988heworksonexperimentalandnumericalaerothermodynamicsforspacevehiclesandspacepropulsionattheGermanAerospaceCenterinGöttingen.In2002hebecameHeadoftheSpacecraftDepartment.Since2010helecturesattheJustusLiebigUniversitätGießenandin2013hewasappointedProfessorforSpacecraft.K.Hannemannismemberofanumberofinternationalcommittees,servesontheEditorialBoardoftheShockWaveJournalandisFieldEditorAerothermodynamicsfortheCEASSpaceJournal.

Tuesday 2 OctoberA2. IAF MICROGRAVITY SCIENCES AND PROCESSES Date TIme Room

Session: 2 –FluidandMaterialsSciences 2018-10-02 09:45 Bremen2

Valentina ShevtsovaHead of the Research Group,UniversitéLibredeBruxelles,Belgium

KEYNOTE: Fluid Science Experiments Conducted on the ISS

Abstract:In a liquid mixture composed of several components, a temperature gradient leads to the heat and mass transport, i.e.,thermodiffusion or Soret effect. With the aim to establish reliable and guaranteed convection-free reference data onthermodiffusion,ESAhascreatedinstrumentSODI(selectableopticaldiagnosticsinstrument)whichisplacedontheISS.Whileexaminingabinarysolution,theIVIDIL,thefirstexperimentinsidetheSODI,confirmedthat(a)thedailyonboardenvironmentoftheISSdoesnotperturbdiffusion-controlledexperimentsand(b)theresultsobtainedonboardtheISSarereliable.Currently,DCMIX(DiffusionCoefficientsinMIXtures)projectisfocusedontheinvestigationoftheternarymixtures.Anothertopicoftheresearch on the ISS is related toMarangoni convection. The space experiment JEREMI (Japanese European Space ResearchExperimentonMarangoniInstabilities)isaimedtothestudyofthethresholdofhydrothermalinstabilitiesintwo-phasesystemsincylindricalgeometry.

Biography: Dr.ValentinaShevtsovaisaheadoftheresearchgroupatMicrogravityResearchCentreofFreeBrusselsUniversity(ULB),Belgium.HerresearchinterestscoveralargenumberoftopicsincludingmultiphaseflowandtransportwithdiffusionandSoreteffect,thephysicsandmechanicsoffluidinterfaces,vibrationalphenomenainfluids.Herworkhasproducedover170refereedpapersandsheisaregularspeakeratinternationalmeetings.Shewas/isinvolvedastheprincipalinvestigatorin5spaceexperimentsontheInternationalSpaceStationandsheconducted6parabolicflightcampaigns.SheistheEditor-in-ChiefofMicrogravityScienceandTechnologyjournal.

C3. IAF SPACE POWER Date TIme Room

Session: 2 –WirelessPowerTransmissionTechnologiesandApplication

2018-10-02 09:45 CCBBergen

Guy PignoletChairman,ScienceSainteRose,LaReunion

KEYNOTE: Wireless Power Transportation World Research Center – Purpose and Operation

Abstract:Prof.A.P.J.AbdulKalam,borninIndia inaTamilfamily,openedhismindtoanextendedworldwhile inhighschoolwhenhediscovered that a hard solid table was also a void filled with sparse atoms and electrons spinning at equivalent speeds ofthousandsofkilometerspersecond.Asanengineer,duringthe60’sand70’shewasaleadingfigureinIndia’saccesstoSpace.LaterhedevelopedamissilecapabilityforthedefenseofIndia,andeventually,from2002till2007hewasthePresidentoftheRepublicofIndia.AnoutspokenproponentofSpaceSolarSystems,AbdulKalamreceivedtheVernhervonBraunPrizein2013,andheproposednationstouniteforthebuildingofSpacePower.Heconcludedbysayingwehadthecapabilitytomaketheworldlivableforall,peacefulandprosperousandasked“Whatarewewaitingfor?”.

Biography:GuyPignoletisaseniorspaceeducatorcurrentlyworkingforthedevelopmentofspaceactivitiesinhishomeregion,theFrench/EuropeanislandofLaReunion.Afteracarrierinoilfieldgeophysicalexploration,heenteredspaceactivitiesattheageof36withtheFrenchAgencyCneswherehewasinchargeofdevelopingafuturestudiesdepartment.GuyPignolethasbeenactivelyinvolvedwiththe InternationalAstronauticalFederationwherehechairedtheEducationalCommitteeduringthe90’sbeforejoiningtheSpacePowerCommittee.RecentlyhemadeaFrenchtranslationofProf.AbdulKalam’sfamousautobiography“WingsofFire”.


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Wednesday 3 OctoberB4. 25th IAA SYMPOSIUM ON SMALL SATELLITE MISSIONS Date TIme Room

Session: 5 –AccesstoSpaceforSmallSatelliteMissions 2018-10-03 14:45 ZARM2

Peter BeckFounder & CEO,RocketLab,UnitedStates

KEYNOTE: Rocket Lab: Liberating the Small Satellite Market

Abstract:Withthesuccessful launchoftheRocketLabElectronlaunchvehicleandthecompletionofthe“StillTesting”mission,whichcarriedthreecustomerspacecrafttotheirdesiredorbitsinJanuary2018,RocketLabiswell-positionedtobegindeliveringonthe goal of providingunprecedentedaccess to space for small satellitepayloads.Uponentering full commercial operations,RocketLabseekstoaddressmajorbarrierscurrentlyassociatedwithsmallsatellites,includinglongleadtimestolaunch,reachingpreferredorbits,andcost.TheElectronlaunchvehicleisadedicatedsmalllauncherdesignedtoliberatethesmallsatellitemarketwithdedicated,high-frequencylaunchopportunities.Electronisatwo-stagevehiclecapableofdeliveringpayloadsof150kgtoa500kmsun-synchronousorbit,thetargetrangeforthesmallsatellitemarket.Verticalintegrationcombinedwithstreamlinedprocessesreducethetraditionalleadtimetoputasatelliteonorbitfromyearstomonthsorevenweeks.Withtheworld’sfirstfullycommerciallaunchrangeinMahia,NewZealand,RocketLabcanaccommodateanincreasedlaunchcadenceaswellasreachorbitalinclinationsfromsun-synchronousthroughto39degreesfromasinglesite.RocketLab’sElectronvehicleisreadytoopenspaceuptotheburgeoningsmallsatellitemarket.

Biography:PeterBeckisthefounderandCEOofRocketLab,anorbitallaunchcompanyrevolutionizingaccesstoorbitforsmallsatellites.PeterleadstheUSandNewZealandbasedteambehindtheElectronorbitallaunchvehicle.Inadditiontodevelopingtheworld’sfirstfullycarbon-compositerocket,poweredby3Dprinted,electricturbopump-fedengines,Peterhasplayedaninstrumentalrole in establishing the international treaties and legislation that enabledorbital launch capability fromRocket Lab’s LaunchComplex1onNewZealand’sMahiaPeninsula,thefirstandonlyprivateorbitallaunchrangeontheglobe.

C1. IAF ASTRODYNAMICS Date TIme Room

Session: 5–Guidance,Navigation&Control(1) 2018-10-03 14:45 CCBBorgward

Eberhard GillProfessor, Chair of Space Systems Engineering,DelftUniversityofTechnology,TheNetherlands

KEYNOTE: How to Sense Gravity?

Abstract:WhathasNewton’sappletodowithahydrogenatomfallingintoablackhole?Whatdoesarotatingmassivebodydotothespace-timesurroundingit?Howcanyoureallymeasurethetinydistortionsofspace-timeandseparatethemfromfictitiouseffectsarisingfromrigorousapplicationoffundamentaltheory?Whatarepresent-dayssatellitemissionscontributingtocharacterizetheEarth’sgravityfieldandwhichfuturechallengesanddevelopmentsdoessatellitetechnologyholdtosensegravity?TheBreakwelllecturewilltrytoanswerthesequestionsbasedontheauthor’sfascinationandexaminationwiththephenomenonofgravityandthewayshowtosense,measureandcharacterizeit.

Biography:Prof. Eberhard Gill obtained his PhD in theoretical astrophysics from the Eberhard-Karls-University in Germany. He was aresearcherattheDLRfrom1989to2006inthefieldofpreciseorbitdetermination,autonomousnavigationandformationflying.Dr.GillwasCo-InvestigatorandPrincipalInvestigatoronseveralinternationalmissions,includingRosetta.Since2007,heholdstheChairofSpaceSystemsEngineeringattheTechnicalUniversityofDelft.Dr.Gillhasauthoredorco-authoredmorethan250journalarticlesandconferencepapersandfourtextbooks.HeholdsthreepatentsonGNSSapplications,attitudecontrolsystemsandFormationFlying.In2014,hewasappointedthefullmemberoftheIAA.

D2. IAF SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS

Date TIme Room

Session: 7 –SmallLaunchers:ConceptsandOperations(PartI) 2018-10-02 14:45 CCBLloydsaal

Ariane CornellHead of Marketing Astronaut flight and New Glenn Commercial Sales Director, BlueOrigin,UnitedStates

KEYNOTE: Experience from Suborbital Reusable Launches

Abstract:BlueOriginhasuniqueexperianceindeveloping,launchingandrefurbishingafiststage/suborbitalvehicle.ThestunningsuccessoftheNewshepardandtheapplicabilitytonotonlylargelaunchersbutalsomicrolaunchers.

Biography:AtBlueOrigin,ArianeCornell is theDirector forNewGlennCommercialSales–Americas.Shealso is theHeadofAstronautStrategy&Sales.ArianewasformerlybasedinVienna,AustriaastheExecutiveDirectoroftheSpaceGenerationAdvisoryCouncilinSupportof theUnitedNationsProgrammeonSpaceApplications (SGAC). SheheadedSGAC’sdelegationsto internationalconferencesandtheUnitedNations,aswellas rantheorganization’soperations,businessdevelopment,strategy,andpolicyoutput.Arianesupportstheinternationalaerospacecommunityinothercapacitiesandorganizations.ShecurrentlyisontheboardoftheSocietyofSatelliteProfessionalsInternational(SSPI)andhasservedontheboardofWomeninAerospace–Europe.Previously,Arianeworkedininternationalmanagementconsulting,firstwithAccenturebasedinSanFranciscoasananalystandthenwithBoozAllenHamiltoninWashington,DCasaseniorconsultant.ArianeearnedanMBAfromHarvardUniversityandaBachelorofSciencedegreewithhonorsfromStanfordUniversity.

E7. 61st IISL COLLOQUIUM ON THE LAW OF OUTER SPACE Date TIme Room

1 – 10thNandasiriJasentuliyanaKeynoteLectureonSpaceLawandYoungScholarsSession

2018-10-02 14:45 Bremen3

Marco FerrazzaniHead of Legal Services Department, EuropeanSpaceAgency(ESA),France

KEYNOTE: Space Law and International Organisations

Abstract:Inthefirstpartofthissession,MarcoFerrazzaniwilldeliverthekeynotelecture“Spacelawandinternationalorganisations”.Thesecondpartofthissessionwillbededicatedtothespacelawyersofthefutureandyoungscholars(under35yearsold)whoareinvitedtopresentapaperonarelevanttopicofspacelaw.

Biography:Marco Ferrazzani is the Legal Counsel andHead of the Legal Services department at the European Space Agency, based atitsheadquarters inParis, France. In thisposition,heprovidesa full spectrumof legal adviceandguidanceon the legal andprogrammaticaspectsofESA’sprogrammesandpolicies.AsESA’sLegalCounsel,Dr.FerrazzaniisadvisortotheESADirectorGeneralandtotheESACouncilforallinstitutionalandlegalmatters,includingtheinterpretationoftheESAConventionandallrelevantlegalinstruments.InadditiontomanagingateamofinternationallegalofficersinhisroleasHeadoftheLegalServicesdepartmentatESA,headvisesESA’sorgansanditsMemberStatesonawidevarietyoflegalmatters.


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Friday 5 October

B4. 25th IAA SYMPOSIUM ON SMALL SATELLITE MISSIONS Date TIme Room

Session: 9-GTS.5 –SmallSatelliteMissionsGlobalTechnicalSession 2018-10-05 13:30 ÖVB4

Darren McKnightTechnical Director,IntegrityApplications,Inc.(IAI),UnitedStates

KEYNOTE: Practical Debris Mitigation Manual for Developers of Microsatellites and Smaller

Abstract:Orbitaldebrismitigationisbecomingincreasinglyimportantasthepopularityofusingsmallsatellitesbygovernments,industryandacademiaisincreasing.Improvementsintechnologyandreducingthecostofaccesstospacehavemadeiteasiertodeployspacemissions.SmallsatellitesystemscanprovidesignificantbenefittoSTEMresearch,providinggovernmentswith infrastructureand information,andmakesomenewapplicationsfinanciallyviable for commercialcompanies. However the Earth orbital environment is a limited resource, and requires coordination and carefulunderstandinginsmallsatelliteimplementationinordertoensurelongtermsustainabilityoftheseactivities.TheIAAhasformulatedastudygrouptobringtogetherarangeofadviceandpracticalstepsthatcanbetakentohelpnew andmore experienced developers ofmicro, nano and picosatellites (and smaller) understand their obligations,internationalguidelines,standards,andnational lawsrelatedtoensuingtheysustainablydeveloptheirsmallsatellitemissions.Thegroupincludeskeyexpertsandinterestgroups,andtheoutputswillbecapturedinamanualwhichwillbemadeopenlyavailable.”

Biography:Dr.DarrenMcKnightisTechnicalDirectorforIntegrityApplications,Inc.(IAI)basedinChantilly,Virginia.Heleadsteamstodevelopsolutionsacrosswidelydisparatedomains:spacesystems,predictiveawarenessforinfectiousdiseaseoutbreaks,workforceproductivity,andorbitaldebris.Recently,hehasfocusedhisresearchonmonitoringandcharacterizingtheriskfromcatastrosphicdebris-generatingeventsduetocollisionsbetweenmassiveabandonedrocketbodiesanddefunctpayloadstocatalyzedebrisremediationactivitiessuchasactivedebrisremovalandjust-in-timecollisionavoidance.HehasalsoservedasaChiefTechnologyOfficer,Physicsprofessor,andtestengineerduringhiscareer.


Session: 8-B4.5 –JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems

2018-10-05 13:30 ZARM5

Paolo LozanoDirector, Space Propulsion Laboratory,MassachusettsInstituteofTechnology(MIT),UnitedStates

KEYNOTE: Progress and challenges of small satellite propulsion systems

Abstract:Spacescienceandtechnologyisclearlytrendingtowardssystemsbasedontheuseofsmallspacecraft,inpartbecauseoftheirreducedcostsanddevelopmenttimes,butalsobecauseofthebenefitsthesesystemscouldprovideintermsoftheirpotentialformultispectral,persistentandrobustdatacollection.Propulsionisacriticalsubsystemthatisrequiredtoachievethemaximumcapabilityofsmallvehicles,butitisalsooneofthemostchallengingtodevelopandimplement,fortechnicalandprogrammaticreasons. Inthistalkwepresentanoverviewofeffortstoprovidepropulsiontosmallspacecraft,spanningdifferenttechnologiesandtheirreadinesslevels.Wefocusonelectricpropulsionasanoptionforefficientmobilitythatcouldenableapplicationsrangingfrommainpropulsionforscientificmissionstothedeploymentofmassivesmallsatelliteconstellations.

C2. IAF MATERIALS AND STRUCTURES Date TIme Room

Session: 4 –AdvancedMaterialsandStructuresforHighTemperatureApplications

2018-10-03 09:45 ÖVB2

Gerben SinnemaStructural Engineer, EuropeanSpaceAgency(ESA-ESTEC),TheNetherlands

KEYNOTE: Paolo Santini Memorial Lecture: Safety of Spaceflight Structures – The Application of Fracture and Damage Control

Abstract: SinceApollo ithasbeennecessarytoensurethesafetyofspaceflightstructuresbyfractureanddamagetolerancemethods.Fractureanddamagecontrolcoverawiderangeofstructuralandmaterialsengineeringdisciplines.Thispaperwillpresentabriefoverviewofthehistory,thecurrentstateofart,andnewdevelopmentsinimplementingfractureanddamagecontroltoassurespaceflightstructuralintegrity.

Biography: GerbenSinnemaisthefocalpointforfracturecontrolintheStructure,Mechanisms&MaterialsDivisionoftheEuropeanSpaceAgencyatESTEC.Heobtainedhismechanicalengineeringdegree inappliedmechanics in1988fromUniversityofTwente inTheNetherlands.Hestartedhisnearly30yearlongcareerinspaceworkingonlauncherstructuresatFokkerSpacefrom1990-1999,beforejoiningESA.HiscurrentresponsibilitiesincludeimplementationandcertificationoffracturecontrolonstructuresdevelopedbyESAformannedandunmannedprojects.Thisincludescontributiontothetools,methodologiesandrequirementsforfracturecontrol,fracturemechanicsandfatigue.

E3. 31st IAA SYMPOSIUM ON SPACE POLICY, REGULATIONS AND ECONOMICS

Date TIme Room

Session: 3 –Spaceeconomy–Stimulatingmeasureableeconomicactivitiesthroughspacepoliciesandbudgets

2018-10-03 09:45 CCBFranzius

Eric MorelDirector of Industry, Procurement and Legal Services, EuropeanSpaceAgency(ESA),France

KEYNOTE: Reflections on the Economic Impact of Profit Policies by Public Procurement Authorities in Space and Defence Programmes

Abstract: Technologicaladvancementsfromdifferentsectorsfeedintothespacesector.Innovativeandlowercostapplicationsofspaceareemergingtogetherwithnewbusinessmodels,makinginvestmentinspacemoreattractiveandlucrative.Consequently,therehasbeenarapidgrowthofprivateandnon-spacecommercialfirmstakingonagreaterproportionofspace-basedactivityduringthe lastyears,boostingassuchtheeconomic impactof spaceactivities. In thiscontext,publicprocurementauthoritiesmayneedtoevolvetobeabletopartnereffectivelywithnew(andold)spaceIndustryplayerstoconsidertheirreturnoninvestmentexpectationswhilstpreservingthebestvalueforpublicexpenditureandmaintaininganenvironmentforeconomicgrowth.

Biography: EricMoreldeWestgaver iscurrently theDirectorof Industry,ProcurementandLegalServices (D/IPL)of theEuropeanSpaceAgency (ESA)aswell as theHeadofESAHQParis. Since joiningESA in1987,Mr.MoreldeWestgaverhas served in severalfunctionsattheagency,includingasHeadoftheProcurementDepartmentintheDirectorateofResourcesManagementandIndustrialMatters;asDirectorofProcurement,FinancialOperationsandLegalAffairs;andasAssociateDirectorfor IndustrialMatters,towhichhewasnominatedbytheDirectorGeneral.HegraduatedinEconomicsfromtheCatholicUniversityofLouvain,Belgium.


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5 Special Sessions

5.1 Special Sessions at a Glance

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Biography:Paulo C. Lozano is theM. Alemán-Velasco Professor of Aeronautics and Astronautics atMIT, Director of the SpacePropulsionLaboratoryandtheMIT-MexicoProgram.Hismaininterestsareinplasmaphysics,spacepropulsion,ionbeamphysics,smallsatellitesandnanotechnology.HereceivedaYoungInvestigatorProgramAwardfromtheUSAirForceforhisworkonmicro-propulsionand the“FutureMind”award fromQuoScienceMagazineand theDiscoveryChannel.Dr.LozanoisanAssociateFellowoftheAmericanInstituteofAeronauticsandAstronautics.HeservedontheAsteroidMitigationandNASATechnologyRoadmapspanelsoftheNationalResearchCouncil.


Session: 10 –PropulsionTechnology(3) 2018-10-05 13:30 Bremen3

Ulrich GotzigHead of Product Support,ArianeGroup,Germany

KEYNOTE: Green Solutions for Space Propulsion

Abstract:ChemicalHydrazinebasedsystemsdominatethemarketforsatellitepropulsionsinceseveraldecadesbutthismarketiscurrentlyinasignificantchangeprocess.Green,non-toxicpropellants,thematurationofelectricpropulsion,upcomingmega-constellations,“newspace”,“cleanspace”,explorationmissionstomoonandmars…allthesenewrequirementsfosterandinfluencetheadaptationofthecurrentproductportfoliobutalsogiveopportunitiesfornewtechnologiestobedeveloped.ThispapergivesanindustryviewaboutspacepropulsioninEuropewiththefocusonachangingmarketandtrendsforgreensolutionsforthefuture.

Biography:Education/Training:• GraduatedasDipl.Ing.AerospaceEngineeringTechnicalUniversityofStuttgartin1990• ExpertforOrbitalpropulsionsince2005

Position• JoinedMBBLampoldshausenin1990asTestEngineer• Since2009LeadEngineerformonopropellantandbipropellantthrusterengineeringandproduction• Since2012ProjectManagerforAlternativePropellantR&DprogramwithinArianeGroup

Since2017HeadofProductSupport


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16:45 - 18:15 Open Source Space Workshop

Location: CCBFocke-Wulf-SaalFormat: Workshop

Organizer:

Claas ZiemkeResearch Engineer,GermanAerospaceCenter(DLR),Germany

Open Source Space Workshop

Opensourcesoftwareisusedvirtuallyeverywhereandopensourcehardwareisgettingmoreandmorepopularaswell.Whynotapplythephilosophyofopensourcetospace?

Thissessionisaddressingeveryonewhoisinterestedinopen-sourceorisevenrunninganopen-sourcespaceproject.Wewilldiscussrelevantopen-sourceprojectsandtheadvantagesanddisadvantagesoftheopen-sourceapproach.Alsowewillprovidepossibilitiestonetworkandbuildanopen-sourcecommunity

Speakers:

Pierros PapadeasCo-Founder,Libre-SpaceFoundation,Greece

Artur ScholzMember,LibreCubeInitiative,Germany

Daniel SteflCEO,SpaceSystemsCzech,CzechRepublic

6.2 Special Sessions per Day SpecialSessionshavea limitedparticipantcapacity.Seatingisgrantedonafirst-come,first-servedbasis.Participantsareencouragedtoarrive10minutespriortothestarttime.

Monday 1 October 201815:00 - 16:30 New Challenges for Planetary Protection

Location: CCBFocke-Wulf-SaalFormat: PanelDiscussion

Organizers:

David H. SmithSenior Study Director,SpaceStudiesBoard–NationalAcademiesofSciences,Engineering,andMedicine,UnitedStates

Mia A. BrownResearch Associate,SpaceStudiesBoard–NationalAcademiesofSciences,Engineering,andMedicine,UnitedStates

New Challenges for Planetary Protection

Thissessionprovidesauniqueopportunityformembersofthescientificcommunity,emergingspacepowers,theprivatesector,andadvocatesforhumanspaceexplorationtodiscusscriticalquestionsinthedevelopmentoffutureinternationalplanetaryprotectionpolicies.Istheexistingframeworkforplanetaryprotectionpolicysufficientforincludingtheinterestsofnewactors?Howshouldthespacecommunityorganizetodevelopanewresponsetomeetalloftheseneedsandambitions?Whatnextstepsneedtooccurifwearetocreateeffectivetechnicalandlegalplanetaryprotectionstandardsthatserveasenablersofspaceexplorationforeveryoneinvolved?

Facilitator:

James GreenChief Scientist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Speakers:

Athena CoustenisChair,COSPARPanelonPlanetaryProtection,ParisObservatory,France

John D. RummelSenior Scientist,SETIInstitute,UnitedStates

Omran Anwar SharafProject Director, Emirates Mars Mission,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates

Eric StallmerPresident,CommercialSpaceflightFederation,UnitedStates

Kasthuri VenkateswaranSenior Research Scientist,NASAJetPropulsionLaboratory(JPL),UnitedStates

YANG HongChief Designer,ChinaAcademyofSpaceTechnology(CAST),China


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11:30 - 13:00 Commercial Platforms on the International Space Station – New Low Cost Opportunities for Commercial and Institutional Missions


Organizer:

Christian SteimleBartolomeo Program Manager,AirbusDefenceandSpace,Germany

Commercial Platforms on the International Space Station – New Low Cost Opportunities for Commercial and Institutional Missions

WelcometothegrowinglowEarthorbitmarketplace,welcometotheInternationalSpaceStation!Newcommercialplatformsareavailableonhumankind’slargestspacestructure,providingnewopportunitiesandvalueforyouandyourspacemission.Learnmoreaboutyournewopportunitiesandjoinusforthesession.Wemakespacemissionspossible!

Facilitators:

Amy HauserDirector Business Development Bartolomeo,AirbusDSSpaceSystems,Inc.,UnitedStates

Christian SteimleBartolomeo Program Manager,AirbusDefenceandSpace,Germany

Speakers:

Ludger FroebelNational Technical Authority (NTA), Strategic Partnerships,ArianeGroup,Germany

John HorackProfessor and Neil Armstrong Chair,TheOhioStateUniversity,UnitedStates

Oliver JuckenhoefelVice President, Head of On-Orbit Services and Space Exploration,AirbusDefenceandSpace,Germany

Jeffrey ManberChief Executive Officer,NanoRacksLLC,UnitedStates

Robert T. RichardsVice President, Strategy and Business Development, Advanced Programs Division,OrbitalATK,Inc.,UnitedStates

Frank SalzgeberHead of Technology Transfer Programme Office,EuropeanSpaceAgency(ESA),TheNetherlands

Sam ScimemiDirector for International Space Station (ISS),NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Ken ShieldsDirector of Operations & STEM Education,CenterfortheAdvancementofScienceinSpace,UnitedStates

Tuesday 2 October 2018

09:45 - 11:15 A Global Space Partnership Towards 2030: Addressing the Needs of Member States of the United Nations to Achieve the Sustainable Development Goals


Organizers:

Jorge Del Rio VeraSenior Programme Officer,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

Hui DuSenior Expert,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

Shirish RavanSenior Programme Officer,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

A Global Space Partnership Towards 2030: Addressing the Needs of Member States of the United Nations to Achieve the Sustainable Development Goals

AsadoptedbyUNISPACE+50,a“Space2030”agendaandimplementationplan,withthegoaltostrengthenthecontributionofspaceactivitiesandspacetoolstotheachievementofglobalagendas,willbeprovidedtotheGeneralAssemblyin2020.Aglobalpartnershipisneededtoidentifyuserneedsandproposelong-termspacesolutions.Ahighlevelpanelwillsharetheirideasandvisions.PleasecomeandjoinJean-PascalLeFranc,DirectorofPlanning,InternationalRelations&QualityofCNES,SimonettaDiPippo,DirectorofUNOOSAandotherhighlevelspeakerstoexploremoreontheglobalspacepartnershiptowards2030.

Facilitators:

Ayami KojimaExpert,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

Aimin NiuScientific Affairs Officer,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

Speakers:

Vincenzo AquaroChief for Public Institutions and Digital Government,UnitedNationsDepartmentofEconomicandSocialAffairs(UNDESA),UnitedStates

Simonetta Di PippoDirector,UnitedNationsOfficeforOuterSpaceAffairs(UNOOSA),Austria

John Njoroge KimaniLead Scientist / CEO,KenyaSpaceAgency,Kenya

Jean-Pascal Le FrancDirector of Planning, International Relations & Quality,CentreNationald’ÉtudesSpatiales(CNES),France

LI MingVice President,ChinaAcademyofSpaceTechnology(CAST),China


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The Nexus of Blockchain and Space (Part II)

FollowingtheNexusBlockSpace(PartI)OpenPanelDiscussion,youmaywanttodivedeeperintotheBlockchainingSpaceprojectinaninteractiveworkshopwiththeproponentsoftheProjectduringtheNexusBlockSpace(II)SpecialSession.ApartnershipbetweenIOTAFoundation,OrbitRecyclingandtheGIZBlockchainLab,BlockchainingSpaceseekstoexplorethecorechallengesof space access, trafficmanagement, debrismitigation and the governancepotential of Blockchain/DTLs. TheBlockchainingSpace concept is focusedonunderstanding howDTLs could address theproblemsof the space sector,while getting inputsdirectlyfromspacesectorindustryparticipantsduringthisworkshop.

16:30 - 18:00 Swarm Systems for Future Space Exploration


Organizers:

Leon AlkalaiManager, Office of Strategic Planning,NASAJetPropulsionLaboratory(JPL),UnitedStates

Armin DammannTeam Leader Mobile Radio Transmission,GermanAerospaceCenter(DLR),Germany

Fred HadaeghChief Technologist,NASAJetPropulsionLaboratory(JPL),UnitedStates

Dmitriy ShutinTeam Leader Swarm Exploration,GermanAerospaceCenter(DLR),Germany

Swarm Systems for Future Space Exploration

Futureroboticin-situspaceexplorationisaprecursorforhumancolonizationofoursolarsystemandsearchforlifeonotherplanets.IncontrasttomodernCuriosityorExoMarsrovers,futureroboticplatformswilllikelyconsistofmultipleunits,formingswarmsorteamstoprovidelargespatialsensingaperture,increasedefficiency,robustness,andautonomy.Thisspecialsessionisdedicatedtotheuseofmulti-agentapproachestowardsfuturespaceexploration, itsadvantages,challenges,andpossibleapplications.

Facilitator:

Armin DammannTeam Leader Mobile Radio Transmission,GermanAerospaceCenter(DLR),Germany

14:45 - 16:15 The Nexus of Blockchain and Space (Part I)


Organizer:

Timiebi Aganaba-JeantyAssistant Professor,SchoolfortheFutureofInnovationinSociety,ArizonaStateUniversity,UnitedStates

The Nexus of Blockchain and Space (Part I)

TheWorldEconomicForumdescribesblockchainasoneofthekeytechnologiesofthefuture.Asaresult,thereisaproliferationof initiatives investigating thepotentialofblockchain inavarietyof contextsbeyond thewell knownbitcoincryptocurrencyapplication.Thenexusofblockchainandspaceisaninterestingandunderexploredarea.ThispanelseekstointroducetheIACcommunitytoemergingprojectsinthatnexusandsomeofthegovernancechallengesthatemerge.

Speakers:

Joe LandonCFO,PlanetaryResources,UnitedStates

George Anthony LongManaging Member,LegalParallax,LLC,UnitedStates

Julie MaupinHead of Social Impact & Public Regulatory Affairs,IOTAFoundation,Germany

Dimitra StefoudiPhD Candidate,UniversityofLeiden,TheNetherlands

Pavlo TanasyukFounder,SpacebitandBlockverifyUnitedKingdom

16:30 - 18:00 The Nexus of Blockchain and Space (Part II)

Location: ÖVB6Format: Workshop

Organizer:

Timiebi Aganaba-JeantyAssistant Professor,SchoolfortheFutureofInnovationinSociety,ArizonaStateUniversity,UnitedStates


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11:30 - 13:00 Landsat-Copernicus Sentinel 2 Collaboration: Integrated Operational Land Imaging to Meet User Needs Worldwide


Organizers /Facilitators::

Astrid-Christina KochCopernicus International Coordination Officer,EuropeanCommission,Belgium

Timothy StrykerActing Associate Program Coordinator, National Land Imaging Program,U.S.GeologicalSurvey,UnitedStates

Landsat-Copernicus Sentinel 2 Collaboration: Integrated Operational Land Imaging to Meet User Needs Worldwide

ComelearnaboutthebenefitsofCopernicus/Sentinel2-Landsatcollaborationtotheglobalusercommunity!TheU.S.GeologicalSurveyandtheEuropeanCommissionwillhostaspecialsessiononcurrentandfuturecollaborationbetweentheU.S.LandsatandEuropeanSentinel-2missions.Thissessionwillshowcasethebenefitsofincreasedprecision,revisittime,andlong-termdatacontinuityforland-imagingusers.ComedialoguewithEuropeanandU.S.officialstolearntheirland-imagingplansandbetterinformtheircollaboration!

Speakers:

Carsten BrockmannManaging Director,EBrockmannConsultGmbH,Germany

Steven CovingtonSystems Director and Principal Systems Engineer for the USGS National Land Imaging Program,TheAerospaceCorporation,Germany

Peter DoucetteActing Deputy Director, Earth Resources Observation and Science Center,U.S.GeologicalSurvey,UnitedStates

Michael FreilichDirector of Earth Science Division,NationalAeronauticsandSpaceAdministration(NASA),UnitedState

Nicolaus HanowskiHead, Mission Management & Ground Segment Department,EuropeanSpaceAgency(ESA),Italy

Grega MilcinskiCEO and Co-Founder,Sinergise,Slovenia

Tim NewmanProgram Coordinator, National Land Imaging Program,U.S.GeologicalSurvey,UnitedStates

Martin PolakDirector, Pre-Sales,Planet,Germany

Zoltan SzantoiScientific/Technical Project Officer,EuropeanCommissionJointResearchCentre,Italy

Speakers:

Leon AlkalaiManager, Office of Strategic Planning,NASAJetPropulsionLaboratory(JPL),UnitedStates

Fred HadaeghChief Technologist,NASAJetPropulsionLaboratory(JPL),UnitedStates

Klaus SchillingProfessor and Chair for Robotics and Telematics,UniversityofWürzburg,Germany

Dmitriy ShutinTeam Leader Swarm Exploration,GermanAerospaceCenter(DLR),Germany

Detlef WildeProgram Manager for Suborbital Missions,AirbusDefenceandSpace,Germany

Wednesday 3 October 201809:45 - 11:15 Earth Observation and Sustainable Development Goals – Views from a Decade

with the Group on Earth Observations. Panel Discussion on Readiness for a Terrestrial Forecasting System


Organizers:

James GrafDeputy Director for Earth Science and Technology,NASAJetPropulsionLaboratory(JPL),UnitedStates

Barbara RyanRetired,GrouponEarthObservations(GEO),UnitedStates

Earth Observation and Sustainable Development Goals – Views from a Decade with the Group on Earth Observations. Panel Discussion on Readiness for a Terrestrial Forecasting System

Enabledbybroad,opendatapoliciesandpracticesfortheU.S.LandsatProgram,andtheEuropeansuiteofSentinelsatellitesin the Copernicus Programme, tremendous advances have beenmade in technologies for global terrestrial observations –permittinganalysisofgloballandscapechangethatwasnotpossible,heretofore.ThisExpertPanelreflectshowtoachievetheUnitedNation’sSDGsbyconcertedspaceactivitiesandhowtoadvanceEarthobservationstoaterrestrialforecastingsystem.

Speakers:

Josef AschbacherDirector of Earth Observation Programmes and Head of ESRIN,EuropeanSpaceAgency(ESA),Italy

Michael FreilichDirector of Earth Science Division,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Stephen VolzAssistant Administrator for Satellite and Information Services,NationalOceanicandAtmosphericAdministration(NOAA),UnitedStates


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New Approaches to Space for a Better World: Space for Sustainable Development

This interactiveworkshopwill focusonnewapproaches in space science, technologyandeconomy toachieveabetterandmoresustainableworld.Comemeetandexchangeviewswiththeprominentexperts,newbusinessesandinnovatorstofindoutabouttheiruniqueeffortsusingspaceasanenablingresourcetowardsafuturesocietyforall.ThisincludeseffortsthatleadtoachievingtheSustainableDevelopmentGoals,forinstancetowardshealthierlives,moreopportunitiesfordifferentgenders,enhancingtheeconomyandprovidingmoreemployment,moreresilient infrastructureand inspiringthe futuregenerations.ThesessionwillaimtocontributetobothIAFandIAC2018mottosby“ConnectingPeopleforSpaceandSustainability”;and“#InvolvingEveryone”forachievingsustainabledevelopmentthroughspace.

Speakers:


Christopher BlackerbyCOO,ASTROSCALEPte.LTD.,RepublicofSingapore

James GreenChief Scientist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Seishiro KibeVP for Honours and Awards,InternationalAstronauticalFederation(IAF),Japan

Chiaki MukaiVice President, JAXA Astronaut,TokyoUniversityofScience(TUS),Japan

Adam LewisActing Chief Scientist,GeoscienceAustralia,Australia

Ruth Pritchard-KellyVice President Regulatory Affairs,OneWeb,UnitedStates

Mukund RaoAdjunct Professor,NationalInstituteofAdvancedStudies(NIAS),India

16:30 - 17:30 Galileo, the European Global Navigation System

Location: CCBGalleryFormat: AwardPresentation

Organizer:

Berndt FeuerbacherChairman, DGLR Awards Committee,DeutscheGesellschaftfürLuft-undRaumfahrt,Lilienthal-Oberthe.V.(DGLR),Germany

Galileo, the European Global Navigation System

Jointly createdby theEUandESA,Galileo is anoutstandingEuropean system toprovide independenthighprecisionglobalpositioning.TheindustrialteamofOHB,whichhasbeenawardedtheDGLRWernher-von-BraunTeamAward,willinformaboutthenovelmanufactoringprocessaswellasstatusandperformanceoftheGalileosystem.

11:30 - 13:00 The Golden Age of European Earth Observation

Location: CCBGalleryFormat: PanelDiscussion

Organizer:

Agnieszka ŁukaszczykSenior Director, European Policy,Planet,Belgium

The Golden Age of European Earth Observation

ThegoldenageofEuropeanEarthObservationishere.Copernicusisanoutstandingprogrambutthereismoretothisrecentsuccessthatgoesbeyondtheterabytesofdatadeliveredtothegrounddaily.Thispanelwillprovidecontexttotheseeffortsandhighlightsomesuggestionsto(a)shiftEurope’s‘grantprepreneurs’tobecome‘entrepreneurs,’(b)theopportunitytoattract‘scale-ups’toEurope,and(c)initiatetheshifttowardprocuringcommercialservices.

Speakers:


Thibaud DelourmeTeam leader for Copernicus User Uptake,EuropeanCommission,Belgium

Pascale EhrenfreundChair of Executive Board,GermanAerospaceCenter(DLR),Germany

François LombardDirector of Intelligence Business,AirbusDefenceandSpace,France

Will MarshallCEO,Planet,UnitedStates

Rafał ModrzewskiCEO,ICEYE,Finland

14:45 - 16:15 New Approaches to Space for a Better World: Space for Sustainable Development


Organizer:

Masami OnodaDirector, Washington D.C. Office,JapanAerospaceExplorationAgency(JAXA),Japan


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Thursday 4 october 2018

09:45 - 11:15 Twenty Years of the International Space Station: Shaping the Future of Human Space Exploration

Location: CCBFocke-Wulf-SaalFormat: MultiplePanelDiscussion

Organizers:

Jean-François ClervoyESA Astronaut / Novespace Chairman,EuropeanSpaceAgency(ESA)/Novespace,France

Julie Patarin-JossecPh.D. Candidate at the Centre Emile Durkheim (France); Resident-Teacher in Sociology & Ethnography at the SPBGU,StateUniversityofSt.Petersburg,RussianFederation

Justin St. P. WalshAssociate Professor of Art History and Archaeology; Chair, Department of Art,ChapmanUniversity,UnitedStates

Twenty Years of the International Space Station: Shaping the Future of Human Space Exploration

Celebratinganniversariesisalwaysachancetolearnlessonsandcreatefutureopportunitiestosurpasspastachievements.Onitstwentiethorbitalanniversary,exploitationoftheInternationalSpaceStationapproachesamajorturning-point,involvingprivateactorsandcustomers.JoinacollectivedebatewithtopISSprogramrepresentatives,astronautsandexpertstodiscusshowitssocial,cultural,technical,operationalandpoliticalheritagewillshapethefutureofthehumanexplorationbeyondLEO.

Speakers:

Jacques ArnouldEthics Advisor,CentreNationald’ÉtudesSpatiales(CNES),France

Nicolas ChamussyExecutive Vice President Space Systems,AirbusDefence&Space,France

John CharlesChief of the International Science Office; NASA Human Research Program,NASAJohnsonSpaceCenter(JSC)/NASAEngineeringandSafetyCenter(NESC)Academy,UnitedStates

Jean-Jacques DordainFormer ESA General Director; Advisor of Several Organizations and Governments in France, Europe and UAE,EuropeanSpaceAgency(ESA),France

Bernard FoingInternational Lunar Exploration Working Group (ILEWG) Director,EuropeanSpaceAgency(ESA),TheNetherlands

Alice GormanDirectorofStudiesinArchaeology,FlindersUniversity,Australia

Jules GrandsireHead of Public Relations and Communications,EuropeanSpaceAgency(ESA),Germany

Mikhail B. KornienkoTest Cosmonaut,GagarinResearch&TestCosmonautTrainingCenter,RussianFederation

Julie A. RobinsonChief Scientist, International Space Station on Assignment as Associate Director, Human Research Program,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Speakers:

Ingo EngelnMember of Board,OHB,Germany

Paul FlamentHead of Unit for Galileo and EGNOS,EuropeanCommission,Belgium

Marco FuchsCEO,OHB/OHBSystemAG,Germany

Rolf HenkePresident,DeutscheGesellschaftfürLuft-undRaumfahrt,Lilienthal-Oberthe.V.(DGLR),Germany

Heinz StoewerCEO,SpaceAssociates,Germany

16:30 - 18:00 Challenges, Technologies and Solutions for Exploration of Icy and Ocean Worlds


Organizers:

Terry J. HendricksTechnical Group Supervisor, Thermal Energy Conversion ApplicaWons & Systems,NASAJetPropulsionLaboratory(JPL),UnitedStates

David F. WoernerPrincipal Engineer, NASA’s Radioisotope Power Systems,NASAJetPropulsionLaboratory(JPL),UnitedStates

Challenges, Technologies and Solutions for Exploration of Icy and Ocean Worlds

Recent findings point to oceans on icy bodies across the solar system. Fewmission designs exist for these bodies and fewtechnologieshavebeenprepared forexploration,yet scientific interest in suchmissionscontinues togrow.This sessionwillexplore barriers, informational gaps, requirements, and challenges for missions and technologies for exploration for thesedestinations.Abroadspectrumofrelatedtopicswillbeaddressed, frommissionrequirementsanddesignconsiderationstodetailedicepenetrationmodeling.

Speakers:

Tom CwikManager, Space Technology,NASAJetPropulsionLaboratory(JPL),UnitedStates

Oliver FunkeProject Manager, Coordinator of DLR Explorer Initiatives,GermanAerospaceCenter(DLR),Germany

Brent SherwoodProgram Manager, Solar System Mission Formulation,NASAJetPropulsionLaboratory(JPL),UnitedStates

Sam ThurmanDeputy Manager (actg.), Europa Lander Pre-Project,NASAJetPropulsionLaboratory(JPL),UnitedStates


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Facilitators:

Oliver AntonPhD Student,Humboldt-UniversitätzuBerlin,Germany

Akash KaparthyMSc. Student,Humboldt-UniversitätzuBerlin,Germany

Speakers:

Thomas DriebeResearch Under Space Conditions, Program Director Physical Research,GermanAerospaceCenter(DLR),Germany

Ronald HolzwarthCEO,MenloSystemsGmbH,Germany

Claus LämmerzahlProfessor / Director of Space Science,ZARM,UniversityofBremen,Germany

Alexander LingAssociate Professor / Principal Investigator Space-Grade Quantum Optics,,CentreforQuantumTechnologies,RepublicofSingapore

Ernst RaselProfessor,LeibnizUniversiätHannover,Germany

Stephan SeidelSystems Engineer,OHBQuantumTechnologiesWorkingGroupGermany

14:45 - 16:15 Global Space Exploration: Increasing Benefits through International and Commercial Partnerships


Organizers:

Bernhard HufenbachTeam Lead, Strategy and Innovation,EuropeanSpaceAgency(ESA),TheNetherlands

Kathy LauriniSenior Advisor, Exploration and Space Operations,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Global Space Exploration: Increasing Benefits through International and Commercial Partnerships

InJanuary2018ISECGreleasedthethirdversionoftheGlobalExplorationRoadmap.TheGlobalExplorationRoadmapreflectsthecommonhumanspaceexplorationvisionofspaceagenciesaroundtheworld.Thissessionwillopenadialogueonpartnershipopportunities to realisehumanand roboticspaceexploration forall stakeholders, includingprivatesector spaceexplorationactorsandinitiatives.ThedialoguewillincludeadiscussionontechnologychallengesforMoonandMars,andacollaborativeapproachtoaddresscorrespondinggaps.

Facilitator:

Naoki SatoDirector, Space Exploration System Technology Unit,JapanAerospaceExplorationAgency(JAXA),Japan

Koichi WakataVice President; Director General of Human Spaceflight Technology Directorate,JapanAerospaceExplorationAgency(JAXA),Japan

09:45 - 11:15 Space Journalism and Outreach Workshop

Location: CCBLilienthalFormat: Workshop

Organizer:

Mikko SuominenScience Journalist,FinnishAstronauticalSociety,Finland

Space Journalism and Outreach Workshop

Commercialdreamsstatedasfacts,resultdrivenscientificresearchandbiasedreportingarejustsomeofthechallengesthatjournalistsfacetoday.Thequalityofmediaisnotalwayseasytomeasure,butaimingforobjectiveviewandscientificallycorrectfactsarestillthebasicingredientsfortrustworthyarticlesandpressreleases.Theaimofthisspecialsessionistotakealookatsomeofthechallengesthespacemediaisfacingtheseyears.Thepaneloffersviewpointsfrombothanoutreachspecialistmakingapressreleaseandajournalistusingitfordifferentpurposes.Therewillalsobetimeforgroupdiscussiontobroadentheperspectives.Thesessionis intendedformediaprofessionalsandanyoneelseinterestedinthesubject.YoucanalsoaskquestionsorsuggestdiscussionsubjectsinTwitterwith#iac2018journalism.

11:30 - 13:00 Quantum Technologies for Space – Development and Applications

Location: CCBFocke-Wulf-SaalFormat: ElevatorPitches&PanelDiscussion

Organizers:

Markus KrutzikGroup Lead Miniaturized Quantum Technologies,Humboldt-UniversitätzuBerlin,Germany

Claus LämmerzahlProfessor / Director of Space Science,ZARM,UniversityofBremen,Germany

Quantum Technologies for Space – Development and Applications

It’shappeningnow.Quantumtechnologiespromisetochangethewaymankindwillcommunicate,navigateandcompute inthefuture.Theenvironmentofspaceunleashesthefullpotentialofquantumtechnologies,itofferstheopportunitytoachievehighersensitivities,unprecedentedstabilitiesandsecure large-areafree-spacecommunicationprotocols.Thisspecialsessioncombinestheseaspectswithworldclassscientistsandtechnologisttoexploreourfutureofquantumtechnologiesinspace.Joinusforaglimpseonthefuture.


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encryptionkeysglobally.Informationisencodedinthequantumpropertiesoflightsuchthatanyeavesdroppingcanbedetected.Duringapaneldiscussionkeystakeholdersinthefieldwillsharetheirvisionsforthefutureofcyber-security.

Speakers:

Paolo BiancoManager Global R&T,AirbusDefenceandSpace,UnitedKingdom

LIAO ShengkaiSenior Designer Micius Satellite System,UniversityofScienceandTechnologyofChina,China

Alexander LingAssociate Professor / Principal Investigator Space-Grade Quantum Optics,CentreforQuantumTechnologies,RepublicofSingapore

David MitlyngChief Operating Officer,S15SpaceSystems,Quantum-safeCommunications,UnitedStates

Morio ToyoshimaDirector Space Communications Laboratory,NationalInstituteofInformationandCommunicationsTechnology,Japan

Harald WeinfurterProfessor of Experimental Quantum Physics,Ludwig-Maximilians-UniversitätMünchen,Germany

Eric WilleOptical Systems Engineer,EuropeanSpaceAgency(ESA),TheNetherlands

Friday 5 October 2018

09:45 - 10:45 #HiddenNoMore: Empowering Young Women in the Space Sector

Location: ÖVB4Format: PanelDiscussion

Organizers:

Fabiana MilzaCOO,IceKingGmbH,Italy

Fatoumata KebeAstronomer,AssociationEphemerides,France

#HiddenNoMore: Empowering Young Women in the Space Sector

ThesuccessofthemovieHiddenFiguresinspiredajointexchangeprogramof21stCenturyFoxandU.SStateDepartmentcalled“#HiddenNoMore:EmpoweringWomenLeadersinSTEM”.Whatishappeninginthespaceindustryandacademia?Whicharetheissuesfacedbywomenfromallovertheworld?Theaimistocomparetwodifferentgenerationsofwomen,pointingouttheimportanceofmentorship.WewantwomeninSTEMfieldstobehiddennomore.

Speakers:

Khaled Al HashmiDirector of Space Missions, Science and Technology,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates

Timothy CichanSpace Exploration Architect,LockheedMartin,UnitedStates

John ConnollyLead Exploration Architect,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Jason CrusanAdvanced Exploration Systems Division Director,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Christian FidiChief Technology Officer,TTTech,Austria

Paul FulfordManager, Product Development,MacDonald,DettwilerandAssociates(MDA)Corp.,Canada

Luis GomesChief Technology Officer,SurreySatelliteTechnologyLtd(SSTL),UnitedKingdom

Iwao IgarashiDeputy Director, Engineering,MitsubishiHeavyIndustries(MHI),Japan

Markus LandgrafArchitecture Analyst,EuropeanSpaceAgency(ESA),Germany

Sho NakanoseCEO,GITAIInc.Japan

Christian SallabergerPresident and CEO,CanadensysAerospaceCorporation,Canada

Matthias SimnacherInnovation Facilitator,MerckGermany

Hiroshi UenoAssociate Senior Administrator Business Development Group,JapanAerospaceExplorationAgency(JAXA),Japan

16:30 - 18:00 Quantum Key Distribution – The Future of Cryptography


Organizer:

Tom VergoossenResearch Assistant,CentreforQuantumTechnologies,RepublicofSingapore

Quantum Key Distribution – The Future of Cryptography

Cyber-securityissettobechallengedbytheadventofquantumcomputingrequiringencryptionmethodswithforwardsecuritytobeimplementednowratherthanlater.SatelliteQuantumKeyDistribution(QKD)isamethodofdeliveringprovablysecure


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Karin NilsdotterCEO,SpaceportSweden,Sweden

Alan SternCo-Founder and Chief Scientist,WorldViewEnterprises,UnitedStates

Erika WagnerPayload Sales Director,BlueOrigin,UnitedStates

11:00 - 12:00 Adoption of Space Technologies and Applications in Emerging/NewSpace Actors


Organizer:

Narayan Prasad NagendraCo-Founder,satsearch.co,Germany

Adoption of Space Technologies and Applications in Emerging/NewSpace Actors

Whatarethenewvantagepointsthroughwithemerging/NewSpaceactorsviewtheircommitmentsandinvestmentsinnovelspacetechnologiesandapplications?Howlongistheroadtotherealityofadoptionfornovelusersofnewtoolstodaycreatedfromspace?Discoverhowemergingspace/NewSpaceeffortsarecreatingnewnarrativesfortheadoptionofspaceapplicationsintacklingthechallengeofsustainabledevelopmentoftheirlocalcommunitiesbyintroductionofspace-basedtechnology.

Speakers:

Salem Humaid Al MarriAssistant DG for Science & Technology Sector,MohammedBinRashidSpaceCentre(MBRSC),UnitedArabEmirates

Prateep BasuCo-Founder,SatSure,India

Leehandi de WittSales and Marketing Manager,NewSpaceSystems,SouthAfrica

Meidad ParienteCTO and Founder,SkyandSpaceGlobal,UnitedKingdom

YANG JustinCEO,Spacety,China

Speakers:

Ayu AbdullahRegional Director for Southeast Asia,EnergyActionsPartners,Malaysia

Lisseth GavilanNASA postdoctoral fellow / Astrochemist,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Lucie PouletResearcher,InstitutePascal,France

09:45 - 11:15 Commercial Suborbital: Opening the Aperture for Space Utilization


Organizers:

Alvaro AlonsoBusiness Development Manager,TelespazioVEGADeutschlandGmbH,Germany

Thorben KönemannDeputy Scientific Director,ZARM,UniversityofBremen,Germany

Alan SternCo-Founder and Chief Scientist,WorldViewEnterprises,UnitedStates

Erika WagnerPayload Sales Director,BlueOrigin,UnitedStates

Commercial Suborbital: Opening the Aperture for Space Utilization

Thedoorstospaceareopeningwideascommercialsuborbitallaunchesarebeginningworldwide.Howdoyougetfromanideatoyourpayloadinspace?Thissessionwillprovideanoverviewofthestateofcommercialsuborbitalrocketsandballoons,thenturntoanengagingdiscussiononhowtogetmoreresearchers,students,andentrepreneurspersonallyengagedinthisnewfrontier.

Facilitators:

Alvaro AlonsoBusiness Development Manager,TelespazioVEGADeutschlandGmbH,Germany

Karin NilsdotterCEO,SpaceportSweden,Sweden

Speakers:

Sirisha BandlaBusiness Development & Government Affairs Manager,VirginGalactic,UnitedStates

Steven CollicottProfessor,PurdueUniversity,UnitedStates

Thorben KönemannDeputy Scientific Director,ZARM,UniversityofBremen,Germany


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11:30 - 13:00 Innovative Spacecraft Concepts and Servicing


Organizers:

Joerg KreiselChairman, CEO / Co-FounderJKIC/iBOSSGmbH,Germany

Daniel NoelkeProgramme Manager iBOSS, PERASPERA in EU-Horizon2020,GermanAerospaceCenter(DLR),Germany

Bernd SommerHead Automation & Robotics,GermanAerospaceCenter(DLR),Germany

Innovative Spacecraft Concepts and Servicing

Pavethewaytowardsfutureorbitalinfrastructure.Translatetheincreasingneedsofsocietyintotechnologicalrequirementsforthenextsatellitegenerationsandroboticservicers.Createsustainabilitythrough“cooperative”spacecraftdesigntomeetmajordemandslike:adjustabilitytocustomers’desiresandmissionneeds,rapiddevelopmentandproductionondemand,easymaintainability,debrisavoidanceandcost-efficiency.NextGenerationSpaceFlightEquation:Sustainability=Robotics+Servicing+Standardization+Modularity=newoperationalconceptsandbusinessmodels!

Facilitators:



Speakers:

Joseph D. AndersonVice President Business Development and Operations,SpaceLogisticsLLC,NorthropGrumman,UnitedStates

Robert FeierbachVice President Business Development and Operations,SpaceSystemsLoral(SSL),UnitedStates

Yann GouyHead of On-Orbit Services Business Development,AirbusDefenceandSpace,France

Dan KingDirector of Business Development,MacDonald,DettwilerandAssociates(MDA)Corp.,Canada


Xavier LacombeManaging Director,WillisInspace,France


Luca RossettiniCEO,D-OrbitItaly

Silvio SandroneVice President, Advanced Projects & Products, On-Orbit Services and Exploration,AirbusDefence&Space,Germany

11:00 - 12:00 Creating Strategic University Partnerships through International Student Projects

Location: CCBBesselFormat: Workshop

Organizer/Facilitator:

Kim EllisDirector,InternationalEarth&SpaceTechnology,Australia

Creating Strategic University Partnerships through International Student Projects

University-Industry InteractionandCollaborationhasthecapacitytodrive innovationandentrepreneurship ifdonetherightway.Learnthe5successfactorsforstrategic Industry-UniversitycollaborationwhichyieldsresultswithBusiness Impact.Wewillpresenttechniquestoestablishorenhanceacosteffectivestudentprojectprogramwhichsolvesatechnicalresearchoroperationalproblemandpromotesinnovativesolutions.IndustryparticipantswilllearnhowaStrategicUniversityPartnershipwhichbeginswithstudentprojectscanformthebasisofastrategicworkforcedevelopmentprogramandwalkoutofthesessionwithafutureworkforcedevelopmentframeworkspecificallyforyourbusiness.

11:30 - 13:00 A Scientific “Wish List” for Research Facilities on the Moon

Location: ÖVB1Format: GroupDiscussion

Organizer:

Christiane HeinickeResearcher,ZARM,UniversityofBremen,Germany

A Scientific “Wish List” for Research Facilities on the Moon

HumanswillreturntotheMoonwithinthenextdecades.Nowisthetimeforscientistsandtojoineffortsandidentifytheirdiscipline’spotentialgoalsonthemoonand identifysynergieswithotherscientificfields.Thissession is thereforeaimedtoexplorethebasicquestionof“Howshouldalaboratoryonthemoonbeequipped?”,andwearesolicitinginputsfromreseachersofanydisciplineholdinganinterestinexploitingthemoonscientifically.

Speakers:

Bram de WinterStudent,VUAmsterdam,TheNetherlands

Miranda FateriResearcher,GermanAerospaceCenter(DLR),Germany

Nina KopaczPhD Student,UtrechtUniversity,TheNetherlands


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12:15 - 13:15 2018: 10 years Columbus in Space and Delivery of Orion European Service Module


Organizer:

Markus JägerSystem Engineer,AirbusDefenceandSpace,Germany

2018: 10 years Columbus in Space and Delivery of Orion European Service Module

OnFebruary7,2008, theSpaceShuttleAtlantis launched intospacewithColumbusonboard.For tenyearsnow, thespacelaboratoryColumbushasbeenanintegralandimportantpartoftheInternationalSpaceStationISS.In2018theOrionEuropeanServiceModule isdeliveredtotheKennedySpaceCenteras latestEuropeancontributiontohuman-ratedspaceexploration.PanelistsfromEuropeanandUSindustriesandagencieswillpresenttheirviewonthepast,actualandfutureEuropeanspaceexplorationmissions.

Facilitators:

Markus JägerSystem Engineer,AirbusDefenceandSpace,Germany

Siegfried MonserHead of Communications,AirbusDefenceandSpace,Germany

Speakers:

Nico DettmannHRE Development Projects Group Leader,EuropeanSpaceAgency(ESA),Germany

William HartwellProject Manager,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Jens LassmannHead of Site Bremen ArianeGroup,ArianeGroup,Germany

Bas TheelenOrion ESM Program Manager,AirbusDefenceandSpace,TheNetherlands

Arnon SpitzerGeneral Manager & Founder,EffectiveSpaceSolutionLtd.,UnitedKingdom

Hiroshi UenoAssociate Senior Administrator Business Development Group,JapanAerospaceExplorationAgency(JAXA),Japan

Brian WeedenDirector of Program Planning,SecureWorldFoundation(SWF),UnitedStates

12:15 - 13:15 Space Chemistry: a Key to Fostering Space Exploration

Location: CCBBesselFormat: PanelDiscussion

Organizer:

Darvas FerencFounder and Chairman,FlowChemistrySociety,Switzerland

Space Chemistry: a Key to Fostering Space Exploration

Haveyoueverwonderedifchemistryisdifferentinspacethanontheground?Canchemistrybeperformedusingandtakingadvantageoftheextremeconditionsinspace?Novelchallengesofspaceresearchrequireanenhancedroleforchemistry.Thediscussionwillcoverawiderangeofpioneeringchemistry technologies from spaceperspectives, includingflowchemistry, photoelectrochemistry, andmorenovel trends inchemistry.TheseinnovationsarealsofacilitatingMarsexploration,includinghumanexpeditions.

Speakers:

Bertalan FarkasCosmonaut,Hungary

B. Frank GuptonFloyd D. Gottwald Chaired Professor,VirginiaCommonwealthUniversity,UnitedStates

Csaba JanákyPrincipal Investigator,UniversityofSzeged,Hungary

Guy SamburskiHead of Chemical and Pharmaceutical Technologies,SpacePharmaSA,Israel


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RF Spectrum for TT&C – Regulatory Framework vs. Needs of Operators

Hundredsofnewsatellitesarelaunchedeveryyear,buthowistheavailableRFspectrumforTT&Caffected?Isthereaneedtochangeregulatoryprocedurestoaccommodatethevastnumberofnewsatellitesandtoguaranteeinterference-freesatellitecommunication? This panel discussion will bring together experts from the regulatory sector and the satellite developercommunitytodiscusstheefficientshareduseoftheavailableRFspectrum.

Speakers:

Hans Blondeel TimmermanAmateur Satellite Advisor,InternationalAmateurRadioUnion,TheNetherlands

Raghu DasCo-Founder & Senior VP,HeliosWire,UnitedStates

Per KochSenior Manager, Head of Systems Engineering,GomSpaceAps,Denmark

Attila MatasConsultant, Frequency Coordination Expert,OrbitSpectrum,Switzerland

Katherine MonsonHead of US Operations,KongsbergSatelliteServicesAS,UnitedStates

Alexandre ValletChief of Space Services Department, Radiocommunication Bureau, InternationalTelecommunicationUnion(ITU),Switzerland

15:00-16:30 The European Research Council – Funding Opportunities For Bright Minds

Location: CCBFranziusFormat: Workshop

Organizer:

Samantha ChristeyHead of Sector, ERC outreach Communication Unit,EuropeanResearchCouncilExecutiveAgency(ERCEA),Belgium

The European Research Council – Funding Opportunities For Bright Minds

IsanERCgrantforyou?Comeandfindout.WewillexplainwhattheEuropeanResearchCouncilisandwhocanbenefitfromitsfundingopportunities.AspartoftheEuropeanCommission’sprogrammessupportingresearch,theERChelpsresearchersinpursuinginterestingandambitiousprojects.Thesessionwillbeauniqueopportunitytoaskgranteesabouttheirexperiencewiththeprocessandforexpertstoanswerquestionsabouttheapplicationandselectionprocess.

13:15 - 14:45 Space Needs Everyone’s Ideas! Prizes and Challenges in the Space

Location: CCBBergenFormat: PanelDiscussion

Organizers:

Zoe SzajnfarberAssociate Professor,TheGeorgeWashingtonUniversity,UnitedStates

Ademir VrolijkPhD Candidate,TheGeorgeWashingtonUniversity,UnitedStates

Space Needs Everyone’s Ideas! Prizes and Challenges in the Space

“Nomatterwhoyouare,mostofthesmartestpeopleworkforsomeoneelse.”Prizesandchallengesprovideawayforspaceagenciestoleveragegreatideasfromthepublicinordertobroadenparticipationandbridgetechnologygaps.Thispanelwill featureexperts fromNASA,ESA,andacademiadiscussingsuccessesand lessonslearnedonhoworganizationscanbestusetheseopeninnovationtools,andhowindividualscanfindexcitingopportunitiestoparticipate.

Speakers:

Jason CrusanAdvanced Exploration Systems Division Director,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Jennifer GusteticSmall Business Innovation Research (SBIR/STTR) Program Executive,NationalAeronauticsandSpaceAdministration(NASA),UnitedStates

Leopold SummererAdvanced Concepts Team Head,EuropeanSpaceAgency(ESA),TheNetherlands

Zoe SzajnfarberAssociate Professor,TheGeorgeWashingtonUniversity,UnitedStates

13:50 - 14:50 RF Spectrum for TT&C – Regulatory Framework vs. Needs of Operators


Organizer/Facilitator: :

Martin BuscherScientist & Lecturer,TUBerlin,Germany


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15:00 - 16:30 Latin America Beyond LEO: Securing Regional Participation in the Moon Village

Location: CCBFocke-Wulf-SaalFormat: GroupDiscussion

Organizers:

Piero MessinaRelations with Member States Office,EuropeanSpaceAgency(ESA),France

Ronnie NaderSpace Operations Director,EcuadorianCivilianSpaceAgency(EXA),Ecuador

Alberto RamirezHead of High Technology Unit,UNAMFacultadeIngenieriaUAT,Mexico

Pilar ZamoraHead of Agency,ColombianCivilianSpaceAgency,Colombia

Latin America Beyond LEO: Securing Regional Participation in the Moon Village

UnitedtowardstheMoon:thissessionwillbeanopendiscussionaboutwhyLatinAmericaandtheCaribbeanregionshouldinsertlunarresearchintoitscurrentspaceactivities,actuallylimitedtoearth’sorbitandintheendofthesessionwewilldrawconclusionsandplanthestepsaheadinordertosecureaplacefortheregionintheMoonVillage.Wewillalsodiscussfinancialsupportarchitecture,opportunitiesandplans.

Facilitator:

Ronnie NaderSpace Operations Director,EcuadorianCivilianSpaceAgency(EXA),Ecuador

Speakers:

Valanathan MunsamiCEO,SouthAfricanNationalSpaceAgency(SANSA),SouthAfrica

Alberto RamirezHead of High Technology Unit,UNAMFacultadeIngenieriaUAT,Mexico

Christopher RichinsFounder & CEO,RBCSignals,UnitedStates

John ThorntonChief Executive Officer,AstroboticTechnologyInc.,UnitedStates

Pilar ZamoraHead of Agency,ColombianCivilianSpaceAgency,Columbia

Facilitator:

Isabelle OrtmansHead of Sector for Computer Science, Engineering and Earth System Science,EuropeanResearchCouncilExecutiveAgency(ERCEA),Belgium

Speakers:

Camilla ColomboAssociate Professor of Aerospace Engineering,PolytechnicUniversityofMilan,Italy

Michael KramerProfessor of Astrophysics,UniversityofManchester,UnitedKingdom

Klaus SchillingProfessor and Chair for Robotics and Telematics,UniversityofWürzburg,Germany

15:00 - 16:30 The Design Sprint: How to Solve Almost Any Challenge in Less Than a Week

Location: CCBBergenFormat: Workshop

Organizer:

Marc C. LangeFounder / Google Expert & Head Mentor,Challengers,Germany

The Design Sprint: How to Solve Almost Any Challenge in Less Than a Week

Inthissession,participantswilllearnabouttheDesignSprintbyaDesignSprintMaster,andgettoexperiencefirst-handhowitworks.ADesignSprintisanopen-source,interdisciplinaryworkshopformatwiththegoalofiteratingonasoft-orhardwaretechnicalsolution,product,service,processorsolutiontoastrategicchallenge,withouttheneedtobuildandrollitout.TheDesignSprintisbasedonthepopularproblem-solvingmethodDesignThinking.


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6.2 Interactive Presentations Award Ceremony & Cocktail Reception

Date:Thursday4October

Time:12:45-13:15

Location:IPHall

HeldonthefourthdayofIAC,theIPAwardCeremonyisthemust-attendeventofthecongress.Discoverthe5categorywinnersatthisprestigiousceremonyattendedbyover400presenters,MembersoftheInternationalProgramme Committee and delegates. The prize-giving ceremonywill be followed by a cocktail tomeet and celebrate thewinners.Alltheinteractivepresentationswillbepresentedaftertheceremonyat13:15.

Donotmissoutonthisgreatopportunitytomeetwiththepresentersandmakenewconnections.

PleasenotethatthiseventisopentoallIACparticipants.

6.3 Interactive Presentations Session

Date:Thursday4October

Time:13:15-14:45

Location:IPHall

TheInteractivePresentationsSessionisadynamicforumthatallowspresentersandparticipantstoengageinin-depthdiscussionsaboutthepresentedworkfromwhichnewcollaborations,ideas,andsolutionscanemerge.Interactivepresentationsincludemultimedia,suchasaudioandvideo,aswellasimagesandanimations.Theirflexibilityhelpsfosterpresenters’creativityandskills,andprovidesaplatformforbuildingengaging,collaborative,andvisuallypowerfulpresentations.

Presentations in thesessionwillbeconductedsimultaneouslyon38screens,witheachpresenter informedof their specificpresentation screen and time slot. Two additional screens have been reserved for late submissions. Each presenter has 10minutestopresenttotheiraudiencewithQ&A,moderationbytheSessionChairs,andtransitiontimeincluded;anditisuptothepresentertochoosehowmuchofthattimetoputtowardquestionsintheirpresentation.

Sponsored by Glavkosmos

6 Interactive Presentations

6.1 Category Coordinators and Members of the IP Award Committee

Chairman of the Interactive Presentations Award Committee

Christophe BonnalCentre National d’Etudes Spatiales (CNES),France

Category A SCIENCE AND EXPLORATION Maria-Antonietta PerinoThales Alenia Space, Italy

Category B APPLICATIONS AND OPERATIONSOtto KoudelkaGraz University of Technology (TU Graz), Austria

Category C TECHNOLOGYLi MingChina Academy of Space Technology (CAST), China

Category D INFRASTRUCTUREJohn-David BartoeNational Aeronautics and Space Administration (NASA),United States

Category E SPACE AND SOCIETYLyn WigbelsAmerican Astronautical Society (AAS),United States


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SCREEN # 1

13:15-13:25 IAC-18.A1.IP.1HI-SEAS(HAWAIISPACEEXPLORATIONANALOGANDSIMULATION):OVERVIEWOFRESULTSFROMTHEFOUR-,EIGHT-ANDTWELVE-MONTHMISSIONSKim Binsted, University of Hawaii, United States

13:25-13:35 IAC-18.A1.IP.4THEEDENISSANTARCTICGREENHOUSEPROJECT–9MONTHMISSIONSTATUSAFTERDEPLOYMENTINANTARCTICADaniel Schubert, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

13:35-13:45 IAC-18.A1.IP.8AUTOMATIONOFBIOLOGICALEXPERIMENTSINAMINIATURIZEDSATELLITESimon Beaudry, Ecole Polytechnique de Montreal, Canada

13:45-13:55 IAC-18.A1.IP.9SELF-PAYBACKMANNEDEXPEDITIONTOMARSANDITSMOONSPHOBOSANDDEIMOS2022Oleg Aleksandrov, Private individual www.oleg.space, United States

13:55-14:05 IAC-18.A1.IP.12CONSTITUTIONALCHARACTERISTICSANDBONEMINERALCONTENTINASTRONAUTSBEFOREANDAFTERFLIGHTSKirill Gordienko, Institute of Biomedical Problems, Russian Academy of Sciences, Russian Federation

14:05-14:15 IAC-18.A1.IP.14IMITATIONTASKSOFSPACECRAFTMANUALCONTROLANDCOSMONAUT’SPSYCHOPHYSIOLOGICALPARAMETERSINTHESPACEEXPERIMENT"PILOT-T"Daria Schastlivtseva, SSC RF Institute of Biomedical problems of RAS, Russian Federation

14:15-14:25 IAC-18.A1.IP.15ANOVELWEARABLEECG-MONITORINGSYSTEMFORHUMANSPACEEXPLORATIONNatalia Glazkova, Skolkovo Institute of Science and Technology, Russian Federation

14:25-14:35 IAC-18.A1.IP.17MYOTONPRO:AFAST-TRACKCOTSPAYLOADTOENHANCETHEHUMANPHYSIOLOGYRESEARCHONISSANDBEYOND.Antonella Sgambati, OHB System AG-Bremen, Germany

14:35-14:45 IAC-18.A1.IP.18BONEDENSITOMETRYAFTERLONG-TIMEMISSIONSONISSGalina Vassilieva, IBMP, Russian Federation

SCREEN # 1

13:15-13:25 IAC-18.A1.IP.20TERRAFORMINGMARSINTOAFUTUREHUMANHABITAT-AFOUR-PHASEPROCESSSiddharth Ojha, University of Petroleum and Energy Studies, India

13:25-13:35 IAC-18.A1.IP.22REDUCTIONOFHEALTHRISKSDURINGLONGTERMSPACEMISSIONSBYPERSONALIZEDQUANTIFICATIONOFVITAMINDPRODUCTIONMagdalena Wypukol, Charité Universitätsmedizin Berlin, Germany

13:35-13:45 IAC-18.A1.IP.23APPLICATIONOFASELF-SUFFICIENTLEARNPROGRAMTOCONTROLOBJECTSWITHSIXDEGREESOFFREEDOMBernd Johannes, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

13:45-13:55 IAC-18.A1.IP.25ULTRASOUNDUTILIZATIONTRAININGFORAPPLICATIONSINMICROGRAVITYManuela Aguzzi, Space Applications Services N.V./S.A., Belgium

13:55-14:05 IAC-18.A1.IP.26EFFECTOFMICROGRAVITYONBREASTCANCERCELLSMohamed Zakaria Nassef, [unlisted], Germany

14:05-14:15 IAC-18.A1.IP.27ANEPIGENETICMECHANISMFORDECREASEDMHC-EXPRESSIONINMACROPHAGESUNDERSIMULATEDMICROGRAVITYChongzhen WANG, Guilin Medical University, China

14:15-14:25 IAC-18.A1.IP.28PROTONANDFEION-INDUCEDEARLYANDLATECHROMOSOMEABERRATIONSINHUMANEPITHELIALANDFIBROBLASTCELLSRosalin Goss, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

14:25-14:35 IAC-18.A1.IP.29NEURALELECTRICALDYNAMICSDURINGHEADDOWNTILTANDMENTALLOADHasan Birol Cotuk, , Turkey

14:35-14:45 IAC-18.A1.IP.34LOCALSLEEP-LIKEEVENTSINAWAKEASTRONAUTSGaetan Petit, ESA - European Space Agency, Switzerland

SCREEN # 313:15-13:25 IAC-18.A2.IP.1NUMERICALSTUDYOFDETONATIONENGINESElena Mikhalchenko, Scientific Research Institute for System Analysis, Russian Academy of Sciences (RAS), Russian Federation

13:25-13:35 IAC-18.A2.IP.3WEISS-SAT1:ASTUDENTDEVELOPEDMICROLABFORSPACEBASEDRESEARCHRhonda Lyons, NYRAD Inc, United States

13:35-13:45 IAC-18.A2.IP.4NUMERICALSIMULATIONOFDROPLETSCAPILLARYUNDERMICROGRAVITYWITHSMOOTHEDPARTICLEHYDRODYNAMICSFuzhen Chen, Northwestern Polytechnical University, China

13:45-13:55 IAC-18.A2.IP.5STUDYOFBACTERIAANDFUNGIGROWTHONDIFFERENTMATERIALSUSEDONTHEISSWITHPORTABLEGASSENSORSYSTEME-NOSEDURINGTHESPACEFLIGHTSergey Kharin, SSC RF-Institute of Biomedical Problems RAS, Russian Federation

13:55-14:05 IAC-18.A2.IP.6IMPORTANTASPECTSOFCONDUCTINGAEROPONICCULTIVATIONINMICROGRAVITYJoanna Kuźma, Wroclaw University of Science and Technology, Poland

14:05-14:15 IAC-18.A2.IP.7ONTHEDESIGNOFBECCAL-AQUANTUMOPTICSEXPERIMENTABOARDTHEISSMarvin Warner, ZARM University of Bremen, Germany

14:15-14:25 IAC-18.A2.IP.8MICROGRAVITYEXPERIMENTSONTHERMALCREEPINMARTIANSOILTobias Steinpilz, University Duisburg-Essen, Germany

6.4 Interactive Presentations by Symposium

IP Symposia

A1.IP IAF/IAASPACELIFESCIENCESA2.IP IAFMICROGRAVITYSCIENCESANDPROCESSESA3.IP IAFSPACEEXPLORATIONA4.IP 47thIAASYMPOSIUMONTHESEARCHFOREXTRATERRESTRIALINTELLIGENCE(SETI)–TheNextStepsA5.IP 21stIAASYMPOSIUMONHUMANEXPLORATIONOFTHESOLARSYSTEMA6.IP 16thIAASYMPOSIUMONSPACEDEBRISA7.IP IAFSYMPOSIUMONFUTURESPACEASTRONOMYANDSOLAR-SYSTEMSCIENCEMISSIONSB1.IP IAFEARTHOBSERVATIONB2.IP IAFSPACECOMMUNICATIONSANDNAVIGATIONB3.IP IAFHUMANSPACEFLIGHTB6.IP IAFSPACEOPERATIONSC1.IP IAFASTRODYNAMICSC2.IP IAFMATERIALSANDSTRUCTURESC3.IP IAFSPACEPOWERC4.IP IAFSPACEPROPULSIOND1.IP IAFSPACESYSTEMSD2.IP IAFSPACETRANSPORTATIONSOLUTIONSANDINNOVATIONSD3.IP 16thIAASYMPOSIUMONBUILDINGBLOCKSFORFUTURESPACEEXPLORATIONANDDEVELOPMENTD4.IP 16thIAASYMPOSIUMONVISIONSANDSTRATEGIESFORTHEFUTURED5.IP 51stIAASYMPOSIUMONSAFETY,QUALITYANDKNOWLEDGEMANAGEMENTINSPACEACTIVITIESE1.IP IAFSPACEEDUCATIONANDOUTREACHSYMPOSIUME3.IP 31stIAASYMPOSIUMONSPACEPOLICY,REGULATIONSANDECONOMICSE5.IP 29thIAASYMPOSIUMONSPACEANDSOCIETYE6.IP IAFBUSINESSINNOVATIONSYMPOSIUME7.IP 61stIISLCOLLOQUIUMONTHELAWOFOUTERSPACE

6.5 Interactive Presentations Schedule


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Silvio Schröder, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

14:25-14:35 IAC-18.A3.IP.62CISLUNAR1000:VISIONFOR2018-2035Melissa Sampson, Ball Aerospace, United States

14:35-14:45 IAC-18.A3.IP.65CUBESATMINIMOONRENDEZVOUSMISSIONSYNTHESISANDANALYSISNiklas Anthony, Luleå University of Technology, Sweden

SCREEN # 7

13:15-13:25 IAC-18.A1.IP.35IMPACTOFTHESPACEFLIGHTSINNUTRITIONALADAPTATIONSATBACKTOEARTH.REVIEW.LUISA GARCIA ROJAS VAZQUEZ, [unlisted], Mexico

13:25-13:35 IAC-18.A1.IP.37CONSTRUCTIONOFBASICHUMANHABITATSONPLANETARY/LUNARPLACESWITHOUTDIRECTHUMANINVOLVEMENTADITYA VEDANTHU, R.V.College of Engineering, India

13:35-13:45 IAC-18.A1.IP.39DEVELOPMENTANDTESTINGOFTHECóNDORSPACESUITSIMULATOROscar Ivan Ojeda Ramirez, Universidad Nacional de Colombia, Colombia

13:45-13:55 IAC-18.A1.IP.40SPACEFOODANDNUTRITIONINALONGTERMMANNEDMISSIONFunmilola Adebisi Oluwafemi, National Space Research and Development Agency (NASRDA), Abuja, Nigeria

13:55-14:05 IAC-18.A2.IP.11BURNINGOFASINGLEFUELDROPLETCONTAININGMETALLICPARTICLESINWEIGHTLESSNESSNickolay N. Smirnov, Moscow Lomonosov State University, Russian Federation

14:05-14:15 IAC-18.A2.IP.12REALISTIC3DSIMULATIONSOFBRAGGBEAMSPLITTERSFORMATTERWAVEINTERFEROMETRYUNDERMICROGRAVITYAntje Neumann, TU Darmstadt, Germany

14:15-14:25 IAC-18.A2.IP.13NUMERICALSIMULATIONOFWICKINGINPOROUSMEDIADawid Zimnik, ZARM, University of Bremen, Germany

14:25-14:35 IAC-18.A2.IP.14PHASESEPARATIONINCAPILLARYCHANNELFLOWUSINGPOROUSMEDIAKamal Singh Bisht, ZARM, University of Bremen, Germany

14:35-14:45 IAC-18.A2.IP.15PAPELL:INTERACTIONSTUDYOFFERROFLUIDWITHELECTROMAGNETSOFANEXPERIMENTONTHEINTERNATIONALSPACESTATIONAdrian Causevic, KSat e.V., Germany

SCREEN # 8

13:15-13:25 IAC-18.A4.IP.3NEUROSCIENCEINSETI:ACONTEMPORARYCASESTUDYFROMTHEARTSANDHUMANITIES.Daniela de Paulis, , The Netherlands

13:25-13:35 IAC-18.A4.IP.4SETISEARCHWITHGASCORENUCLEARPROPELLEDSPACEPROBESUgur Guven, UN CSSTEAP, United States

13:35-13:45 IAC-18.A4.IP.6THESEARCHFOREXTRA-TERRESTRIALINTELLIGENCEATTRAPPIST-1E:POSSIBILITIESFORLIFEDevarrishi Dixit, University of Petroleum and Energy Studies, India

13:45-13:55 IAC-18.A4.IP.7MERITSANDDEMERITSOFPERFORMINGEXPERIMENTSANDEXOPLANETIMAGINGOUTSIDETHEDISKOFOURSOLARSYSTEMANDPOSSIBLEEXITPATHSINTHEDIRECTIONOTHERTHANTHEPLANEOROURSOLARSYSTEMTOEXITTHEPLANETARYPLANEAditya Mishra, University of Petroleum and Energy Studies, India

13:55-14:05 IAC-18.A3.IP.67UTILIZATIONOFRESOURCESONTITANANDTRANSITORYBASE-CAMPFORMANNEDOUTERSOLARSYSTEMEXPLORATIONKaustav Dutta Choudhury, University of Petroleum and Energy Studies, India

14:05-14:15 IAC-18.A3.IP.68EVALUATIONOFTHEINTEGRATEDHELMETOFTHEAUTONOMOUSMODULEOFSUSTAINABLECOOLING–MARSJulio Rezende, Brazilian Space Agency (AEB), Brazil

14:15-14:25 IAC-18.A3.IP.69VIRTUALREALITYFORMULTI-USEREXPERIENCEINSPACEMISSIONSAntonio Del Mastro, Mars Planet, Italy

14:25-14:35 IAC-18.A3.IP.70MEASUREMENTOFTHEPARAMETERSOFTHEGRAVITATIONALFIELDOFDEEPSPACE.Sergei Matvienko, Yuzhnoye SDO European Representation, Ukraine

SCREEN # 9

13:15-13:25 IAC-18.A5.IP.2RENDEZVOUSINLUNARNEARRECTILINEARHALOORBITSLorenzo Bucci, Politecnico di Milano, Italy

13:25-13:35 IAC-18.A5.IP.4ANOVELAPPROACHTOVISUALNAVIGATIONBASEDONFEATURELINECORRESPONDENCESFORMARSLANDINGLiang Cao, Qingdao University of Science and Technology, China

13:35-13:45 IAC-18.A5.IP.6CONCEPTUALDESIGNOFAPERMANENTLUNARSURFACEBASEMarius Schwinning, Institute of Space Systems, University of Stuttgart, Germany

13:45-13:55 IAC-18.A5.IP.8TRAJECTORYDESIGNFORPHOBOS&STUDYPROPOSITIONOFGEODETICFRAMEWORKFORANAUTOMATEDMECHANICALTRANSITORYBASE-CAMPONPHOBOSRohan Chandra, University of Petroleum and Energy Studies, India

13:55-14:05 IAC-18.A2.IP.16TIANZHOU'SREUSABLECARGOSPACESHIP,AUSEFULANDPOWERFULPLATFORMFORMICROGRAVITYSCIENCEMing Li, China Academy of Space Technology (CAST), China

14:05-14:15 IAC-18.A6.IP.12COLLISIONRISKPREDICTIONFORCONSTELLATIONOPERATORSRomain Lucken, , France

14:15-14:25 IAC-18.A6.IP.14THEDEVELOPMENTOFANORBITALRISKASSESSMENTCAPABILITYToby Harris, UK Space Agency, United Kingdom

14:25-14:35 IAC-18.A6.IP.18HYPERVELOCITYIMPACTNUMERICALSIMULATIONSUSINGMATERIALPOINTMETHODCOUPLEDWITHEOSCALCULATEDFROMMOLECULARDYNAMICSMETHODYixiao Li, CASIC, China

14:25-14:35 IAC-18.A2.IP.9THEHARDWAREDEVELOPMENTFORTHELOW-SPEEDLOW-LEWIS-NUMBERCOUNTERFLOWFLAMEEXPERIMENTONISSKIBOTatsuya Taguchi, Japan Aerospace Exploration Agency (JAXA), Japan

14:35-14:45 IAC-18.A2.IP.10ARION1REUSABLESOUNDINGROCKET:THENEWMICROGRAVITYPLATFORMINEUROPEFrancisco Garcia, PLD Space, Spain

SCREEN # 413:15-13:25 IAC-18.A3.IP.4SHAPEDEVELOPMENTANDANALYSISFOR3D-PRINTEDHIGH-RESOLUTIONMULTIPLEELECTRODEHARMONISEDKINGDONTRAPAnastasiia Fursova, Skolkovo Institute of Science and Technology, Russian Federation

13:25-13:35 IAC-18.A3.IP.5SEPARATIONBEFOREEXTRACTION–ALOW-TECHAPPROACHTOINCREASINGTHEYIELDOFLUNARISRUEXTRACTIONPROCESSESJuergen Schleppi, Heriot-Watt University, United Kingdom

13:35-13:45 IAC-18.A3.IP.7DETECTIONOFTHEREDSHIFTED21-CMRADIATIONLINE:AMISSIONCONCEPTSTUDYFORTHEESTABLISHMENTOFALUNARRADIOTELESCOPEARRAYINTHESCHRÖDINGERBASINZaid Rana, Concordia University, Canada

13:45-13:55 IAC-18.A3.IP.8EXPLORATIONOFTHELUNARSOUTHPOLETHROUGHAUTONOMOUSNAVIGATIONANDMAPPINGSYSTEMSFORMAXIMISINGSCIENCERETURN.Philippe Ludivig, ispace, Inc, Luxemburg

13:55-14:05 IAC-18.A3.IP.9SYSTEMDESIGNOFCUBESATSEMI-HARDMOONIMPACTOR:OMOTENASHITatsuaki Hashimoto, Japan Aerospace Exploration Agency (JAXA), Japan

14:05-14:15 IAC-18.A3.IP.13THEMOONVILLAGE,AGRANDPROJECTFORTHE21STCENTURYOlivier Boisard, Consulting engineer OB-Conseil, and professor at Ecole Centrale de Lille, France

14:15-14:25 IAC-18.A3.IP.16MOONHOPPER:CONCEPTUALDESIGNOFANHOPPINGROBOTFORLUNAREXPLORATIONSUPPORTRodrigo Ventura, Institute for Systems and Robotics, Portugal

14:25-14:35 IAC-18.A3.IP.21POSITIONINGMETHODOFCHANG'E-4LANDERBASEDONMULTI-SOURCEIMAGESXinyuan Lu, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi'an, China

14:35-14:45 IAC-18.A3.IP.23FINDINGTHENORTHONALUNARMICROROVER:ALUNARSURFACEENVIRONMENTSIMULATORFORTHEDEVELOPMENTOFVISION-BASEDNAVIGATIONPIPELINESFabian Dubois, ispace, Inc, Japan

SCREEN # 5

13:15-13:25 IAC-18.A3.IP.24VALIDATIONCAMPAIGNOFVISION-BASEDNAVIGATIONALGORITHMFORAUTONOMOUSPLANETARYLANDINGLuca Losi, Politecnico di Milano, Italy

13:25-13:35 IAC-18.A3.IP.26RUN,CAMP,ANDHIKEONTHEMOONAntoine Faddoul, Tony Sky Designs Group, United States

13:35-13:45 IAC-18.A3.IP.27ASOUTHPOLESOLARENERGYINFRASTRUCTURETOPOWERUPTHELUNARECONOMYAdrian Stoica, NASA Jet Propulsion Laboratory, United States

13:45-13:55 IAC-18.A3.IP.30OVERVIEWOFTHEFIRSTISPACEPRIVATELUNARLANDERMISSIONLouis Burtz, ispace, Inc, Japan

13:55-14:05 IAC-18.A3.IP.313DPRINTINGOFMOONHIGHLANDSREGOLITHSIMULANTLorenzo Abbondanti Sitta, Politecnico di Milano, Italy

14:05-14:15 IAC-18.A3.IP.33ADAPTIVEIN-SITURESOURCEUTILISATION(ISRU)FORLONGTERMSPACEEXPLORATIONSatinder Shergill, Cranfield University, United Kingdom

14:15-14:25 IAC-18.A3.IP.35ABOUTORBITSELECTIONFORLUNARORBITALSTATIONMariya Danilova, Central Research Institute of Machine Building (TSNIIMASH), Russian Federation

14:25-14:35 IAC-18.A3.IP.37PROTOTYPEOFAHOPTER-AHOPPINGSCOUTROBOTFORPLANETARYEXPLORATIONLukasz Wisniewski, Astronika, Poland

14:35-14:45 IAC-18.A3.IP.41THEWINDSENSOROFTHEHABIT(HABITABILITY:BRINES,IRRADIATIONANDTEMPERATURE)INSTRUMENTONBOARDTHEEXOMARS2020MISSIONÁlvaro Tomás Soria Salinas, Luleå University of Technology, Sweden

SCREEN # 6

13:15-13:25 IAC-18.A3.IP.43THEHIGHEFFICIENTCOMMUNICATIONMETHODOFMULTIPLESPACECRAFTSBASEDONPROXIMITY-1PROTOCOLFORMARSEXPLORATIONWei Wang, Beijing Institute of Technology, China

13:25-13:35 IAC-18.A3.IP.44DESIGNOFAREUSABLECRANESYSTEMFORMARSSURFACEMISSIONSAnne-Marlene Rüede, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

13:35-13:45 IAC-18.A3.IP.48SPACEMININGCORPORATION:THEPSEUDO-ECONOMICANDTECHNOLOGYMODELAurthur Vimalachandran Thomas Jayachandran, Samara University, Russian Federation

13:45-13:55 IAC-18.A3.IP.51MARSISRADARDATAINTERPRETATIONTOCHARACTERIZETHEDEEPERLAYERSINTHENORTHPOLARCAPONMARS.Melissa Mirino, Open University, United Kingdom

13:55-14:05 IAC-18.A3.IP.53ENGINEERINGMODELOFPOLARIMETRICCAMERAFORKOREANLUNARORBITERKyungin Kang, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

14:05-14:15 IAC-18.A3.IP.57PERTURBATIONEFFECTSOVERAMERCURYORBITERJosué Cardoso dos Santos, São Paulo State University (FEG-UNESP), Brazil

14:15-14:25 IAC-18.A3.IP.59ANALYSIS,TESTANDSIMULATIONOFLANDINGSYSTEMTOUCHDOWNDYNAMICS


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INDEX

14:35-14:45 IAC-18.A6.IP.41POLIMIOPTICALSENSORFORSPACESURVEILLANCEANDTRACKINGDaniele Antonio Santeramo, Politecnico di Milano, Italy

SCREEN # 13

13:15-13:25 IAC-18.A7.IP.1DUALFREQUENCYSYNTHETICAPERTURERADARSATELLITEMonish Mathur, University of Petroleum and Energy Studies, India

13:25-13:35 IAC-18.A7.IP.3RESEARCHPROGRESSOFON-ORBITSERVICINGTECHNOLOGYONSPACEASTRONOMYZhang Jiuxing, , China

13:35-13:45 IAC-18.A7.IP.4FDIRSTRATEGIESONMISSIONSWITHHIGHLYSENSITIVEOPTICALPAYLOADSBastian Burmann, OHB System AG-Bremen, Germany

13:45-13:55 IAC-18.A6.IP.42TWO-FINGERCAGING-BASEDGRASPINGREGIONDETERMINATIONOFPOLYGONALSPACEDEBRISWITHMOTIONPARAMETERSUNCERTAINTYMa Chuan, College of Astronautics, Northwestern Polytechnical University (NPU), China

13:55-14:05 IAC-18.A6.IP.44THEUAESPACEDEBRISMITIGATIONINSTRUMENTFatheya Al Shareji, UAE Space Agency, United Arab Emirates

14:05-14:15 IAC-18.A6.IP.45SERVICEOPERATIONSOFSPACECRAFTSASASOLUTIONFORSPACEDEBRISPROBLEMVera Mayorova, Bauman Moscow State Technical University, Russian Federation

14:15-14:25 IAC-18.A6.IP.46ANIMPROVEDSYNCHRONIZEDORBITDETERMINATIONMETHODBASEDONDISTRIBUTEDSTARSENSORSFEI FENG, Academy of Equipment, China

14:25-14:35 IAC-18.B1.IP.35NEXTGENERATIONRADARSERVICES:ACTIONABLEINFORMATIONFORDECISIONMAKINGPierre-Alexis Joumel, Airbus Defence and Space, Germany

14:35-14:45 IAC-18.B2.IP.17ANANTENNAARRAY-BASEDRADIONAVIGATIONSIGNAL’SDIFFERENTIALCARRIERTRACKINGALGORITHMShunxiao Wu, Tianjin communications and Broadcasting Group Co., Ltd, China

SCREEN # 14

13:15-13:25 IAC-18.B1.IP.1REVIEWSANDPROSPECTOFINTERNATIONALELECTROMAGNETICSEISMICSATELLITEZHANG Xiaopeng, China Academy of Space Technology (CAST), China

13:25-13:35 IAC-18.B1.IP.3EARTHCAREPROCESSINGFACILITYANDEARTHCAREL2TESTBED-ASYNERGETICSETUPTOSUPPORTSCIENTIFICALGORITHMDEVELOPMENTBernard Pruin, Werum Software & Systems AG, Germany

13:35-13:45 IAC-18.B1.IP.5THECHALLENGEOFINTEGRATINGANDALIGNINGANEWTYPEOFEOINSTRUMENT:THEENMAPHYPERSPECTRALIMAGERAurelien GODENIR, OHB System AG - Oberpfaffenhofen, Germany

13:45-13:55 IAC-18.B1.IP.7ASSESSMENTOFWINDSHADOWSBEHINDOFFSHOREWINDPARKSWITHANTENNABEAMPATTERNCOMPENSATEDSENTINEL-1DATASven Jacobsen, DLR (German Aerospace Center), Germany

13:55-14:05 IAC-18.B1.IP.9METEOSATTHIRDGENERATION–DEVELOPMENTOFTHECOMMONSATELLITEPLATFORMAndrea Jaime, OHB System AG - Munich, Germany

14:05-14:15 IAC-18.B1.IP.10ASSESSINGTHEMATURITYOFEOACTIVITIESATNATIONALLEVELEleftherios Mamais, National Observatory Of Athens, Greece

14:15-14:25 IAC-18.B1.IP.13COPERNICUSCLIMATECHANGESERVICE(C3S)GLOBALSATELLITEOBSERVATIONSOFATMOSPHERICCARBONDIOXIDEANDMETHANEMichael Buchwitz, University of Bremen, Germany

14:25-14:35 IAC-18.B1.IP.14SATELLITEREMOTESENSINGINASEAN:ACRITICALREVIEWOFNATIONALDATAPOLICIESQuentin Verspieren, University of Tokyo, Japan

14:35-14:45 IAC-18.B1.IP.19MACHINELEARNINGAPPROACHESTOCLASSIFYMARITIMEOBJECTSFROMSPACERADARDomenico Velotto, German Aerospace Center (DLR), Bremen, Germany, Germany

SCREEN # 15

13:15-13:25 IAC-18.B1.IP.21EARTHINSPECTOR:RECONCILINGSPACETECHNOLOGIESANDAGRICULTURALAPPROACHESTOTACKLECLIMATECHANGESathesh Raj, World Space Week Association, Malaysia

13:25-13:35 IAC-18.B1.IP.22AUTONOMOUSSATELLITEDATAMONITORINGTECHNIQUESAPPLIEDTODELFI-C3TELEMETRYAlessandro Saetta, Politecnico di Milano, Italy

13:35-13:45 IAC-18.B1.IP.23SPATIAL-TEMPORALEPIDEMIOLOGYSTUDYOFTHECHIKUNGUNYADISEASEINBOLIVIANatalia Indira Vargas-Cuentas, Beihang University (BUAA), China

13:45-13:55 IAC-18.B1.IP.26CHANGEDETECTIONOFTHESUNDARBANPARTOFBANGLADESHUSINGREMOTESENSINGANDGISTECHNIQUESWITHMACHINELEARNINGALGORITHMSMitesh Chakma, BRAC University, Bangladesh

13:55-14:05 IAC-18.B1.IP.28TARGETSFORSATELLITE-BASEDEMERGINGDISEASESURVEILLANCE:ECOLOGICALCHANGEANDZOONOTICBATVIRUSESSamuel Malloy, The Ohio State University, United States

14:05-14:15 IAC-18.B1.IP.29THREE-SUPERPLATFORMFORHIGH-EFFICIENCY,HIGH-VALUEEARTHOBSERVATIONMISSIONMing Li, China Academy of Space Technology (CAST), China

14:15-14:25 IAC-18.B1.IP.31COUPLEDORBITALANDRADIOMETRICPERFORMANCESIMULATIONOFTHEFORMATIONFLIGHTINTERFEROMETRICRADIOMETERFORGEOSTATIONARYATMOSPHERICSOUNDINGAhmed Kiyoshi Sugihara El Maghraby, University of Southampton, United Kingdom

14:25-14:35 IAC-18.B1.IP.33OHBFUTUREEARTHOBSERVATIONSPACEBORNEMISSIONS:Overview and current statusSebastien Tailhades, OHB System, Germany

14:35-14:45 IAC-18.A6.IP.19SPACEDEBRISRISKASSESSMENTOFSPACECRAFTPROTECTEDBY3DPRINTEDPANELSHedley Stokes, PHS Space Ltd, United Kingdom

SCREEN # 10

13:15-13:25 IAC-18.A6.IP.1CASTELGAUSSPROJECT:OBSERVATIONSOFNEOSANDGSOOBJECTSATTHEISON-CASTELGRANDEOBSERVATORYFilippo Graziani, G.A.U.S.S. Srl, Italy

13:25-13:35 IAC-18.A6.IP.4SCHEDULINGSOLUTIONFORSPACEDEBRISOBSERVATIONSFederico Curianò, Sapienza University of Rome, Italy

13:35-13:45 IAC-18.A6.IP.5SECONDARYRESONANCESDUETOSOLARRADIATIONPRESSUREINTHEVICINITYOFGLONASSANDGPSREGIONSEduard Kuznetsov, Ural Federal University, Russian Federation

13:45-13:55 IAC-18.A6.IP.6SLOVAKIANOPTICALSENSORFORHAMROBJECTSCATALOGUINGANDRESEARCHJiri Silha, Comenius University, Faculty of Mathematics, Physics and Informatics, Bratislava, Slovakia, Slovak Republic

13:55-14:05 IAC-18.A6.IP.7SLROBSERVATIONOFTIANGONG-1Hou-Yuan Lin, Purple Mountain Observatory, Chinese Academy of Sciences, China

14:05-14:15 IAC-18.A6.IP.8IMPROVEDSPACEOBJECTOBSERVATIONTECHNIQUESINISONPROJECTIgor Molotov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

14:15-14:25 IAC-18.A6.IP.9TACKINGTHEASSOCIATIONANDTRACKINGPROBLEMSUSINGDIRECTIONALstatistics to model uncertaintyShambo Bhattacharjee, University of Leeds, United Kingdom

14:25-14:35 IAC-18.A6.IP.10THEMULTIBEAMRADARSENSORBIRALES:PERFORMANCEASSESSMENTFORSPACESURVEILLANCEANDTRACKINGMatteo Losacco, Politecnico di Milano, Italy

14:35-14:45 IAC-18.A6.IP.11THES5SONLINEPLATFORMFORIMAGEANALYSISANDORBITDETERMINATIONMarco Acernese, Sapienza University of Rome, Italy

SCREEN # 11

13:15-13:25 IAC-18.A6.IP.20STUDYONPERFORMANCEOFSHIELDINGCONFIGURATIONSTUFFEDWITHAL-MESHANDBASALTFABRICFa-wei Ke, China Aerodynamics Research and Development Center (CARDC) , China

13:25-13:35 IAC-18.A6.IP.20STUDYONTHESHIELDINGPERFORMANCEOFCONFIGURATIONSTUFFEDWITHARAMIDANDBASALTFABRICCOMPOSITELAYERFa-wei Ke, China Aerodynamics Research and Development Center (CARDC) , China

13:35-13:45 IAC-18.A6.IP.21ASSOCIATINGSHORT-ARCRANGEANDANGLEMEASUREMENTSOFOBJECTSINLEO.Alessandro Vananti, Astronomical Institute University of Bern (AIUB), Switzerland

13:45-13:55 IAC-18.A6.IP.22LIGHTCURVEINVERSIONFORATTITUDEDETERMINATIONFabio Santoni, Sapienza University of Rome, Italy

13:55-14:05 IAC-18.A6.IP.23MISSIONPLANNINGANDSIMULATIONSYSTEMSTUDYONACTIVEDEBRISREMOVALWITHSPACE-BASEDLASERSYSTEMZizheng Gong, Beijing Institute of Spacecraft Environment Engineering, China Academy of Space Technology (CAST), China

14:05-14:15 IAC-18.A6.IP.25QUANTUMENHANCEDLADARBYSQUEEZEDLIGHTFORSPACETARGETDETECTIONJingting Ma, CASIC, China

14:15-14:25 IAC-18.A6.IP.27AUTONOMOUSSPACEDEBRISCAPTURINGUSINGDEEPREINFORCEMENTLEARNINGMETHODZhong Ma, Xi'an Microelectronics Technology Institute, China

14:25-14:35 IAC-18.A6.IP.28DE-ORBITINGLARGESPACEDEBRISOBJECTSFROMTHESUN-SYNCHRONOUSORBITBYAERODYNAMICBRAKINGVladislav Sidorenko, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

14:35-14:45 IAC-18.A6.IP.29EXPLORATIONOFTHEFUTUREAPPLICATIONMODEOFLASERPROPULSIONFORTHESPACEDEBRISREMOVALJia Zhang, CALT,CASC, China

SCREEN # 12

13:15-13:25 IAC-18.A6.IP.30PRELIMINARYSTUDYONDEORBITOFLARGEDEBRISUSINGACHARGEDSAILINLOWEARTHORBITTakuma Nagata, Chukyo University, Japan

13:25-13:35 IAC-18.A6.IP.31PROSPECTSOFTOUCHLESSSPACEDEBRISDETUMBLINGUSINGANELECTROSTATICPUSHERCONFIGURATIONVladimir S. Aslanov, Samara National Research University, Russian Federation

13:35-13:45 IAC-18.A6.IP.34ACQUIRINGOBSERVATIONSFORTESTANDVALIDATIONINTHESPACESURVEILLANCEANDTRACKINGSEGMENTOFESA’SSSAPROGRAMMEBeatriz Jilete, ESA, Spain

13:45-13:55 IAC-18.A6.IP.35GEOTRACKER-AWORLDWIDEOPTICALNETWORKFORSPACESITUATIONALAWARENESSVourc'h Sébastien, ArianeGroup SAS, France

13:55-14:05 IAC-18.A6.IP.36SAPIENZASPACESYSTEMSANDSPACESURVEILLANCENETWORK(S5N):AHIGHCOVERAGEINFRASTRUCTUREFORSPACEDEBRISMONITORING.Federico Curianò, Sapienza University of Rome, Italy

14:05-14:15 IAC-18.A6.IP.37TRACKINGENVISAT:THESTRUCTURALDEVELOPMENTOFE.INSPECTORMarlini Simoes, University of Cambridge, United Kingdom

14:15-14:25 IAC-18.A6.IP.39INVESTIGATIONOFAERODYNAMICSHEATINGOFSPACEDEBRISOBJECTDESCENDINGINEARTHATMOSPHEREAndrii Dreus, O. Honchar Dnipropetrovsk National University, Ukraine

14:25-14:35 IAC-18.A6.IP.40OPTICALDEGRADATIONANDRECOVERYOFMULTILAYERINSULATIONINASIMULATEDGEOENVIRONMENTDaniel Engelhart, [unlisted], United States


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INDEX

14:35-14:45 IAC-18.C1.IP.39COORDINATEDCAPTUREOFAPASSIVESPACEOBJECTUSINGAUGMENTEDSTATEESTIMATIONANDNEURALNETWORKSEmily Gleeson, Ryerson University, Canada

SCREEN # 19

13:15-13:25 IAC-18.C1.IP.1WAVE-BASEDMOTIONCONTROLOFFLEXIBLESPACESYSTEMSProf.William O'Connor, University College Dublin (UCD), Ireland

13:25-13:35 IAC-18.C1.IP.3MULTISPECTRALIMAGEPROCESSINGFORNAVIGATIONUSINGLOWPERFORMANCECOMPUTINGDuarte Rondao, Cranfield University, United Kingdom

13:35-13:45 IAC-18.C1.IP.5VISIONBASEDSTATEESTIMATIONUSINGAGRAPH-SLAMAPPROACHFORPROXIMITYOPERATIONSNEARANASTEROIDArunkumar Rathinam, University of New South Wales, Australia

13:45-13:55 IAC-18.C1.IP.8EVALUATIONOFACAMERA-BASEDPOSEANDSHAPERECONSTRUCTIONTECHNIQUEFORANUNKNOWNTUMBLINGTARGETRenato Volpe, Sapienza University of Rome, Italy

13:55-14:05 IAC-18.C1.IP.9HIGHLYACCURATEGUIDANCEALGORISMFORLANDINGONAPLANETWITHGRAVITYToyonori Kobayakawa, Mitsubishi Heavy Industries, Ltd., Japan

14:05-14:15 IAC-18.C1.IP.10THEALDRINCYCLERIMPROVEDBYTHELORENTZFORCEFlorence Duveiller, Georgia Institute of Technology, Atlanta, United States

14:15-14:25 IAC-18.C1.IP.11GRACEACCELEROMETERCALIBRATIONBYHIGHPRECISIONNON-GRAVITATIONALFORCEMODELLINGANDITSVALIDATIONFlorian Wöske, Center of Applied Space Technology and Microgravity, Germany

14:25-14:35 IAC-18.C1.IP.13CONTROLOF6DOFSPACECRAFTHOVERINGABOUTASTEROIDSWITHOUTVELOCITYMEASUREMENTSHaichao Gui, Beihang University, China

14:35-14:45 IAC-18.C1.IP.14RELATIVESTATEMEASUREMENTOFANON-COOPERATIVESPACECRAFTFORFINALAPPROACHINGSTAGEOFON-ORBITSERVICINGUSINGCONTOURFEATURESYunhua Wu, Nanjing University of Aeronautics and Astronautics, China

SCREEN # 20

13:15-13:25 IAC-18.C1.IP.15CHAOTICMOTIONSOFTETHEREDTUG-DEBRISSYSTEMWITHFUELRESIDUALSVladimir S. Aslanov, Samara National Research University, Russian Federation

13:25-13:35 IAC-18.C1.IP.17DISTRIBUTEDCOORDINATIONCONTROLFORMULTIPLESPACECRAFTWITHCOUPLEDATTITUDEANDORBITDYNAMICSUNDERTHEDIRECTEDGRAPHMa Weihua, National Key Laboratory of Aerospace Flight Dynamic, Northwestern Polytechnical University, China

13:35-13:45 IAC-18.C1.IP.18DUALQUATERNIONBASEDRELATIVENAVIGATIONFORSPACECRAFTPROXIMITYOPERATIONYunju Na, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

13:45-13:55 IAC-18.C1.IP.19INVERSE-DYNAMICSPARTICLESWARMOPTIMIZATIONFORREALTIMEOPTIMALCONTROL:CHALLENGESANDOPPORTUNITIESDario Spiller, Sapienza University of Rome, Italy

13:55-14:05 IAC-18.C1.IP.20SPACE-ORIENTEDNAVIGATIONSOLUTIONSWITHINTEGRATEDSENSOR-SUITE:THEI3DSH2020PROJECTAntonio Fulvio Scannapieco, Cranfield University, United Kingdom

14:05-14:15 IAC-18.C1.IP.21INVESTIGATIONINTOTHECONTROLLABILITYOFUNDERACTUATEDMAGNETICALLYSTABILIZEDSPACECRAFTMike Alger, Ryerson University, Canada

14:15-14:25 IAC-18.C1.IP.22END-OF-LIFEDISPOSALDESIGNFORSPACECRAFTATLIBRATIONPOINTSORBITSANDANINTERPRETATIONOFTHEIRPROBABILITYOFEARTHRETURNGreta De Marco, Politecnico di Milano, Italy

14:25-14:35 IAC-18.C1.IP.23HIGHER-ORDERCAYLEYTRANSFORMFORRELATIVEPOSEPARAMETERIZATIONOFSPACECRAFTDaniel Condurache, Technical University of Iasi, Romania

14:35-14:45 IAC-18.C1.IP.25SENTINEL-3TANDEM:FROMCONCEPTTOIMPLEMENTATIONBerthyl Duesmann, ESA - European Space Agency, The Netherlands

SCREEN # 21

13:15-13:25 IAC-18.C1.IP.26THEBOREAPROJECT:AQUADROTORUAVCRADLE-TO-GRAVEDESIGNFORSPACEGNCPROTOTYPINGANDTESTINGLuigi Colangelo, Politecnico di Torino, Italy

13:25-13:35 IAC-18.C1.IP.28ORBITALANDFORMATIONOPTIMIZATIONFORSPACEGRAVITATIONALWAVESOBSERVATORYMISSIONMingtao Li, 1: National Space Science Center, Chinese Academy of Sciences; 2:University of Chinese Academy of Sciences, China

13:35-13:45 IAC-18.C1.IP.29NEXTSTEPSFORTHECRYOSAT-2MISSION:IMPROVINGSEA-ICEESTIMATESINJOINTOPERATIONSWITHTHEICESAT-2SPACECRAFT.Javier Sanchez, ESA - European Space Agency, Germany

13:45-13:55 IAC-18.C1.IP.30Missions for Asteroid Insertion into Earth-Mars CyclerFrancesco Simeoni, , Italy

13:55-14:05 IAC-18.C1.IP.31MISSIONDESIGNANDANALYSISFORMARSANDPHOBOSMISSIONSVIALUNARANDMARS-PHOBOSDISTANTRETROGRADEORBITSDavide Conte, The Pennsylvania State University, United States

14:05-14:15 IAC-18.C1.IP.32FUEL-OPTIMALTRAJECTORIESNEARLAGRANGEPOINTSFlorent Bréhard, LAAS-CNRS, France

14:15-14:25 IAC-18.C1.IP.33ADVANCEDIN-FLIGHTRESULTSFROMTHEGPSRECEIVERONSMALLGEONils Neumann, OHB System AG-Bremen, Germany

14:35-14:45 IAC-18.B1.IP.34MAXIMIZINGDATATHROUGHPUTINEARTHOBSERVATIONSATELLITETOGROUNDTRANSMISSIONBYEMPLOYINGAFLEXIBLEHIGHDATARATETRANSMITTEROPERATINGINX-BANDANDKA-BANDPhilipp Wertz, Tesat-Spacecom GmbH & Co. KG, Germany

SCREEN # 16

13:15-13:25 IAC-18.B2.IP.2ADVERTISING(COMMUNICATION)INSPACEASBUSINESSSTART-UPOleg Aleksandrov, Private individual www.oleg.space, United States

13:25-13:35 IAC-18.B2.IP.5DEVELOPMENTOFARADIALSTRAP-ONANTENNAFORASUBORBITALSOUNDINGROCKETHamed Gamal, SpaceForest Ltd., Poland

13:35-13:45 IAC-18.B2.IP.6MAKERSPACESANDCROWDFUNDINGFORESASATELLITECOMMUNICATIONSFrank Zeppenfeldt, European Space Agency (ESA), The Netherlands

13:45-13:55 IAC-18.B2.IP.7MICROSATELLITENAVIGATIONSYSTEMDESIGNBASEDON21-CENTIMETERSPECTRALLINEShengchang LAN, Aalto University, Finland

13:55-14:05 IAC-18.B2.IP.8NAVIGATIONPERFORMANCEANALYSISFORLUNARPROBEBASEDONSVLBIDEVELOPEDBYNAVIGATIONCONSTELLATIONXinyuan Lu, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi'an, China

14:05-14:15 IAC-18.B2.IP.9NEWDEVELOPMENTOFDIGITALBEAMFORMINGFORSATELLITECOMMUNICATIONSGou Tamura, Kobe University, Japan

14:15-14:25 IAC-18.B2.IP.10RESEARCHONAUTONOMOUSTASKSCHEDULINGOFFORMATIONFLYINGSATELLITESFOREARTHOBSERVATIONZhiming Chen, Nanjing University of Aeronautics and Astronautics, China

14:25-14:35 IAC-18.B2.IP.12THEMULTILEVELDYNAMICBANDWIDTHALLOCATIONANDPERFORMANCEANALYSISOFSPACEBORNENETWORKBASEDONSPACEFIBRERui Xiong, Beihang University (BUAA), China

14:35-14:45 IAC-18.B2.IP.14THEHIGHSENSITIVITYGPSL1DECODINGMETHODBASEDONMOONNAVIGATIONMISSIONJia Tian, China Academy of Space Technology (Xi’an), China

SCREEN # 17

13:15-13:25 IAC-18.B3.IP.2MULTISENSORYGARMENTSFOROPTIMALBODY-MINDAWARENESSINSPACETRAVELKristin Neidlinger, SENSOREE Therapeutic Biomedia, United States

13:25-13:35 IAC-18.B3.IP.3BAKEINSPACE:TOBOLDLYBAKEWHERENOBODYHASBAKEDBEFORERyan Laird, Bake in Space, United Kingdom

13:35-13:45 IAC-18.B3.IP.5HABITATOS-OPENSOURCEOPERATINGSYSTEMFOREXTRATERRESTRIALHABITATSMatt Harasymczuk, ESA / Polish Air Force Academy, Poland

13:45-13:55 IAC-18.B3.IP.6CIMON:AVISUALNAVIGATIONSYSTEMFORFLYINGTHROUGHTHEINTERNATIONALSPACESTATIONRalf Regele, Airbus DS GmbH, Germany

13:55-14:05 IAC-18.B3.IP.9THERVS3000ANDRVS3000-3DLIDARSENSORSFORRENDEZVOUSANDDOCKINGMISSIONSSebastian Dochow, Jena-Optronik GmbH, Germany

14:05-14:15 IAC-18.B3.IP.11BRAINCOMPUTERINTERFACE-ANEMERGINGTECHNOLOGYTOWARDSFUTURESPACEFLIGHTMISSIONSSonal Baberwal, International Space University (ISU), France

14:15-14:25 IAC-18.B3.IP.13AREDEFINEDASTRONAUTSELECTIONPROCESSFORLOWCOSTCOMMERCIALSPACEFLIGHTMISSIONSCarolina Gomez Rodriguez, University of Bremen, Germany

14:25-14:35 IAC-18.B3.IP.14PROPOSALFORAFLOATINGHABITATDESIGNFORMANNEDMISSIONSTOVENUSJames Lai, McMaster University, Canada

14:35-14:45 IAC-18.B2.IP.20FPGA-BASEDMULTI-SENSORRELATIVENAVIGATIONINSPACE:PRELIMINARYANALYSISINTHEFRAMEWORKOFTHEI3DSH2020PROJECTAntonio Fulvio Scannapieco, Cranfield University, United Kingdom

SCREEN # 18

13:15-13:25 IAC-18.B6.IP.1BREAKTHROUGHSINTHEAUTOMATEDTESTINGUSINGMAN-MACHINEINTERFACEOFGROUNDSEGMENTSOFTWAREMário Pinto, Etamax Space GmbH, Germany

13:25-13:35 IAC-18.B6.IP.2SPACECENTRE-2018:ANADVANCEDPWA-BASEDGROUNDSTATIONAPPLICATIONFROMFLATSATTESTINGTOMISSIONOPERATIONSDAN FENG, National University of Singapore, Singapore, Republic of

13:35-13:45 IAC-18.B6.IP.3HUMANPREDICTIVESIMULATIONFOREARTHANDSPACEEXPLORATIONTatiana Volkova, Ecole Polytechnique Fédérale de Lausanne (EPFL), Swiss Space Center (SSC), Switzerland

13:45-13:55 IAC-18.B6.IP.4Secure Model-Based Systems Engineering for CubeSatsUmesh Anilchandra Bhat, Estonian Student Satellite Foundation (ESTCube), Estonia

13:55-14:05 IAC-18.B6.IP.5OPTIMIZINGLAUNCHPREPARATIONSOFASUBORBITALROCKETHamed Gamal, SpaceForest Ltd., Poland

14:05-14:15 IAC-18.C1.IP.36THEMISSION'SDESIGNOFASOLARSAILSPACECRAFTTOTHENEARESTCIRCUMSOLARSPACE,BASEDONALOCALLY-OPTIMALCONTROLLAWSOlga Starinova, Samara National Research University, Russian Federation

14:15-14:25 IAC-18.C1.IP.37HOWTOSENDASIGNALTOFIXEDGROUNDANTENNASFROMANON-GEOSTATIONARYSATELLITEDominik Quantius, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

14:25-14:35 IAC-18.C1.IP.38PROBA-3MISSION:INORBITDEMONSTRATIONOFAHIGHPERFORMANCERELATIVEPOSITIONANDATTITUDECONTROLDaniel Serrano, SENER Ingenieria y Sistemas, S.A., Spain


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14:05-14:15 IAC-18.C2.IP.34ASTUDYONIMPACTSOFHIGHENTHALPYEFFECTINDESIGNINGARCJETWINDTUNNELEXPERIMENTSFORHIGHTEMPERATURETHERMALPROTECTIONMATERIALXun Wang, CALT,CASC, China

14:15-14:25 IAC-18.C2.IP.35DYNAMICMODELINGANDROBUSTCONTROLFORAFREE-FLYINGFLEXIBLE-LINKANDFLEXIBLE-JOINTSPACEMANIPULATORWITHANELASTICBASExiaoyan yu, Fuzhou University, China

14:25-14:35 IAC-18.C2.IP.37ULTRALIGHTPBOCOMPOSITEOVERWRAPPEDPRESSUREVESSELSFORLUNARPROBESFei Yan, Shanghai Institute of Space Propulsion, China

14:35-14:45 IAC-18.C4.IP.53ANEWSEMI-ANALYTICALMODELFORPRELIMINARYESTIMATIONOFIONNUMBERDENSITYINELECTRICTHRUSTERPLUMEAndrea Binci, Sapienza University of Rome, Italy

SCREEN # 25

13:15-13:25 IAC-18.C4.IP.1AQUASONICII–HYBRIDPROPULSIONANALYSISFOR3D-PRINTEDFUELGRAINSChristian Dierken, Hochschule Bremen, Germany

13:25-13:35 IAC-18.C4.IP.2CONCEPTUALDESIGNOFAHYBRIDSOUNDINGROCKETTOREACHATARGETALTITUDEJeongmoo Huh, Queen Mary University of London, United Kingdom

13:35-13:45 IAC-18.C4.IP.6DESIGNANDEXPERIMENTALANALYSISOFHYBRIDROCKETENGINEADDITIVELYMANUFACTUREDCOMPLEXPORTGEOMETRIESAlec Yenawine, University of Miami, United States

13:45-13:55 IAC-18.C4.IP.7EFFECTOFPYROLYSISANDOXIDATIONOFN-DECANEONTHEHEATANDMASSTRANSFERCHARACTERISTICSOFHYDROCARBONFUELEDSUPERSONICFILMCOOLINGJingying Zuo, Harbin Institute of Technology, China

13:55-14:05 IAC-18.C4.IP.8CONTROLSYSTEMOFLE-9ENGINEUSINGELECTRICDRIVEVALVESYusuke Funakoshi, Japan Aerospace Exploration Agency (JAXA), Japan

14:05-14:15 IAC-18.C4.IP.12LASERABLATIONPROPULSIONLAUNCHSYSTEM(LAPLAS)ASABASISFORNEWACCESS-TO-SPACEPARADIGM.IOURI PIGULEVSKI, , Switzerland

14:15-14:25 IAC-18.C4.IP.13EFFECTOFPRESTRAINONUNIAXIALTENSILEBEHAVIOROFHTPBCOMPOSITEPROPELLANTJiming CHENG, Northwestern Polytechnical University, China

14:25-14:35 IAC-18.C4.IP.14ASIMPLIFIEDCHEMICALREACTIONMECHANISMFORTWO-COMPONENTRP-3KEROSENESURROGATEFUELANDITSVERIFICATIONYingwen YAN, Nanjing University of Aeronautics and Astronautics, China

14:35-14:45 IAC-18.C4.IP.17EXPERIMENTALINVESTIGATIONOFINJECTORSDESIGNANDTHEIREFFECTSON1KNPERFORMANCEHYBRIDROCKETMOTORMohammed Bouziane, Royal Military Academy, Belgium

SCREEN # 26

13:15-13:25 IAC-18.C4.IP.18ADDITIVEMANUFACTURINGTECHNOLOGIESAPPLIEDTOSPACEPROPULSIONDavid Ritz, Sitael Spa, United States

13:25-13:35 IAC-18.C4.IP.19EXPERIMENTALSTUDIESOFTHE150NHAN-BASEDMONOPROPELLANTATTITUDECONTROLTHRUSTERGuo Manli, Shanghai Institute of Space Propulsion, China

13:35-13:45 IAC-18.C4.IP.22DESIGNANDFABRICATIONOFMEMSTHRUSTMEASUREMENTSYSTEMFORPERFORMANCEEVALUATIONOFMEMSTHRUSTERYoungsuk Ryu, Hanbat National University, Korea, Republic of

13:45-13:55 IAC-18.C4.IP.26GELLEDPROPELLANTROCKETMOTORANDGASGENERATORTECHNOLOGYINGERMANY-ANOVERVIEW-Karl Wieland Naumann, Bayern Chemie, Germany

13:55-14:05 IAC-18.C4.IP.28ARCLIGHT-ALOWCOSTPLUG-AND-PLAYRITELECTRICPROPULSIONSYSTEMPhilipp Bauer, ArianeGroup, Germany

14:05-14:15 IAC-18.C4.IP.31RESULTSOFFIELD-EMISSIONCATHODEOPERATIONONTHEH-IITRANSFERVEHICLEYasushi Ohkawa, JAXA, Japan

14:15-14:25 IAC-18.C4.IP.32CONVOLUTIONALNEURALNETWORKBASEDCOMBUSTIONMODECLASSIFICATIONFORCONDITIONMONITORINGINASUPERSONICCOMBUSTORXiaobin Zhu, National University of Defense Technology, China

14:25-14:35 IAC-18.C4.IP.34ELECTRICPROPULSIONSYSTEMBASEDONTHEAIR-BREATHINGRADIO-FREQUENCYIONTHRUSTERUSINGTHEUPPERATMOSPHEREGASESASPROPELLANTSvyatoslav Gordeev, Research Institute of Applied Mechanics and Electrodynamics (RIAME), MAI, Russian Federation

14:35-14:45 IAC-18.C4.IP.35STATUSOFORIONEUROPEANSERVICEMODULEPROPULSIONSUBSYSTEMQUALIFICATIONTESTINGBenedikt Determann, ArianeGroup, Germany

SCREEN # 27

13:15-13:25 IAC-18.C4.IP.39DEVELOPMENTOFANELECTROTHERMALCUBESATPULSEDPLASMATHRUSTERJames Bultitude, International Space University (ISU), United States

13:25-13:35 IAC-18.C4.IP.41PLUMEANALYSISOFADNGREENPROPELLANTTHRUSTERFORSATELLITEATTITUDECONTROLKyun Ho Lee, Sejong University, Korea, Republic of

13:35-13:45 IAC-18.C4.IP.42EXPERIMENTALINVESTIGATIONSOFPLUMECHARACTERISTICSOFTHEHET-40HALLTHRUSTERBYLANGMUIRPROBEJIA LIU, Shanghai Institute of Space Propulsion, China

13:45-13:55 IAC-18.C4.IP.43EFFECTOFNOZZLEGEOMETRYONCOUNTERFLOWJETSFORDRAGREDUCTIONOFAHIGHSPEEDVEHICLEJaecheong Lee, Chungnam National University, Korea, Republic of

13:55-14:05 IAC-18.C4.IP.443DIMAGINGOFBURNINGALUMINUMPARTICLESINSOLIDPROPELLANTUSINGDIGITALINLINEHOLOGRAPHY

14:25-14:35 IAC-18.C1.IP.34ADVANCEDAPPROACHBASEDONCONVEXPROGRAMMINGFORMARSPOWEREDdescent guidanceKazuya Echigo, Department of Engineering ,The University of Tokyo , Japan

14:35-14:45 IAC-18.C1.IP.35EXTENDEDREACTIONLESSWORKSPACEMANIPULATORTHROUGHREACTIONWHEELSAlessandro Tringali, Space Mechatronic Systems Technology Laboratory, University of Strathclyde, United Kingdom

SCREEN # 22

13:15-13:25 IAC-18.C2.IP.1EXPERIMENTALSTUDIESONAEROTHERMALFLUID-STRUCTUREINTERACTIONWITHPLASTICDEFORMATIONDennis Daub, DLR (German Aerospace Center), Germany

13:25-13:35 IAC-18.C2.IP.2SPACESYSTEMSSTRUCTURALANALYSESFROMMODALPARAMETERSUSINGAPYTHONDEVELOPEDTOOLSET,ANDADDITIONALPRE/POST-PROCESSINGFEATURESJosé Luis Gasent-Blesa, University of Valencia, Spain

13:35-13:45 IAC-18.C2.IP.3GRAPHENEFUNCTIONALIZATIONUSINGTRANSITIONMETALOXIDEFORENHANCINGTHEBIFUNCTIONALCATALYTICABILITYOFNANOPARTICLESSimranjit Grewal, The National AeroSpace Training And Research Center (THE NASTAR CENTER), United States

13:45-13:55 IAC-18.C2.IP.5FREEVIBRATIONSOFULTRATHINDEPLOYABLEBOOMSFABRICATEDWITHNANO-MODIFIEDEPOXYMATRIXSusanna Laurenzi, Sapienza University of Rome, Italy

13:55-14:05 IAC-18.C2.IP.6CHALLENGESINTHEDESIGNOFULTRALIGHTMECHANISMSFORDEEPSPACEEXPLORATION-BASEDONRPWIINSTRUMENTSFORESAJUICEMISSIONEwelina Ryszawa, Astronika, Poland

14:05-14:15 IAC-18.C2.IP.7DEFIANT:ASMALLMASS-PRODUCIBLEMICROSATELLITEPLATFORMFORDEMANDINGAPPLICATIONSUNDEREXTREMECOSTANDSIZECONSTRAINTSBenoit Larouche, Space Flight Laboratory, University of Toronto, Canada

14:15-14:25 IAC-18.C2.IP.12CARBONFIBERREINFORCEDBENZOXAZINEFEATURINGSHAPEMEMORYBEHAVIORFORTEMPERATURE-DEPENDENTSELF-DEPLOYINGSPACECRAFTSTRUCTURESHannes Schäfer, University of Bremen, Germany

14:25-14:35 IAC-18.C2.IP.13BIO-MIMICRY:APOSSIBLENATURALSOLUTIONTODESIGNSUSTAINABLEHABITATONMARSAvishek Ghosh, Loughborough University, United Kingdom

14:35-14:45 IAC-18.C2.IP.16DEVELOPMENTALVERIFICATIONOFTHELAUNCHOFCUBESATFORMATSATELLITESFROMSMALLSPACECRAFTSVictor Leonov, Bauman Moscow State Technical University, Russian Federation

SCREEN # 23

13:15-13:25 IAC-18.C2.IP.18COMBININGADDITIVEMANUFACTURINGANDBIOMIMETICSFORTHEOPTIMIZATIONOFSATELLITESTRUCTURESDaniel Vogel, Technische Universität München, Germany

13:25-13:35 IAC-18.C2.IP.19CORROSIONCHEMICALKINETICSANDEROSIONEFFECTSDUETOATOMICOXYGENEXPOSUREOFSOLARARRAYSFORNANO-SATELLITESAPPLICATIONS.Andrea Delfini, Sapienza University of Rome, Italy

13:35-13:45 IAC-18.C2.IP.20FABRICATIONANDCHARACTERISTICOFBLACKBODYSYSTEMWITHNANO-STRUCTUREDNEEDLEFORON-BOARDCALIBRATIONOFIMAGESENSORSeolhui Hwang, Hanbat National University, Korea, Republic of

13:45-13:55 IAC-18.C2.IP.21MOISTUREINDUCEDCOMBUSTIONANDFIRESAFETYAnirudh Nautiyal, SRM University, kattankulathur, chennai, INDIA, India

13:55-14:05 IAC-18.C2.IP.25DESIGNSTRUCTURE,DYNAMICSTRUCTURESIMULATIONANDTHERMALSIMULATIONOFSURYASATELLITE-1Hery Steven Mindarno, , Indonesia

14:05-14:15 IAC-18.C2.IP.26AMULTI-SCALEMETHODOFMECHANICALANDTHERMALCOUPLINGANALYSISFORTHERMALPROTECTIONSTRUCTUREJin Yin, China Academy of Launch Vehicle Technology (CALT), China

14:15-14:25 IAC-18.C2.IP.31ACTIVEVIBRATIONCONTROLOFFLEXIBLEAPPENDAGESOFSPACECRAFTINDURINGATTITUDEMANEUVERZelin Wang, Dalian University of Technology, China

14:25-14:35 IAC-18.C2.IP.32SIMULATIONCALCULATIONMETHODANDTESTVERIFICATIONOFTHEAXIALCONNECTIONSTIFFNESSOFTHECLAMPBANDDEVICEShipeng KANG, Aerospace System Engineering Shanghai, China, China

14:35-14:45 IAC-18.C2.IP.33THERMOSTRUCTURALANALYSISOFSOLIDROCKETSCARFEDNOZZLEWITHCOMPOSITEABLATIVELINERSFORCREWESCAPESOLIDMOTORPaul Murugan J, Indian Space Research Organization (ISRO), India

SCREEN # 24

13:15-13:25 IAC-18.C3.IP.2ADVANCEDPOWERSYSTEMARCHITECTUREFORFUTURESPACECRAFT:CONCEPTANDHIGH-LEVELDESIGNChristian Demitri, , Germany

13:25-13:35 IAC-18.C3.IP.3LUNARBASEDSOLARENERGYPRODUCTIONANDTRANSFERTHROUGHLASERMEDIUMAlev Soenmez, LunarVis, Germany

13:35-13:45 IAC-18.C3.IP.5TOWARDSTOLARGERCAPACITYOFEPSFORCUBESAT:EXPERIENCEFROMSTAROFAOXIANGANDISSUESFORFUTUREDEVELOPMENTPeng Li, Shaanxi Engineering Laboratory for Microsatellites, Northwestern Polytechnical University, China

13:45-13:55 IAC-18.C3.IP.6USINGARTIFICIALNEURALNETWORKSTOMODELDIFFUSIONINSOLIDSTATEELECTROLYTESKarun Kumar Rao, University of Houston, United States

13:55-14:05 IAC-18.C3.IP.10RESEACHONHYBRIDPEAKPOWERTRACKINGTOPLOGYANDSTRATEGYFORSATELLITEPOWERSYSTEMLonglong Zhang, Shandong Aerospace Electro-technology Institute, China Academy of Space Technology, China


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13:45-13:55 IAC-18.D2.IP.8ATMOSPHERICPOWEREDDESCENTGUIDANCEFORROCKETSPRECISIONLANDINGONEARTHQingzhong Gan, Shanghai Aerospace Control Technology Institute (SACTI), Shanghai Academy of Spaceflight Technology (SAST), China

13:55-14:05 IAC-18.D2.IP.9DEVELOPMENTOFASUBORBITALINEXPENSIVEROCKETFORAFFORDABLESPACEACCESSHamed Gamal, SpaceForest Ltd., Poland

14:05-14:15 IAC-18.D2.IP.11CFDBASEDMETHODFORMODELINGCONVECTIONWITHINTHERMALSYSTEMANALYSISTOOLSFORLAUNCHERSChristian Wendt, ArianeGroup, Germany

14:15-14:25 IAC-18.D2.IP.12LAUNCHENVIRONMENTMEASUREMENTCUBESATANDLESSONSLEARNEDArielle Cohen, Cal Poly, SLO, United States

14:25-14:35 IAC-18.D2.IP.15PERFORMANCEOPTIMIZATIONOFTHEMETHANOL/LOXSOUNDINGROCKETSYSTEMSNaser Ashknani, Kuwait University, Kuwait

14:35-14:45 IAC-18.D2.IP.16LOW-COSTPROTOTYPEDEVELOPMENTOFALUNARMASSDRIVERManfred Ehresmann, Institute of Space Systems, Universität Stuttgart, Germany

SCREEN # 31

13:15-13:25 IAC-18.D3.IP.1INITIALDESIGNCHARACTERISTICS,TESTINGANDPERFORMANCEOPTIMISATIONFORALUNAREXPLORATIONMICRO-ROVERPROTOTYPE.Mickaël LAÎNÉ, Tohoku University, Japan

13:25-13:35 IAC-18.D3.IP.2MULTI-FUNCTIONALINTERFACEFORPAYLOADINTERCONNECTIONOFROBOTICSYSTEMSINSPACEGonzalo Guerra, SENER Ingenieria y Sistemas, S.A., Spain

13:35-13:45 IAC-18.D3.IP.3THENOVELDOCKINGMECHANISMDESIGNOFMODULARSPACEROBOTDong Yang, Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics, China

13:45-13:55 IAC-18.D3.IP.4FUSEDFILAMENTFABRICATIONOFPOLYCARBONATECOMPONENTSINASIMULATEDON-ORBITENVIRONMENTMarshall Quinn, Delft University of Technology (TU Delft), The Netherlands

13:55-14:05 IAC-18.D3.IP.7h.o.m.e. labAlessandro Martucci, Università degli Studi di Napoli “Federico II”, Italy

14:05-14:15 IAC-18.C4.IP.56STRUCTURALINTEGRITYANALYSISOFSRMGRAINATLOWTEMPERATUREIGNITIONYAO Dong, The 41st Institute of the Fourth Academy, China Aerospace Science and Technology Corporation (CASC), China

14:15-14:25 IAC-18.D1.IP.32HIGH-PRECISIONSURFACEFORCEMODELLINGAPPROACHFORSPACE-BASEDFUNDAMENTALPHYSICSMISSIONTakahiro Kato, ZARM, University of Bremen, Germany

14:25-14:35 IAC-18.D2.IP.17ORBITALTRANSFERPERFORMANCEANALYSISFORMOMENTUMEXCHANGETETHERBASEDSPACECRAFTSYSTEMFeng Zhang, China Academy of Launch Vehicle Technology(CALT), China

14:35-14:45 IAC-18.D2.IP.18SPACE"FILLINGSTATIONSergiy Matviyenko, JSC "RPC "KURS", Ukraine

SCREEN # 32

13:15-13:25 IAC-18.D4.IP.1SPACESUSTAINABILITY:OVERCOMINGFUTURESPACECHALLENGESVishwani Aggarwal, University of Petroleum and Energy Studies, India

13:25-13:35 IAC-18.D4.IP.4SPACEINTERNETWORKINGSERVICEBASEDONDTNFORINTERPLANETARYINTERNETLONGFEILI,XI'ANMICROELECTRONICSTECHNOLOGYINSTITUTE,CHINAAEROSPACESCIENCEANDTECHNOLOGYCORPORATION(CASC),CHINA

13:35-13:45 IAC-18.D4.IP.5TECHNOLOGIESFORTHEFIRSTINTERSTELLAREXPLORER:BEYONDPROPULSIONAnthony Freeman, JPL, United States

13:45-13:55 IAC-18.D4.IP.6TETHEREDSLINGSHOTMANEUVERINTHETHREE-DIMENSIONALSPACEAntonio Prado, National Institute for Space Research - INPE , Brazil

13:55-14:05 IAC-18.D4.IP.7SCIENTIFIC-SPORTSCOMMERCIALPILOTEDEXPEDITIONTOVENUSOleg Aleksandrov, Private individual www.oleg.space, United States

14:05-14:15 IAC-18.D4.IP.8MULTI-STAGESPACEELEVATOR–THEBENEFITSOFSCALINGJohn Knapman, , United Kingdom

14:15-14:25 IAC-18.D4.IP.9COSMICRADIATIONPROTECTIONSYSTEMFORLUNARHABITATIONVikrant Sharma, University of Petroleum and Energy Studies, India

14:25-14:35 IAC-18.D4.IP.10CUBESATSUNDIVERFORINTERSTELLARPRECURSORMISSIONSMartin Lades, [unlisted], Germany

14:35-14:45 IAC-18.D4.IP.11STUDYONASMALL-SCALEANDHIGH-PERFORMANCESPACEELEVATORXiaowei WANG, China Academy of Launch Vehicle Technology (CALT), China

SCREEN # 33

13:15-13:25 IAC-18.E1.IP.1HUMANRESOURCESPROCEDURESFORTHEADVANCEMENTOFGENDERPARITYINSTUDENTSPACEMISSIONPROJECTSCallie Lissinna, University of Alberta, Canada

13:25-13:35 IAC-18.E1.IP.3EXPLORINGTHEPOSSIBILITIESTOCREATESPACESTUDIESINACOUNTRYWHICHLACKSOFITDaniel Szendrei, Hungarian Astronautical Society (MANT), Hungary

13:35-13:45 IAC-18.E1.IP.4USINGACCESSTOSPACETOBRINGTHE‘WHY’BACKTO

Bingning JIN, Northwestern Polytechnical University, China

14:05-14:15 IAC-18.C4.IP.45LOX/LH2ENGINEDEMOPLATFORMSébastien PRIOTTO, ArianeGroup, France

14:15-14:25 IAC-18.C4.IP.48DEVELOPMENTANDTESTINGOFANADDITIVELAYEREDMANUFACTUREDNOZZLEFORACOLDGASMICROTHRUSTERAbdelfattah Mostafa, Omnidea-RTG GmbH, Germany

14:25-14:35 IAC-18.C4.IP.50DEVELOPMENTOFTHEMEMS-BASEDNOZZLEUSINGDRIEOFTAPEREDHOLETECHNOLOGYFORCUBESATELLITEGIWON LA, Hanbat National University, Korea, Republic of

14:35-14:45 IAC-18.C4.IP.52PREDICTIONANDVALIDATIONOFTHECATALYTICDECOMPOSITIONOFHYDROGENPEROXIDEINDUAL-CATALYTICBEDSangwoo Jung, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

SCREEN # 28

13:15-13:25 IAC-18.D1.IP.1MULTI-ASSETSYSTEMDESIGNMETHODOLOGYFOREARTHOBSERVATIONSimone Flavio Rafano Carnà, OHB System AG-Bremen, Germany

13:25-13:35 IAC-18.D1.IP.2STUDYONMULTIPLY-LEVELMODELFORSOLIDROCKETMOTOR:CONSTRUCTIONANDDATASTRUCTUREDong Yao, The 41st Institute of the Fourth Academy, China Aerospace Science and Technology Corporation (CASC), China

13:35-13:45 IAC-18.D1.IP.3SOFTWAREPACKAGEDESIGNFORPARTIALAUTOMATIZATIONOFTHEDESIGNPROCESSOFRE-ENTRYINTERPLANETARYMODULESVictor Leonov, Bauman Moscow State Technical University, Russian Federation

13:45-13:55 IAC-18.D1.IP.5APRELIMINARYDESIGNOFAMISSIONTOTRITON:ACONCURRENTENGINEERINGAPPROACHLuciano Pollice, Sapienza University of Rome, Italy

13:55-14:05 IAC-18.D1.IP.6THEVIRTUALTESTBEDAPPROACHTOWARDSMODULARSATELLITESYSTEMSTobias Osterloh, RWTH Aachen University, Germany

14:05-14:15 IAC-18.D1.IP.8DATAEXCHANGEBETWEENSPACEENVIRONMENTANALYSISTOOLSUSINGTHENEUTRALSTEPPROTOCOLJewel Pervez, Etamax Space GmbH, Germany

14:15-14:25 IAC-18.D1.IP.9CONCEPTUALDESIGNOFSPACEMECHANISMBASEDONMODELBASEDENGINEERINGANDMODELBASEDSYSTEMSENGINEERING–ASETOFCONCISEMETHODSTOINCREASEENGINEERINGEFFICIENCYManolo Omiciuolo, OHB System AG - Oberpfaffenhofen, Germany

14:25-14:35 IAC-18.D1.IP.12SYSTEMCONCURRENTENGINEERINGOFAPEOPLETRACKINGSATELLITE,ACASESTUDYElisa Itogawa, National Institute for Space Research - INPE , Brazil

14:35-14:45 IAC-18.D1.IP.17SCRUMMETHODOLOGYINAEROSPACEPROJECTSDaria Stepanova, German Orbital Systems GmbH, Germany

SCREEN # 29

13:15-13:25 IAC-18.D1.IP.19ANIMPROVEDMULTIDISCIPLINARYOPTIMIZATIONAPPROACHFORSATELLITEDESIGNShuai Li, National Key Laboratory of Aerospace Flight Dynamics, Northwestern Polytechnical University, China

13:25-13:35 IAC-18.D1.IP.20INNOVATIVEARCHITECTUREOPTIMIZATIONAPPROACHFORHIGHLYRELIABLESATELLITEATTITUDECONTROLKai Höfner, Technische Universität Braunschweig, Institute of Space Systems, Germany

13:35-13:45 IAC-18.D1.IP.24SYSTEMDESIGNOFUPPERSTAGEINKSLV-IIUSEDINKOREANLUNAREXPLORATIONPROGRAMSung Wook Yoon, Moscow Aviation Institute, Russian Federation

13:45-13:55 IAC-18.D1.IP.25MULTI-FIDELITYDESIGNUNDERUNCERTAINTYFORTHEJAMESWEBBSPACETELESCOPEGiuseppe Cataldo, National Aeronautics and Space Administration (NASA), Goddard Space Flight Center, United States

13:55-14:05 IAC-18.D1.IP.26PREDICTIVECONTROLOFASPACEMANIPULATORTHROUGHERROREXPECTATIONAlessandro Tringali, Space Mechatronic Systems Technology Laboratory, University of Strathclyde, United Kingdom

14:05-14:15 IAC-18.D1.IP.27FACILITATORS–FACILITIESFORTESTINGORBITALANDSURFACEROBOTICSBUILDINGBLOCKSMatteo Suatoni, G.M.V. Space and Defence, S.A., Spain

14:15-14:25 IAC-18.D1.IP.29ANAUTOMATICMODEL-BASEDREQUIREMENTDECOMPOSITIONANDVERIFICATIONTOOLFORSPACEMISSIONCONCEPTDESIGNYuzhu Zhang, National Space Science Center, Chinese Academy of Sciences, China

14:25-14:35 IAC-18.D1.IP.30PARALLEL,REMOTELY-CONTROLLEDROBOTICMANIPULATIONMartin Ristov, Ryerson University, Canada

14:35-14:45 IAC-18.D1.IP.31INTEGRATINGHARDWAREDATAINTOSIMULATIONSFORATTITUDECONTROLDESIGNSrikara Cherukuri, Delft University of Technology (TU Delft), The Netherlands, The Netherlands

SCREEN # 30

13:15-13:25 IAC-18.D2.IP.1ANEWTHREE-STAGE-TO-ORBITVEHICLECONCEPTUTILIZINGROCKET-BASEDCOMBINEDCYCLEPROPULSIONCong Zhou, School of Astronautics,Northwestern Polytechnical University, China

13:25-13:35 IAC-18.D2.IP.3MATURITYASSESSMENTPROCESSFORUSAFNEWENTRANTLAUNCHSYSTEMSJeffrey Michlitsch, The Aerospace Corporation, United States

13:35-13:45 IAC-18.D2.IP.5TRAJECTORYOPTIMIZATIONFORPOWEREDDESCENTANDLANDINGOFREUSABLEROCKETSWITHRESTARTABLEENGINESLin Ma, Zhejiang University, China


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13:45-13:55 IAC-18.E5.IP.14PHOTOBIOREACTORFAçADESYSTEMFORSELF-SUSTAINABLEMOONSURFACEHABITATKyunghwan KIM, , France

13:55-14:05 IAC-18.E1.IP.32SPACEMEDICINEOPPORTUNITIESFORUNDERGRADUATEMEDICALEDUCATIONINCANADA:PAST,PRESENT,ANDFUTUREAdam Sirek, Western University, Canada

14:05-14:15 IAC-18.E1.IP.33SAMI:HIGHRESOLUTION3DVISUALISATIONOFESAEARTHOBSERVATIONSATELLITEMISSIONSMontserrat Pinol Sole, ESA - European Space Agency, The Netherlands

14:15-14:25 IAC-18.E1.IP.35METHODOLOGYANDTOOLINGOFTHEPROCESSOFSOLVINGINTERDISCIPLINARYPROBLEMSWITHAIMATENHANCINGTHEEFFICIENCYOFSKILLSINMULTIPLECRITERIAANALYSISFORFUTUREENGINEERSVictor Leonov, Bauman Moscow State Technical University, Russian Federation

14:25-14:35 IAC-18.B2.IP.21ASTROGYRO–IRUQUALIFICATIONANDTESTRESULTSFlorian Schuh, Jena-Optronik GmbH, Germany

SCREEN # 37

13:15-13:25 IAC-18.E6.IP.4THEENTREPRENEURIALVISIONWITHAMASSIVETRANSFORMATIVEPURPOSE:CREATINGFULLY-IMMERSIVEEXPERIENTIALSIMULATION-BASEDEDUTAINMENTWITH"LETSGETS.T.E.A.M.E.D"WORKSHOPSANDSIMULATIONEVASUSINGEXPONENTIALTECHNOLOGIES.Susan Ip-Jewell, Mars Academy USA, United States

13:25-13:35 IAC-18.E6.IP.6CUBEROVER:ANENABLINGTECHNOLOGYFORPLANETARYEXPLORATIONMichael Provenzano, , United States

13:35-13:45 IAC-18.E7.IP.4THEPROPOSEDPUBLICPROCUREMENTFORPROJECTSTOENHANCEINDUSTRIALCAPABILITIESTHROUGHJAPANESELESSONSLEARNEDMizuki Tani Hatakenaka, Leiden University, The Netherlands

13:45-13:55 IAC-18.E7.IP.5WHICHFUTUREFORTHE“GLOBALCOMMONS”?Kai-Uwe Schrogl, European Space Agency (ESA), France

13:55-14:05 IAC-18.E7.IP.7PUBLICINVESTMENTLAW–ATOOLTOSECURENEWSPACEFINANCING?Erik Pellander, BHO Legal , Germany

14:05-14:15 IAC-18.E7.IP.8DEVELOPINGANDADAPTINGSPACELAWTOGOVERNLONGTERMANDPERMANENTHUMANSETTLEMENTOFOUTERSPACE,THEMOONANDOTHERCELESTIALBODESThomas Cheney, Northumbria University, United Kingdom

14:15-14:25 IAC-18.E7.IP.9SPACE4.0:CREATINGINCENTIVESFORSTATESTOCLARIFYANDCOORDINATEINTERPRETATIONSOFWHATactivities constitutes responsibility and liability under international space lawMari Amanda Eldholm, ECSL, Norway

14:25-14:35 IAC-18.E7.IP.10'THEDANGEROFSPACEDEBRIS:LEGALISSUESANDSOLUTIONSASSOCIATEDWITHACTIVEDEBRISREMOVAL'Joanna Langlade, International Institute of Air and Space Law, Leiden University, Belgium

14:35-14:45 IAC-18.E7.IP.11LEGISLATINGSPACE-INDIA'S2021SPACEODYSSEYJai Sanyal, Other, India

SCREEN # 38

13:15-13:25 IAC-18.E7.IP.13FLEDGLINGPOLISHSPACEINDUSTRYREADYFORLIFT-OFFKatarzyna Malinowska, Kozminski University, Poland

13:25-13:35 IAC-18.E7.IP.14GLOBALSPACEGOVERNANCE:THENEEDTOADOPTDE-INSTITUTIONALIZEDCOOPERATIONMODELSJonathan Andrade, , Brazil

13:35-13:45 IAC-18.E7.IP.15OWNINGTHEHOSTEDPAYLOADANDINTERNATIONALSPACELAWAkiko Watanabe, , Japan

13:45-13:55 IAC-18.E7.IP.16QUANTUMBITSOFLIGHT:THEFUTUREOFSATELLITEQUANTUMKEYDISTRIBUTIONUNDEREXPORTADMINISTRATIONREGULATIONSANDTHEFIRSTAMENDMENTOFTHEUNITEDSTATESCONSTITUTIONMarshall Mckellar, , United States

13:55-14:05 IAC-18.E7.IP.17RATIFYINGTHEMOONAGREEMENTWITHARESERVATIONFOR(ARTICLE11.1)zeina ahmad, University of Leiden, Netherlands Antilles

14:05-14:15 IAC-18.E7.IP.18REAL-TIMECHALLENGESFORTHEREGISTRATIONREGIME:WHERETO?Georgia-Eleni Exarchou, National and Kapodistrian University Of Athens, Greece

14:15-14:25 IAC-18.E7.IP.19THEAPPLICATIONOFTHEPRINCIPLESOFCOMMUNITYLAWANDPUBLICINTERNATIONALLAWINTHEPROPOSALOFACENTRALAMERICANSPACEPOLICY:ADHOCTHECENTRALAMERICANCOURTOFJUSTICEANDCOCESNA.Brenda Ulate Gamboa, University of Costa Rica, Costa Rica

14:25-14:35 IAC-18.E7.IP.20ANALYSISOFTHEINTELLECTUALPROPERTYPROTECTIONINSTRUMENTSINTHEITALIANSPACESECTORMichael Urso, Italian Space Agency (ASI), Italy

14:35-14:45 IAC-18.E7.IP.21ESTABLISHINGUNIVERSALJURISDICTIONONSPACEDEBRISQing Zhao, CHINA UNIVERSITY OF POLITICAL SCIENCE AND LAW, China

SCREENS # 39 & # 40 FOR LATE SUBMISSIONS – CHECK THE IAF APP FOR LATEST UPDATES

EDUCATIONANDSTEMEFFORTSINTHECLASSROOMCarie Lemack, DreamUp, PBC, United States

13:45-13:55 IAC-18.E1.IP.5EUROPEANROVERCHALLENGE–AGIANTLEAPTOTHESPACESECTORCAREERLukasz Wilczynski, European Space Foundation, Poland

13:55-14:05 IAC-18.E1.IP.12TWODECADESOFARCSSTE-E’SPOSTGRADUATEDIPLOMAPROGRAMME:WHATNEXT?Oladosu Olakunle, African Regional Center for Space Science and Technology Education in English (ARCSSTE-E), Nigeria

14:05-14:15 IAC-18.E1.IP.14THEIMPORTANCEOFDESIGNANDBUILDTEST-BEDPLATFORMFORCUBESATMISSIONSINTHEUAEFatema Al Hameli, UAE Space Agency, United Arab Emirates

14:15-14:25 IAC-18.E1.IP.15Introducing concurrent engineering to space and satellite technology undergraduate courseAdam Dąbrowski, Blue Dot Solutions, Poland

14:25-14:35 IAC-18.E1.IP.18ONTHEROAD!Space rock tour with a meteorite hunter By Cintia DuránCintia Durán, , Mexico

14:35-14:45 IAC-18.E1.IP.20SMALLMETEOROLOGICALROCKETLAUNCHFORSTUDENTPROJECTPAYLOADWITHBIO-MATERIALNikolay Mullin, Skolkovo Institute of Science and Technology, Russian Federation

SCREEN # 34

13:15-13:25 IAC-18.D5.IP.2"HOOPOENANO-SATELLITESCONSTELLATION(ISRAEL70)"–APOTENTIALTEST-BEDFORDEALINGWITHSPACEBIGDATAYevgeny Tsodikovich, The Open University of Israel, Israel

13:25-13:35 IAC-18.E1.IP.21EDUCATIONALPICOSATELLITETELEMETRYANDDATADOWNLOADSTATIONSebastian Tepper, Pontifical Catholic University of Chile, Chile

13:35-13:45 IAC-18.E1.IP.22BLACKBOX:LOCATABLECRASHSAFETYDATASTORAGEDEVICEFORSOUNDINGROCKETSMarcel Vornholt, Hochschule Bremen, Germany

13:45-13:55 IAC-18.E1.IP.23ANTENNADESIGNWITHMEASURINGTAPESWORKSHOPChloe Mireault-Lecourt, Université de Sherbrooke, Canada

13:55-14:05 IAC-18.E1.IP.25LOWCOSTOPENSOURCEHARDWAREANDSOFTWARETECHNOLOGIES,INTEGRATEDASAPAYLOADINAHIGHALTITUDEBALLOON,ATOOLFORSTEAMEDUCATIONINPARAGUAY,ACASESTUDY.Jorge Kurita, , Paraguay

14:05-14:15 IAC-18.E1.IP.26APPROACHINGLATINAMERICANTEENAGERSINTOSPACEFederico Arturo Martinez Espinoza, Space Generation Advisory Council (SGAC), Mexico

14:15-14:25 IAC-18.E1.IP.27HANDS-ONSPACEEDUCATIONWITHREXUS/BEXUS-ROCKETANDBALLOONEXPERIMENTSFORUNIVERSITYSTUDENTSKristine Dannenberg, Swedish National Space Board (SNSB), Sweden

14:25-14:35 IAC-18.E1.IP.28PAVINGYOUNGMINDS:ANENABLERTOREACHOUTZaid Shakil, TU Berlin, Germany

14:35-14:45 IAC-18.E1.IP.31ASTRONOMYTEXTBOOK’SCOURSEOUTLINEOFHIGHSCHOOLSFORLEASTDEVELOPEDCOUNTRIESNebiyu Mohammed, , Ethiopia

SCREEN # 35

13:15-13:25 IAC-18.E3.IP.1THESTATUSOFTHEOPERATIONALDEBRISMITIGATIONSYSTEMSREGULATORYPOLICY:CURRENTISSUESANDFUTUREPERSPECTIVESAnnamaria Nassisi, Thales Alenia Space Italia, Italy

13:25-13:35 IAC-18.E3.IP.5PAROS:ATECHNOLOGICALVIEWOFTHEPROBLEMAngel Cuellar, Eurospace, France

13:35-13:45 IAC-18.E3.IP.7CURRENTDEVELOPMENTSINPOLISHSPACELAWOtylia Trzaskalska-Stroinska, ESA, Belgium

13:45-13:55 IAC-18.E3.IP.8POTENTIALCONTRIBUTIONSOFCOMMERCIALACTORSTOSPACEEXPLORATIONClelia Iacomino, European Space Policy Institute (ESPI), Austria

13:55-14:05 IAC-18.E3.IP.9TOWARDNEWINTERNATIONALSTATES'CONDUCTINREGISTERINGSPACEOBJECTSTATIANA VIANA, Sapienza University of Rome, Italy

14:05-14:15 IAC-18.E3.IP.10TERRORISMANDSPACESECURITYNikki Coleman, UNSW Australia, Australia

14:15-14:25 IAC-18.E3.IP.12THEIGAANDTHEINTERNATIONALSPACESTATION:AMODELOFCOOPERATIONFORMARS?Alessio Rossi, Sapienza University of Rome, Italy

14:25-14:35 IAC-18.E3.IP.13INTERNATIONALCOOPERATIONANDGENERALPUBLICINVOLVEMENTFORFUTURELUNARMISSIONSLaura Miquel Parra, Politecnico di Torino, Spain

14:35-14:45 IAC-18.E3.IP.14UNDERCUTTINGINTERNATIONALCOOPERATIONINSPACEEXPLORATIONTHROUGHDOMESTICLEGISLATIONVinay Narayan, , India

SCREEN # 36

13:15-13:25 IAC-18.E5.IP.3CONSTRUCTIONOFAMARTIANHABITATUSINGIN-SITUMATERIALSFORRADIATIONSHIELDINGNihat Mert Ogut, Technical University of Delft, The Netherlands

13:25-13:35 IAC-18.E5.IP.4ANALOGUEHABITATIONEXPERIMENTANDEUROMOONMARS2018CAMPAIGNGermaine van der Sanden, ESA - European Space Agency, The Netherlands

13:35-13:45 IAC-18.E5.IP.6INTEGRATINGTHREEDISCIPLINARYPERSPECTIVESINANITERATIVEDESIGNPROCESSFORTHESURFACEHABITATOFTHEFIRSTHUMANMISSIONTOMARSCarlijn van der Werf, Delft University of Technology (TU Delft), The Netherlands, The Netherlands


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SESSIONS PAPERS

Nr. Session name Date Time RoomA5.IP InteractivePresentations-21stIAASYMPOSIUMONHUMANEXPLORATION

OFTHESOLARSYSTEMThu,4Oct 13:15 IPHall

A6 16th IAA SYMPOSIUM ON SPACE DEBRIS A6.1 SpaceDebrisDetection,TrackingandCharacterization Mon,1Oct 15:00 ZARM1

A6.10-C1.7 OrbitalSafetyandOptimalOperationsinanIncreasinglyCongestedEnvironment(JointAstrodynamics/SpaceDebrisSession)

Thu,4Oct 14:45 CCBBorgward

A6.2 ModellingandRiskAnalysis Tue,2Oct 09:45 ZARM1

A6.3 Impact-InducedMissionEffectsandRiskAssessments Wed,3Oct 09:45 ZARM1

A6.4 MitigationandStandards:status,lessonslearntandfuturewithsmallsatsandconstellations

Tue,2Oct 14:45 ZARM1

A6.5 PostMissionDisposalandSpaceDebrisRemoval(1) Thu,4Oct 09:45 ZARM1

A6.6 PostMissionDisposalandSpaceDebrisRemoval(2) Thu,4Oct 14:45 ZARM1

A6.7 OperationsinSpaceDebrisEnvironment,SituationalAwareness Fri,5Oct 09:45 ZARM1

A6.8 Policy,Legal,InstitutionalandEconomicAspectsofSpaceDebrisDetection,MitigationandRemoval(JointSessionwithIAFSpaceSecurityCommittee)

Fri,5Oct 13:30 ZARM1

A6.9 OrbitDeterminationandPropagation Wed,3Oct 14:45 ZARM1

A7 IAF SYMPOSIUM ON FUTURE SPACE ASTRONOMY AND SOLAR-SYSTEM SCIENCE MISSIONSA7.1 SpaceAgencyStrategiesandPlans Mon,1Oct 15:00 CCBRoselius

A7.2 ScienceGoalsandDriversforFutureExoplanet,SpaceAstronomy,Physics,andOuterSolarSystemScienceMissions

Wed,3Oct 09:45 CCBRoselius

A7.3 TechnologyNeedsforFutureMissions,Systems,andInstruments Thu,4Oct 14:45 CCBRoselius

B1 IAF EARTH OBSERVATION SYMPOSIUMB1.1 InternationalCooperationinEarthObservationMissions Mon,1Oct 15:00 ZARM3

B1.2 FutureEarthObservationSystems Tue,2Oct 09:45 ZARM3

B1.3 EarthObservationSensorsandTechnology Tue,2Oct 14:45 ZARM3

B1.4 EarthObservationDataManagementSystems Fri,5Oct 09:45 ZARM3

B1.5 EarthObservationApplications,SocietalChallengesandEconomicBenefits Thu,4Oct 09:45 ZARM3

B1.6-GTS.1 CitizenScienceinGlobalEarthObservationSystems Thu,4Oct 14:45 ÖVB4

B2 IAF SPACE COMMUNICATIONS AND NAVIGATION SYMPOSIUMB2.1 AdvancedSpaceCommunicationsandNavigationSystems Mon,1Oct 15:00 ÖVB3

B2.2 FixedandBroadcastCommunications Tue,2Oct 09:45 ÖVB3

B2.3 MobileSatelliteCommunicationsandNavigationTechnology Wed,3Oct 09:45 ÖVB3

B2.4 AdvancedSatelliteServices Wed,3Oct 14:45 ÖVB3

B2.5 Space-BasedNavigationSystemsandServices Thu,4Oct 09:45 ÖVB3

B2.6 Near-EarthandInterplanetaryCommunications Thu,4Oct 14:45 ÖVB3

B2.7 AdvancedTechnologiesforSpaceCommunicationsandNavigation Fri,5Oct 09:45 ÖVB3

B2.8-GTS.3 SpaceCommunicationsandNavigationGlobalTechnicalSession Tue,2Oct 14:45 ÖVB4

B3 IAF HUMAN SPACEFLIGHT SYMPOSIUMB3.1 GovernmentalHumanSpaceflightPrograms(Overview) Mon,1Oct 15:00 ZARM4

B3.2 CommercialHumanSpaceflightPrograms Tue,2Oct 09:45 ZARM4

B3.3 Utilization&ExploitationofHumanSpaceflightSystems Tue,2Oct 14:45 ZARM4

B3.4-B6.4 Flight&GroundOperationsofHSFSystems(AJointSessionoftheHumanSpaceflightandSpaceOperationsSymposia)

Wed,3Oct 09:45 ZARM4

B3.5 AstronautTraining,Accommodation,andOperationsinSpace Thu,4Oct 09:45 ZARM4

B3.6-A5.3 HumanandRoboticPartnershipsinExploration-JointsessionoftheHumanSpaceflightandExplorationSymposia

Thu,4Oct 14:45 ZARM4

7 Technical Sessions by Symposium

PleasechecktheIAFApptogetthelatestupdatesontheTechnicalSessions

Nr. Session name Date Time Room

A1 IAA/IAF SPACE LIFE SCIENCES SYMPOSIUMA1.1 Behaviour,PerformanceandPsychosocialIssuesinSpace Mon,1Oct 15:00 CCBDanzig

A1.2 HumanPhysiologyinSpace Tue,2Oct 09:45 CCBDanzig

A1.3 MedicalCareforHumansinSpace Tue,2Oct 14:45 CCBDanzig

A1.4 MedicineinSpaceandExtremeEnvironments Wed,3Oct 09:45 CCBDanzig

A1.5 RadiationFields,EffectsandRisksinHumanSpaceMissions Wed,3Oct 14:45 CCBDanzig

A1.6 AstrobiologyandExploration Thu,4Oct 09:45 CCBDanzig

A1.7 LifeSupport,habitatsandEVASystems Fri,5Oct 09:45 CCBDanzig

A1.8 BiologyinSpace Fri,5Oct 13:30 CCBDanzig

A2 IAF MICROGRAVITY SCIENCES AND PROCESSES SYMPOSIUMA2.1 GravityandFundamentalPhysics Mon,1Oct 15:00 Bremen2

A2.2 FluidandMaterialsSciences Tue,2Oct 09:45 Bremen2

A2.3 MicrogravityExperimentsfromSub-OrbitaltoOrbitalPlatforms Wed,3Oct 14:45 Bremen2

A2.4 ScienceResultsfromGroundBasedResearch Thu,4Oct 09:45 Bremen2

A2.5 FacilitiesandOperationsofMicrogravityExperiments Thu,4Oct 14:45 Bremen2

A2.6 LifeandMicrogravitySciencesonboardISSandbeyond(PartI) Fri,5Oct 09:45 Bremen2

A2.7 LifeandMicrogravitySciencesonboardISSandbeyond(PartII) Fri,5Oct 13:30 Bremen2

A3 IAF SPACE EXPLORATION SYMPOSIUMA3.1 SpaceExplorationOverview Mon,1Oct 15:00 CCBKaisen

A3.2A MoonExploration–Part1 Tue,2Oct 09:45 CCBKaisen

A3.2B MoonExploration–Part2 Tue,2Oct 14:45 CCBKaisen

A3.2C MoonExploration–Part3 Fri,5Oct 09:45 CCBKaisen

A3.3A MarsExploration–missionscurrentandfuture Wed,3Oct 09:45 CCBKaisen

A3.3B MarsExploration–Science,InstrumentsandTechnologies Wed,3Oct 14:45 CCBKaisen

A3.4A SmallBodiesMissionsandTechnologies(Part1) Thu,4Oct 09:45 CCBKaisen

A3.4B SmallBodiesMissionsandTechnologies(Part2) Fri,5Oct 13:30 CCBKaisen

A3.5 SolarSystemExploration Thu,4Oct 14:45 CCBKaisen

A4 47th IAA SYMPOSIUM ON THE SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE (SETI) – The Next Steps

A4.1 SETI1:SETIScienceandTechnology Tue,2Oct 14:45 ÖVB3

A4.2 SETI2:SETIandSociety Fri,5Oct 13:30 ÖVB3

A5 21st IAA SYMPOSIUM ON HUMAN EXPLORATION OF THE SOLAR SYSTEMA5.1 HumanExplorationoftheMoonandCislunarSpace Wed,3Oct 14:45 ZARM3

A5.2 HumanExplorationofMars Wed,3Oct 09:45 ZARM3

A5.3-B3.6 HumanandRoboticPartnershipsinExploration-JointsessionoftheHumanSpaceflightandExplorationSymposia


A5.4-D2.8 SpaceTransportationSolutionsforDeepSpaceMissions Fri,5Oct 09:45 CCBLloydsaal


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Nr. Session name Date Time RoomC2.5 SmartMaterialsandAdaptiveStructures Wed,3Oct 14:45 ÖVB2

C2.6 SpaceEnvironmentalEffectsandSpacecraftProtection Thu,4Oct 09:45 ÖVB2

C2.7 SpaceVehicles–Mechanical/Thermal/FluidicSystems Thu,4Oct 14:45 ÖVB2

C2.8 SpecialisedTechnologies,IncludingNanotechnology Fri,5Oct 09:45 ÖVB2

C2.9 AdvancementsinMaterialsApplicationsandRapidPrototyping Fri,5Oct 13:30 ÖVB2

C2.IP InteractivePresentations-IAFMATERIALSANDSTRUCTURESSYMPOSIUM Thu,4Oct 13:15 IPHall

C3 IAF SPACE POWER SYMPOSIUMC3.1 SolarPowerSatellite Mon,1Oct 15:00 CCBBergen

C3.2 WirelessPowerTransmissionTechnologiesandApplication Tue,2Oct 09:45 CCBBergen

C3.3 AdvancedSpacePowerTechnologies Wed,3Oct 14:45 ZARM4

C3.4 SpacePowerSystemforAmbitiousMissions Thu,4Oct 14:45 CCBDanzig

C3.5-C4.7 JointSessiononAdvancedandNuclearPowerandPropulsionSystems Fri,5Oct 09:45 ZARM5

C4 IAF SPACE PROPULSION SYMPOSIUMC4.1 PropulsionSystem(1) Mon,1Oct 15:00 ZARM5

C4.10 PropulsionTechnology(3) Fri,5Oct 13:30 Bremen3

C4.2 PropulsionSystem(2) Tue,2Oct 09:45 ZARM5

C4.3 PropulsionTechnology(1) Wed,3Oct 09:45 ZARM5

C4.4 ElectricPropulsion Wed,3Oct 14:45 ZARM5

C4.5 PropulsionTechnology(2) Thu,4Oct 09:45 ZARM5

C4.6 NewMissionsEnabledbyNewPropulsionTechnologyandSystems Thu,4Oct 14:45 ZARM5

C4.7-C3.5 JointSessiononAdvancedandNuclearPowerandPropulsionSystems Fri,5Oct 09:45 ZARM5

C4.8-B4.5A JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems Fri,5Oct 13:30 ZARM5

C4.9 HypersonicAir-breathingandCombinedCyclePropulsion Tue,2Oct 14:45 ZARM5

D1 IAF SPACE SYSTEMS SYMPOSIUMD1.1 InnovativeandVisionarySpaceSystems Mon,1Oct 15:00 CCBLondon

D1.2 SpaceSystemsArchitectures Tue,2Oct 09:45 CCBLondon

D1.3 TechnologiestoEnableSpaceSystems Tue,2Oct 14:45 CCBLondon

D1.4A SpaceSystemsEngineering-Methods,ProcessesandTools(1) Thu,4Oct 09:45 CCBLondon

D1.4B SpaceSystemsEngineering-Methods,ProcessesandTools(2) Thu,4Oct 14:45 CCBLondon

D1.5 LessonsLearnedinSpaceSystems:Achievements,Challenges,BestPractices,Standards.

Fri,5Oct 09:45 CCBLondon

D1.6 CooperativeandRoboticSpaceSystems Fri,5Oct 13:30 CCBLondon

D2 IAF SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS SYMPOSIUMD2.1 LaunchVehiclesinServiceorinDevelopment Mon,1Oct 15:00 CCBLloydsaal

D2.2 LaunchServices,Missions,Operations,andFacilities Tue,2Oct 09:45 CCBLloydsaal

D2.3 UpperStages,SpaceTransfer,EntryandLandingSystems Wed,3Oc 09:45 CCBLloydsaal

D2.4 FutureSpaceTransportationSystems Wed,3Oct 14:45 CCBLloydsaal

D2.5 TechnologiesforFutureSpaceTransportationSystems Thu,4Oct 09:45 CCBLloydsaal

D2.6 FutureSpaceTransportationSystemsVerificationandIn-FlightExperimentation

Thu,4Oct 14:45 CCBLloydsaal

D2.7 SmallLaunchers:ConceptsandOperations(PartI) Tue,2Oct 14:45 CCBLloydsaal

D2.8-A5.4 SpaceTransportationSolutionsforDeepSpaceMissions Fri,5Oct 09:45 CCBLloydsaal

D2.9-D6.2 SafeTransportationSystemsforSustainableCommercialHumanSpaceflight/SmallLaunchers:ConceptsandOperations(PartII)

Fri,5Oct 13:30 CCBLloydsaal

Nr. Session name Date Time RoomB3.7 AdvancedSystems,Technologies,andInnovationsforHumanSpaceflight Fri,5Oct 09:45 ZARM4

B3.8-E7.7 Legalframeworkforcollaborativespaceactivities-Newwaysoflaunching(micro-launching)andlargeconstellationmicrosats(JointIAF/IISLsession)


B3.9-GTS.2 HumanSpaceflightGlobalTechnicalSession Wed,3Oct 14:45 ÖVB4

B4 25th IAA SYMPOSIUM ON SMALL SATELLITE MISSIONSB4.1 19thWorkshoponSmallSatelliteProgrammesattheServiceofDeveloping

CountriesTue,2Oct 09:45 ZARM2

B4.2 SmallSpaceScienceMissions Mon,1Oct 15:00 ZARM2

B4.3 SmallSatelliteOperations Tue,2Oct 14:45 ZARM2

B4.4 SmallEarthObservationMissions Wed,3Oct 09:45 ZARM2

B4.5 AccesstoSpaceforSmallSatelliteMissions Wed,3Oct 14:45 ZARM2

B4.5A-C4.8 JointSessionbetweenIAAandIAFforSmallSatellitePropulsionSystems Fri,5Oct 13:30 ZARM5

B4.6A GenericTechnologiesforSmall/MicroPlatforms Thu,4Oct 09:45 ZARM2

B4.6B GenericTechnologiesforNano/PicoPlatforms Thu,4Oct 14:45 ZARM2

B4.7 HighlyIntegratedDistributedSystems Fri,5Oct 13:30 ZARM2

B4.8 SmallSpacecraftforDeep-SpaceExploration Fri,5Oct 09:45 ZARM2

B4.9-GTS.5 SmallSatelliteMissionsGlobalTechnicalSession Fri,5Oct 13:30 ÖVB4

B5 IAF SYMPOSIUM ON INTEGRATED APPLICATIONSB5.1 ToolsandTechnologyinSupportofIntegratedApplications Mon,1Oct 15:00 Bremen3

B5.2 IntegratedApplicationsEnd-to-EndSolutions Thu,4Oct 09:45 Bremen3

B5.3 SatelliteCommercialApplications Thu,4Oct 14:45 Bremen3

B6 IAF SPACE OPERATIONS SYMPOSIUMB6.1 GroundOperations-SystemsandSolutions Thu,4Oct 14:45 CCBFranzius

B6.2 NewSpaceOperationsConceptsandAdvancedSystems Fri,5Oct 09:45 CCBBergen

B6.3 MissionOperations,Validation,SimulationandTraining Mon,1Oct 15:00 CCBFranzius

B6.4-B3.4 Flight&GroundOperationsofHSFSystems(AJointSessionoftheHumanSpaceflightandSpaceOperationsSymposia)

Wed,3Oct 09:45 ZARM4

C1 IAF ASTRODYNAMICS SYMPOSIUMC1.1 OrbitalDynamics(1) Mon,1Oct 15:00 CCBBorgward

C1.2 OrbitalDynamics(2) Tue,2Oct 09:45 CCBBorgward

C1.3 AttitudeDynamics(1) Tue,2Oct 14:45 CCBBorgward

C1.4 AttitudeDynamics(2) Wed,3Oct 09:45 CCBBorgward

C1.5 Guidance,Navigation&Control(1) Wed,3Oct 14:45 CCBBorgward

C1.6 Guidance,Navigation&Control(2) Thu,4Oct 09:45 CCBBorgward

C1.7-A6.10 OrbitalSafetyandOptimalOperationsinanIncreasinglyCongestedEnvironment(JointAstrodynamics/SpaceDebrisSession)

Thu,4Oct 14:45 CCBBorgward

C1.8 MissionDesign,Operations&Optimization(1) Fri,5Oct 09:45 CCBBorgward

C1.9 MissionDesign,Operations&Optimization(2) Fri,5Oct 13:30 CCBBorgward

C2 IAF MATERIALS AND STRUCTURES SYMPOSIUMC2.1 SpaceStructuresI-DevelopmentandVerification(SpaceVehiclesand

Components)Mon,1Oct 15:00 ÖVB2

C2.2 SpaceStructuresII-DevelopmentandVerification(DeployableandDimensionallyStableStructures)

Tue,2Oct 09:45 ÖVB2

C2.3 SpaceStructures-DynamicsandMicrodynamics Tue,2Oct 14:45 ÖVB2

C2.4 AdvancedMaterialsandStructuresforHighTemperatureApplications Wed,3Oct 09:45 ÖVB2


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E3 31st IAA SYMPOSIUM ON SPACE POLICY, REGULATIONS AND ECONOMICSE3.1 InternationalCooperationforthebenefitsofdevelopingcountriesand

emergingspacenationsTue,2Oct 09:45 CCBFranzius

E3.2 WaysaheadinSpaceExploration Tue,2Oct 14:45 CCBFranzius

E3.3 Spaceeconomy–Stimulatingmeasureableeconomicactivitiesthroughspacepoliciesandbudgets

Wed,3Oct 09:45 CCBFranzius

E3.4 AssuringaSafe,SecureandSustainableEnvironmentforSpaceActivities Wed,3Oct 14:45 CCBFranzius

E3.5-E7.6 33rd JointIAA/IISLRoundTable:GlobalCooperationinPlanetaryDefence Thu,4Oct 09:45 CCBFranzius

E3.6 StrategicRiskManagementforsuccessfulspace&defenceprogrammes Fri,5Oct 09:45 CCBFranzius

E4 52nd IAA HISTORY OF ASTRONAUTICS SYMPOSIUME4.1 Memoirs&OrganizationalHistories Tue,2Oct 14:45 CCBRoselius

E4.2 Scientific&TechnicalHistory Thu,4Oct 09:45 CCBRoselius

E4.3A Germany’sContributiontoAstronauticsPostWWII Fri,5Oct 13:30 CCBRoselius

E4.3B "Canyoubelievetheyputamanonthemoon?" Fri,5Oct 14:45 CCBRoselius

E5 29th IAA SYMPOSIUM ON SPACE AND SOCIETYE5.1 SpaceArchitecture:Habitats,Habitability,andBases Tue,2Oct 14:45 CCBBergen

E5.2 IsSpaceR&DTrulyFosteringABetterWorldForOurFuture? Wed,3Oct 14:45 CCBBergen

E5.3 ContemporaryArtsPracticeandOuterSpace:AMulti-DisciplinaryApproach Wed,3Oct 09:45 CCBBergen

E5.4 SpaceAssetsandDisasterManagement Thu,4Oct 09:45 CCBBergen

E5.5 SpaceSocieties,ProfessionalAssociationsandMuseums Thu,4Oct 14:45 CCBBergen

E6 IAF BUSINESS INNOVATION SYMPOSIUME6.1 EntrepreneurshipandInnovation:ThePractitioners'Perspectives Tue,2Oct 09:45 CCBRoselius

E6.2 FinanceandInvestment:ThePractitioners'Perspectives Wed,3Oct 14:45 CCBRoselius

E6.3 Innovation:TheAcademics'Perspectives Fri,5Oct 09:45 CCBRoselius

E7 61st IISL COLLOQUIUM ON THE LAW OF OUTER SPACEE7.1 10thNandasiriJasentuliyanaKeynoteLectureonSpaceLawandYoung

ScholarsSessionTue,2Oct 09:45 Bremen3

E7.2 Financingspace:Procurement,competitionandregulatoryapproach Tue,2Oct 14:45 Bremen3

E7.3 Integratedspaceapplications,EOtelecomsnavigation Wed,3Oct 09:45 Bremen3

E7.4 SpacelawatUnispace+50:consequencesandfutureperspectives Wed,3Oct 14:45 Bremen3

E7.5 Therelationshipbetweenspacelawandcyberlaw,andotherrecentdevelopmentsinspacelaw

Fri,5Oct 09:45 Bremen3

E7.6-E3.5 33rd JointIAA/IISLRoundTable:GlobalCooperationinPlanetaryDefence Thu,4Oct 09:45 CCBFranzius

E7.7-B3.8 Legalframeworkforcollaborativespaceactivities-Newwaysoflaunching(micro-launching)andlargeconstellationmicrosats(JointIAF/IISLsession)


E8 IAA MULTILINGUAL ASTRONAUTICAL TERMINOLOGY SYMPOSIUME8.1 MultilingualAstronauticalTerminology Fri,5Oct 09:45 CCBHerschel

GTS GLOBAL TECHNICAL SYMPOSIUMGTS.1-B1.6 CitizenScienceinGlobalEarthObservationSystems Thu,4Oct 14:45 ÖVB4

GTS.2-B3.9 HumanSpaceflightGlobalTechnicalSession Wed,3Oct 14:45 ÖVB4

GTS.3-B2.8 SpaceCommunicationsandNavigationGlobalTechnicalSession Tue,2Oct 14:45 ÖVB4

GTS.4-E2.3 StudentTeamCompetition Mon,1Oct 15:00 ÖVB4

GTS.5-B4.9 SmallSatelliteMissionsGlobalTechnicalSession Fri,5Oct 13:30 ÖVB4


D3 16th IAA SYMPOSIUM ON BUILDING BLOCKS FOR FUTURE SPACE EXPLORATION AND DEVELOPMENT

D3.1 Strategies&ArchitecturesastheFrameworkforFutureBuildingBlocksinSpaceExplorationandDevelopment

Mon,1Oct 15:00 Bremen1

D3.2 SystemsandInfrastructurestoImplementFutureBuildingBlocksinSpaceExplorationandDevelopment

Tue,2Oct 14:45 Bremen1

D3.3 NovelConceptsandTechnologiestoEnableFutureBuildingBlocksinSpaceExplorationandDevelopment

Wed,3Oct 14:45 Bremen1

D3.4 SpaceTechnologyandSystemManagementPracticesandTools Thu,4Oct 14:45 Bremen1

D4 16th IAA SYMPOSIUM ON VISIONS AND STRATEGIES FOR THE FUTURED4.1 InnovativeConceptsandTechnologies Tue,2Oct 09:45 Bremen1

D4.2 ContributionofSpaceActivitiestoSolvingGlobalSocietalIssues Wed,3Oct 09:45 Bremen1

D4.3 ConceptualizingSpaceElevatorsandTetheredSatellites Thu,4Oct 09:45 Bremen1

D4.4 StrategiesforRapidImplementationofInterstellarMissions:PrecursorsandBeyond

Fri,5Oct 09:45 Bremen1

D4.5 SpaceResources:Technologies,Systems,MissionsandPolicies Fri,5Oct 13:30 Bremen1

D5 51st IAA SYMPOSIUM ON SAFETY, QUALITY AND KNOWLEDGE MANAGEMENT IN SPACE ACTIVITIESD5.1 Qualityandsafety,achallengefortraditionalandnewspace Tue,2Oct 14:45 Bremen2

D5.2 Knowledgemanagementforspaceactivitiesinthedigitalera Wed,3Oct 09:45 Bremen2

D5.3 Prediction,Testing,MeasurementandEffectsofspaceenvironmentonspacemissions


D5.4 Cyber-securitythreatstospacemissionsandcountermeasurestoaddressthem


D6 IAF SYMPOSIUM ON COMMERCIAL SPACEFLIGHT SAFETY ISSUESD6.1 CommercialSpaceflightSafetyandEmergingIssues Wed,3Oct 09:45 ÖVB4

D6.2-D2.9 SafeTransportationSystemsforSustainableCommercialHumanSpaceflight/SmallLaunchers:ConceptsandOperations(PartII)

Fri,5Oct 13:30 CCBLloydsaal

D6.3 Enablingsafecommercialspaceflight:vehiclesandspaceports Thu,4Oct 09:45 ÖVB4

E1 IAF SPACE EDUCATION AND OUTREACH SYMPOSIUME1.1 Ignition-PrimarySpaceEducation Fri,5Oct 09:45 CCBScharoun

E1.2 LiftOff-SecondarySpaceEducation Fri,5Oct 13:30 CCBScharoun

E1.3 OnTrack-UndergraduateSpaceEducation Tue,2Oct 09:45 CCBScharoun

E1.4 InOrbit-PostgraduateSpaceEducation Tue,2Oct 14:45 CCBScharoun

E1.5 EnablingtheFuture-DevelopingtheSpaceWorkforce Wed,3Oct 14:45 CCBScharoun

E1.6 CallingPlanetEarth-SpaceOutreachtotheGeneralPublic Mon,1Oct 15:00 CCBScharoun

E1.7 NewWorlds-Non-TraditionalSpaceEducationandOutreach Thu,4Oct 09:45 CCBScharoun

E1.8 Hands-onSpaceEducationandOutreach Wed,3Oct 09:45 CCBScharoun

E1.9 SpaceCulture–PublicEngagementinSpacethroughCulture Thu,4Oct 14:45 CCBScharoun

E2 46th STUDENT CONFERENCEE2.1 StudentConference-Part1 Tue,2Oct 09:45 ÖVB4

E2.2 StudentConference-Part2 Wed,3Oct 09:45 CCBLondon

E2.3-GTS.4 StudentTeamCompetition Mon,1Oct 15:00 ÖVB4

E2.4 EducationalPicoandNanoSatellites Wed,3Oct, 14:45 CCBLondon


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IAC-18.A1.2.7 CARDIOVASCULARREGULATIONINRESPONSETOEXERCISE–FIRSTRESULTSFROMISSCOSMONAUTSUwe Hoffmann, German Sports University Cologne, Germany

IAC-18.A1.2.8 CARDIORESPIRATORYREGULATIONINRESPONSETOEXERCISE–FIRSTRESULTSFROMHERAC4Jessica Koschate, German Sports University Cologne, Germany

IAC-18.A1.2.9 THECHANGESOFAEROBICCAPACITYINCOMPARISONWITHTHERESTRUCTURINGOFTHELOCOMOTIONSTRATEGIESAFTERTHELONG-DURATIONSPACEFLIGHTElena Fomina, FSC RF-IMBP, Russian Federation

IAC-18.A1.2.10 COREBODYTEMPERATURECHANGESUNDERDIFFERENTPHYSICALANDENVIRONMENTALCONDITIONSONEARTHANDINSPACEHanns-Christian Gunga, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.2.11 CORTICALSOURCESOFRESTINGSTATEEEGDURINGBEDRESTKatharina Brauns, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.2.12 PECULIARITIESOFPATHOLOGICALPROCESSESUNDERSIMULATEDMICROGRAVITY(SPACEPATHOPHYSIOLOGY)Victor Baranov, Federal Scientific Clinical Centre of the Federal Biomedical Agency of Russia, Russian Federation

IAC-18.A1.2.13 ACUTEANDCHRONICEFFECTSOFSTRESSONBDNF:COMPARISONOFBEDRESTVS.ISOLATIONAlexander Christoph Stahn, University of Pennsylvania, Germany

IAC-18.A1.2.14 ALTEREDINTRINSICFUNCTIONALBRAINCONNECTIVITYAFTERFIRST-TIMEEXPOSURETOSHORT-TERMGRAVITATIONALALTERATIONSINDUCEDBYPARABOLICFLIGHT.Angelique Van Ombergen, University of Antwerp, Belgium

IAC-18.A1.2.15 STRUCTURALANDFUNCTIONALEFFECTSOFREACTIVEJUMPSONSKELETALMUSCLEINLONG-TERMBEDREST(RSL-STUDY,COLOGNE)Dieter Blottner, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.2.16 BODYFLUIDDISTRIBUTIONDURINGARTIFICIALGRAVITYASACOUNTERMEASUREAGAINSTSPACEFLIGHTDECONDITIONINGUSINGASEGMENTALBIOELECTRICALIMPEDANCEANALYSISSatoshi Iwase, Aichi Medical University, Japan

IAC-18.A1.2.17 UTILIZINGTHREE-DIMENSIONALMOTIONANALYSISANDFOOTPRINTDATATOINVESTIGATEWALKINGMOTIONOFRATSEXPOSEDTOSIMULATEDMICROGRAVITYJunichi Tajino, Kyoto University, Japan

IAC-18.A1.2.19 WHEELCHAIRHEADIMMOBILIZATIONPARADIGM:AGROUND-BASEDANALOGFORPOST-SPACEFLIGHTASTRONAUTSENSORIMOTORIMPAIRMENTJordan Dixon, University of Colorado Boulder, United States

IAC-18.A1.2.21 (non-confirmed) DIRECTNUMERICALSIMULATIONOFGASTRICDIGESTIONOFFOODSINASTOMACHMODELUNDERNORMALANDREDUCEDGRAVITYYan Jin, University of Bremen, Germany

IAC-18.A1.2.22 EFFECTIVENESSOFHIGH-INTENSITYJUMPTRAININGCOUNTERMEASUREONMITRALANDAORTICFLOWAFTER58-DAYSHEAD-DOWNBED-RESTASSESSEDBYPHASE-CONTRASTMRIEnrico Gianluca Caiani, Politecnico di Milano, Italy

IAC-18.A1.2.23 EFFECTSOF60-DAYHEAD-DOWNTILTBEDRESTONSKELETALMUSCLE-PUMPBAROREFLEXDa Xu, Simon Fraser University, Canada

IAC-18.A1.2.24 HIGH-INTENSITYEXERCISETOCOUNTERACTCARDIOVASCULARDECONDITIONINGDURINGSIMULATEDWEIGHTLESSNESSMartina Anna Maggioni, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.2.25 MRIINVESTIGATIONONTHEEFFECTIVENESSOFHIGH-INTENSITYJUMPTRAININGINPRESERVINGLUMBARPARASPINALMUSCLEMASSDURING60DAYSOFBEDREST:RESULTSFROMTHECOLOGNERSLSTUDYFabio Pivetta, Charité - University Medicine Berlin, Germany

IAC-18.A1.2.28 PRE-FLIGHTBODYWEIGHTPREDICTSOCULARCHANGESINSPACEJay Buckey, Dartmouth Medical School , United States

IAC-18.A1.2.29 MRISTUDYOFSTRUCTURALANDFUNCTIONALCHANGESOFBACKMUSCLESANDSPINEUNDERCONDITIONSOFDRYIMMERSIONIlya Rukavishnikov, Institute of Biomedical Problems, Russian Academy of Sciences, Russian Federation

A1.3. Medical Care for Humans in Space

October 2 2018, 14:45 — CCB Danzig Co-Chair(s): Oleg Orlov , SSC RF-Institute of Biomedical Problems RAS, Russian Federation; Satoshi Iwase , Aichi Medical University, Japan; Rapporteur(s): Katrin Stang , DLR (German Aerospace Center), Germany;

IAC-18.A1.3.1 (non-confirmed) EFFECTOFARTIFICIALGRAVITYWITHEXERCISEONSPACEFLIGHTDECONDITIONINGINHUMANS,ANDPROJECTFORASSESSMENTOFARTIFICIALGRAVITYINH-IITRANSFERVEHICLEININTERNATIONALSPACESTATION.Satoshi Iwase, Aichi Medical University, Japan

IAC-18.A1.3.2 IMPACTOFSIMULATEDMOONANDMARSGRAVITIESWITHHEAD-UPTILTONCARDIACFUNCTIONKyohei Marume, Aichi Medical University, Japan

IAC-18.A1.3.3 END-TO-ENDREMOTEANDTELE-MEDICINETill Eisenberg, Airbus Defence and Space - Space Systems, Germany

IAC-18.A1.3.4 (non-confirmed) PROSPECTSOFHYPOMETABOLICRESEARCHFORLONG-TERMINTERSTELLARFLIGHTYinghui Li, China Astronaut Research and Training Center , China

IAC-18.A1.3.5 DEVELOPMENTOFASTRONAUTS’NON-TECHNICALSKILLSTAXONOMYFORMEDICALEVENTMANAGEMENTONFUTURELONGDURATIONEXPLORATIONMISSIONSSteven Yule, Harvard Medical School, United States

IAC-18.A1.3.6 STUDYOFPERIODONTALTISSUESIN5-DAYDRYIMMERSIONV.K.ILYIN,M.A.SKEDINA,Z.O.SOLOVIOVA,A.A.KOVALEVAINSTITUTEOFBIOMEDICALPROBLEMSOFTHERUSSIANACADEMYOFSCIENCES,MOSCOW,RUSSIANFEDERATIONViacheslav Ilyin, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-18.A1.3.7 CONCEPTUALISINGTHEDESIGNOFCLINICALTRIALSANDITSASSOCIATEDSUPPORTSYSTEMSININTERPLANETARYMISSIONSMona Nasser, Plymouth University, United Kingdom

A1. IAA/IAF SPACE LIFE SCIENCES SYMPOSIUMCoordinator(s): Oleg Orlov , SSC RF-Institute of Biomedical Problems RAS, Russian Federation; Peter Graef , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

A1.1. Behaviour, Performance and Psychosocial Issues in SpaceOctober 1 2018, 15:00 — CCB Danzig Co-Chair(s): Nick Kanas , University of California, San Francisco (UCSF), United States; Peter Suedfeld , University of British Columbia, Canada; Rapporteur(s): Gro M. Sandal , University of Bergen, Norway;

IAC-18.A1.1.2 ONEFORALLANDALLFORONE:CREWCOPINGONTHEINTERNATIONALSPACESTATIONJelena Brcic, University of British Columbia, Canada

IAC-18.A1.1.3 WHATDOASTRONAUTSTWEETABOUT?ALINGUISTICANALYSIS.Sara Ahmadian, University of British Columbia, Canada

IAC-18.A1.1.4 TEAMPERFORMANCEINSPACECREWS:HOUSTON,WEHAVEATEAMWORKPROBLEMLindsay Larson, , United States

IAC-18.A1.1.5 MULTICULTURALPERSPECTIVEOFNEGATIVEMOODSTATESINLONG-TERMISOLATIONANDCONFINEMENTQianying Ma, Beihang University (BUAA), China

IAC-18.A1.1.6 EXERCISECANMAINTAINBRAINFUNCTIONBYFNIRSUSINGVFTINCONFINEDENVIRONMENTLIKEISSINJAPAN-SINGLECASEEXPERIMENTALABADESIGN-Shin-ichiro SASAHARA, University of Tsukuba, Japan

IAC-18.A1.1.7 STRUCTURALBRAINPLASTICITYDURINGISOLATIONANDCONFINEMENT-DOESGENDERPLAYAROLE?Alexander Christoph Stahn, University of Pennsylvania, Germany

IAC-18.A1.1.8 ELECTROCORTICALEVIDENCEFORIMPAIREDAFFECTIVEPICTUREPROCESSINGAFTERLONG-TERMIMMOBILIZATIONSTRESSKatharina Brauns, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.1.9 EVALUATIONOFANXIETYINSITUATIONOFSHORT-TERMMICROGRAVITY(EVA-0G):SENSITIVITYOFPSYCHOLOGICALPARAMETERSCécile Guillot, Université de Lorraine, France

IAC-18.A1.1.10 NEWMETHODOLOGICALAPPROACHTOTHEANALYSISOFCREW-MCCCOMMUNICATIONVadim Gushin, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-18.A1.1.11 PRELIMINARYRESULTSOFCREWCOMMUNICATIONCONTENTANALYSISINSIRIUS-17Anna Yusupova, Institute for Biomedical Problems, Russian Federation

IAC-18.A1.1.12 RELATIONSHIPBETWEENEMOTIONALSTABILITY,GROUPSTATUSANDCOHESIONINTHEINTERNATIONALCREWDURINGSIMULATEDMARSEXPLORATIONMISSIONPolina Kuznetsova, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-18.A1.1.13 ADDRESSINGDISABILITYINSPACE:ICARES-1MARSANALOGMISSIONAleksander Wasniowski, Poznan University of Medical Sciences, Poland

A1.2. Human Physiology in Space

October 2 2018, 09:45 — CCB Danzig Co-Chair(s): Inesa Kozlovskaya , State Scientific Center of the Russian Federation - Institute of Biomedical Problems of the Russian Academy of Sciences, Russian Federation; Jens Jordan , Institute of Aerospace Medicine (DLR), Germany; Rapporteur(s): Elena Fomina , State Scientific Center of Russian Federation, Institute of Biomedical Problems, Russian Academy of Sciences, Russian Federation;

IAC-18.A1.2.1 MAINRESULTSOFSPACEEXPERIMENT“CARDIOVECTOR”ANDITSFURTHERDEVELOPMENTIrina Funtova, Institute for Biomedical Problems, Russian Federation

IAC-18.A1.2.2 CENTRALBLOODPRESSUREANDPULSEWAVEVELOCITYBEFOREANDAFTERSIXMONTHSINSPACEFabian Hoffmann, DLR (German Aerospace Center), Germany

IAC-18.A1.2.3 MIOCARDIUMBIOELECTRICALCHARACTERISTICS,AUTONOMICREGULATIONANDCIRCADIANRHYTHMSINSPACEVasily Rusanov, Institute for Bio-Medical Problems of RAS, Russian Federation

IAC-18.A1.2.4 RESPIRATORYVARIATIONOFTHEBALLISTOCARDIOGRAM(BCG)ISREVERSEDINSPACE-RESULTSOFTHEEXPERIMENT“CARDIOVECTOR”Elena Luchitskaya, Institute for Biomedical Problems, Russian Federation

IAC-18.A1.2.5 DECREASEDINOTROPICSTATEOFTHEHEARTAFTERONE-MONTHEXPOSURETOMICROGRAVITYASSESSEDBYCARDIOVECTOR-1Jeremy Rabineau, Université Libre de Bruxelles, Belgium

IAC-18.A1.2.6 SUPPORTREACTIONDISTRIBUTIONINTHECOURSEOFTREADMILLWALKINGINSPACEElena Tomilovskaya, Institute for Biomedical Problems, Russian Federation

8 Technical Papers by SymposiumTechnicalPapersasofSeptember2018.

PleasechecktheIAF2018ApptogetthelatestupdatesontheTechnicalPapers.


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SESSIONS PAPERS

IAC-18.A1.4.14 PERIPHERALBLOODDENDRITICCELLSINCREWMEMBERSOFTHE“SIRIUS-17”Sergey Ponomarev, IBMP, Russian Federation

IAC-18.A1.4.14 INFLUENCEOFSHORT-TERMISOLATIONINAHERMETICALLYCLOSEDFACILITYONTHEDYNAMICSOFMETABOLICREGULATIONMARKERSANDPARAMETERSCHARACTERIZINGTHESTATEOFBONETISSUEANDBODYCOMPOSITIONOFVOLUNTEERS(«LUNA-2015»AND«SIRIUS-17»)Galina Vassilieva, IBMP, Russian Federation

IAC-18.A1.4.15 3DREGIONALDIFFERENTIATEDBONEREMODELINGMONITORINGATTHEPROXIMALFEMURBEFORE,DURING60DAYSBEDRESTANDONEYEARFOLLOW-UPAFTERUSINGREACTIVEJUMPEXERCISESASCOUNTERMEASUREFORAVOIDINGLOSSOFBONEMASSZully Ritter, Charité - University Medicine Berlin, Germany

IAC-18.A1.4.16 DYSREGULATIONOFTHECIRCADIANCLOCKBYEXTERNALFACTORSDISRUPTSCELLULARPROCESSESANDIMPACTSINPHYSIOLOGYANDHUMANHEALTHAngela Relógio, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.18 DENTALHEALTHFORLONG-TERMHUMANSPACEMISSIONSWITHREMOTESUPPORTANDADVANCEDTECHNOLOGYSandra Haeuplik-Meusburger, Vienna University of Technology, Austria

IAC-18.A1.4.19 HYPOCAMPUS-HIPPOCAMPALPLASTICITYANDSPATIALNAVIGATIONONTHEISSAlexander Christoph Stahn, University of Pennsylvania, Germany

IAC-18.A1.4.20 ACUTEEFFECTSOFPHYSICALEXERCISEONCOGNITIVEPERFORMANCEINSIMULATEDWEIGHTLESSNESSBYFULLWATERIMMERSIONFabian Steinberg, Johannes Gutenberg University of Mainz, Germany

IAC-18.A1.4.21 CARDIACANDPSYCHOLOGICALMEASUREMENTSDURINGANULTRAMARATHONINCOLDCLIMATELea Rundfeldt, Charité Universitätsmedizin Berlin, Germany

A1.5. Radiation Fields, Effects and Risks in Human Space MissionsOctober 3 2018, 14:45 — CCB Danzig Co-Chair(s): Guenther Reitz , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Lawrence Pinsky , University of Houston, United States; Rapporteur(s): Premkumar Saganti , Prairie View A&M University, United States;

IAC-18.A1.5.1 ATLD-MICRODOSIMETER(LIBE-14)FORAEROSPACEUSAGE:RESULTSOFDOSIMETRYANDRADIATIONRISKASSESSMENTOFAIRLINEPILOTSUNDERTOOKLONG-HAULINTERCONTINENTALFLIGHTSDURINGMARCH-MAY2017Bhaskar Mukherjee, The University of Sydney, Australia

IAC-18.A1.5.2 SPACERADIATIONANDMAGNETICFIELDENVIRONMENTSPECIFICATIONFORTHERADCUBESPACEWEATHERRELATEDCUBESATMISSIONBalazs Zabori, MTA Centre for Energy Research, Hungary

IAC-18.A1.5.3 CURRENTSTATUSOFTIMEPIX-BASEDRADIATIONMONITORINGDEVICESINSPACEANDAFIRSTREPORTONTHENEWTIMEPIX2CHIP.Lawrence Pinsky, University of Houston, United States

IAC-18.A1.5.4 OPTIMIZATIONOFPASSIVERADIATIONSHIELDINGFORMANNEDEXPLORATIONBEYONDCISLUNARSPACEUSINGHIGH-PERFORMANCECOMPUTINGSERAENVIRONMENTMatthew Lund, University of Utah, United States

IAC-18.A1.5.6 PROTONANDFEION-INDUCEDEARLYANDLATECHROMOSOMEABERRATIONSINHUMANEPITHELIALANDFIBROBLASTCELLSRosalin Goss, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-18.A1.5.7 Radiation response of porcine lens epithelial cells and eye lenses in organ-culture Christa Baumstark-Khan, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.A1.5.8 (non-confirmed) THEFACILITYFORSPACERADIATIONBIOLOGYEXPERIMENTONTHECHINESESPACESTATIONYeqing Sun, Dalian Maritime University, China

IAC-18.A1.5.9 (non-confirmed) ANEWRADIATIONPAYLOADFORAPOLARORBIT:TEN-KOHSPACECRAFTPremkumar Saganti, Prairie View A&M University, United States

IAC-18.A1.5.10 INTERNATIONALSCIENCEPAYLOADABOARDORIONEM-1:THEMATROSHKAASTRORADRADIATIONEXPERIMENT(MARE)Razvan Gaza, Lockheed Martin Corporation, United States

IAC-18.A1.5.11 TRITEL-B:CONCEPTFORMEASURINGDEPTH-DOSEANDDEPTH-LETONTHERETURNABLEBIOLOGICALSATELLITEBION-M2Attila Hirn, MTA Centre for Energy Research, Hungary

IAC-18.A1.5.12 STUDYTHESPACERADIATIONEXPOSUREFORRADIOGENICLEUKEMIAINANINTERPLANETARYMISSIONTHANGAVEL SANJEEVIRAJA, Hindustan University, India

A1.6. Astrobiology and ExplorationOctober 4 2018, 09:45 — CCB Danzig Co-Chair(s): Nicolas Walter , European Science Foundation, France; Petra Rettberg , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Brent Sherwood , Caltech/JPL, United States; Susann Groß , DLR (German Aerospace Center), Germany;

IAC-18.A1.6.1 MASEANDMEXEM–FROMTERRESTRIALMARSANALOGUESSITESTOSPACEPetra Rettberg, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.A1.6.2 SPECTROMODULE:AMODULARIN-SITUSPECTROSCOPYPLATFORMFOREXOBIOLOGYANDSPACESCIENCESAntonella Sgambati, OHB System AG-Bremen, Germany

IAC-18.A1.6.3 EXOCUBE:AMINIATURISEDIN-SITUSPACELABORATORYFORASTROBIOLOGICALEXPOSUREEXPERIMENTSONTHEINTERNATIONALSPACESTATION.Andreas Elsaesser, Free University of Berlin, Germany

IAC-18.A1.6.4 BIOSAT-ACOMMERCIALORBITALLIFESCIENCEEXPERIMENTPLATFORMKlaus Slenzka, OHB System AG-Bremen, Germany

IAC-18.A1.3.8 MEASUREMENTOFEXERCISEGROUNDREACTIONFORCESUNDERAPPROPRIATECONDITIONSFORTHEDESIGNOFVIBRATIONISOLATIONSYSTEMSKaitlin Lostroscio, University of South Florida, United States

IAC-18.A1.3.9 IMMUNOLAB:ANEWTOOLFORTHELIFESCIENCEEXPERIMENTSANDMEDICALCONTROLINMANNEDSPACEMISSIONS.Sergey Ponomarev, IBMP, Russian Federation

IAC-18.A1.3.10 (non-confirmed) MICROGRAVITY-INDUCEDOSTEOPOROSIS:ACHALLENGEFORTHEFUTUREOFSPACEPROGRAMSPrisco Piscitelli, Euro Mediterranean Scientific Biomedical Institute, Italy

IAC-18.A1.3.11 The effect of microgravity and high intensity jumps countermeasure on default mode network activity during sleep Christina Plomariti, Aristotle University of Thessaloniki, Greece

IAC-18.A1.3.12 ABRAINNETWORKFRAMEWORKFORINVESTIGATINGMICROGRAVITYEFFECTANDEVALUATINGTHEEFFICACYOFCOUNTERMEASURESONSLEEPQUALITYPolyxeni Gkivogkli, Aristotle Uiniversity of Thessaloniki, Greece

IAC-18.A1.3.13 NEUROENGINEERINGANDFUNCTIONALNEUROIMAGINGADVANCESFORASSESSINGSLEEPQUALITYONREMOTEENVIRONMENTSChristos Frantzidi, Aristotle Uiniversity of Thessaloniki, Greece

IAC-18.A1.3.14 APPLYINGDEEPLEARNINGALGORITHMSONSLEEPDATAPanteleimon Chriskos, Aristotle University of Thessaloniki, Greece

IAC-18.A1.3.16 ASTRONAUTICALHYGIENE:ACOMMUNALDISCIPLINETOSPACEMEDICINEANDAPREVENTIVEMEASURETOSPACEDISEASESFunmilola Adebisi Oluwafemi, National Space Research and Development Agency (NASRDA), Abuja, Nigeria

IAC-18.A1.3.17 TREATMENTOFSTROKEINDEEPSPACEMISSIONSBYTHEUSEOFANEUROPROTECTANTAUTO-INJECTOR.Diana Mayor, University of Toronto, Canada

IAC-18.A1.3.18 INTRODUCINGTHEESASPACEFLIGHTEXPERIMENTBIOFILMS–ADDRESSINGTHENEEDSANDPOTENTIALOFNOVELINNOVATIVEANTIMICROBIALMATERIALSFORHUMANANDROBOTICSPACEFLIGHTRalf Moeller, German Aerospace Center (DLR), Germany

IAC-18.A1.3.19 CHALLENGESANDFUTUREDIRECTIONSOFEVIDENCEBASEDAEROSPACEHEALTHCARETHROUGHSCIENCENatasha Goumeniouk, Canadian Space Agency, Canada

IAC-18.A1.3.20 EXPERIMENTALVALIDATIONFORDEVELOPMENTOFMEDICALTECHNOLOGYOFOXIDATIVESTRESS(LIPIDPEROXIDATION)NON-INVASIVEDIAGNOSISDURINGSPACEFLIGHTDmitry Tsarkov, SSC RF-Institute of Biomedical Problems RAS, Russian Federation

A1.4. Medicine in Space and Extreme EnvironmentsOctober 3 2018, 09:45 — CCB Danzig Co-Chair(s): Hanns-Christian Gunga , Charité Universitätsmedizin Berlin, Germany; Oleg Orlov , SSC RF-Institute of Biomedical Problems RAS, Russian Federation; Rapporteur(s): Christian Rogon , DLR (German Aerospace Center), Germany;

IAC-18.A1.4.1 INTERNATIONALCOOPERATIONINSOLVINGTHEMEDICALANDBIOLOGICALISSUESOFSPACEEXPLORATIONSMISSIONSOleg Orlov, SSC RF-Institute of Biomedical Problems RAS, Russian Federation

IAC-18.A1.4.2 DYNAMICLOADING,VERTEBRALBODYFLUIDANDENDPLATEDEFORMATIONDaniel Belavy, , Australia

IAC-18.A1.4.3 DEVELOPINGTELESURGERY-TELEANESTHESIAPROTOCOLSWITHSIMULATION-BASEDTELEMENTORINGINREMOTEANDEXTREMEENVIRONMENTSANDFEASIBILITYININTEGRATING3DPRINTEDSURGICALTOOLS,VRARIMMERSIONTOTRAINNON-MEDICALANALOGASTRONAUTSJeremy Saget, Mars Academy USA, France

IAC-18.A1.4.4 REDUCEDPARASYMPATHETICOUTFLOWDURINGOVERWINTERINGINANTARCTICAMartina Anna Maggioni, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.5 AMARSANALOGMISSION;AMEDICALPERSPECTIVEBonnie Posselt, , United Kingdom

IAC-18.A1.4.6 CHANGESINFUNCTIONALBRAINACTIVATIONAFTER30DAYSOFISOLATIONANDCONFINEMENTAnika Werner, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.7 EFFECTSOF30DAYSCONFINEMENTONHEARTRATEVARIABILITYINTHEHUMANEXPLORATIONRESEARCHANALOG(HERA)Alain Riveros, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.8 CHANGESINLUMBARVERTEBRALBODYBONETEXTUREASANINDEXOFBONEMICROARCHITECTUREINBEDRESTSTUDIESUSINGTRABECULARBONESCORE(TBS)Gabriele Armbrecht, Charité - University Medicine Berlin, Germany

IAC-18.A1.4.9 IMPACTOFSLEEPRESTRICTIONANDFRAGMENTATIONONOBJECTIVEANDSUBJECTIVESLEEPQUALITY–ANINTERVENTIONSTUDYNaima Laharnar, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.10 IMPACTOFANEXTENDEDSTAYINANTARCTICAONMUSCLEANDBONEHEALTH–FIRSTRESULTSFROMTHECONCORDIARESEARCHSTATIONRoswitha Dietzel, Charité - University Medicine Berlin, Germany

IAC-18.A1.4.12 CARDIACAUTONOMICMODULATIONASATOOLTOPREDICTPERFORMANCEINA100KMULTRAMARATHONLea Rundfeldt, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.4.13 SPATIO-TEMPORALVISUALIZATIONOFBIGDATAANALYTICSDURINGSPACEFLIGHTAnastasiia Prysyazhnyuk, University of Ontario Institute of Technology (UOIT), Canada


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SESSIONS PAPERS

IAC-18.A1.8.1 ZOOPLANKTONFORTHEPRODUCTIONOFBIOMASSINBIOREGENERATIVELIFESUPPORTSYSTEMSINSPACEMiriam Knie, University of Bayreuth, Germany

IAC-18.A1.8.2 OPTIMALCLINOROTATIONSETTINGSFORMICROGRAVITYSIMULATIONINA.THALIANASEEDLINGSAlicia Villacampa, Centro de Investigaciones Biológicas (CSIC), Spain

IAC-18.A1.8.3 ALTEREDHOMERCELLSIGNALINSKELETALMUSCLESOLEUS(SOL)OFHEADTILT(HET-/-)MICEWITHAVESTIBULARDISORDERGabor Trautmann, Charité Universitätsmedizin Berlin, Germany

IAC-18.A1.8.4 PERCEPTIONOFUPRIGHT:INFLUENCEOFGENDER,VISION,GRAVITYANDPROPRIOCEPTIVECUESRainer Herpers, Bonn-Rhein-Sieg University of Applied Sciences (BRSU), Germany

IAC-18.A1.8.5 ANALYSISOFPUREMICROGRAVITYANDLOWEARTHORBITENVIRONMENTEFFECTSONMICROBESRESIDINGINTHEHUMANGUTShreya Choudhary, R.V.College of Engineering, India

IAC-18.A1.8.6 RAPIDADAPTATIONTOMICROGRAVITYINCELLSOFTHEIMMUNESYSTEMCora S. Thiel, Otto von Guericke University of Magdeburg, Germany

IAC-18.A1.8.7 TISSUEENGINEERINGANDMICROGRAVITYDaniela Grimm, , Denmark

IAC-18.A1.8.8 GROWINGBLOODVESSELSINSPACE:THESPHEROIDSPROJECTMarcus Krüger, Otto von Guericke University of Magdeburg, Germany

IAC-18.A1.8.9 THYROIDCANCERCELLSINMICROGRAVITY:RESULTSOFTHETEXUS53MISSIONSascha Kopp, University Clinic of Magdeburg, Germany

IAC-18.A1.8.10 (non-confirmed) MIRNASEQUENCINGANDBIOINFORMATICSANALYSISOFVASCULARENDOTHELIALCELLSTREATEDBYOXIDATIVESTRESSUNDERSIMULATEDMICROGRAVITYJia Liu, China Astronaut Research and Training Center , China

IAC-18.A1.8.11 SIMULATEDMICROGRAVITYENHANCESANGIOGENICACTIVITYOFMESENCHYMALSTROMALCELLSAndrey Ratushnyy, IBMP, Russian Federation

IAC-18.A1.8.12 (non-confirmed) EFFECTOFMICROGRAVITYONTHENUCLEUSHoward Levine, National Aeronautics and Space Administration (NASA), Kennedy Space Center, United States

IAC-18.A1.8.13 TRANSCRIPTOMICCHANGESINENDOTHELIALANDMESENCHYMALSTROMALCELLSUNDERSIMULATEDMICROGRAVITYLudmila Buravkova, State Scientific Center of Russian Federation, Institute of Biomedical Problems, Russian Academy of Sciences, Russian Federation

IAC-18.A1.8.14 FLUMIASDEMONSTRATOR:AMINIATURE,FAST-TRACKAPPROACHTOLIVECELLIMAGINGMICROSCOPYONTHEISSAnna Catharina Carstens, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.A1.8.15 THELIVEMICROGRAPHTECHNIQUEANDITSRECENTAPPLICATIONTOTHESPACEEXPERIMENTOFSTEMCELL'SPROLIFERATIONANDDIFFERENTIATIONINCHINESESPACECRAFT

WEIBO ZHENG, Shanghai Institute of Technical Physics, Chinese Academy of Sciences (CAS), China

IAC-18.A1.8.17 (non-confirmed) ALTEREDGRAVITYSIMULATIONANDRADIATIONTOCOMPAREPLANTMODELANDCROPSPECIESADAPTATIONTOSPACEFLIGHTANDMARS-LIKEENVIRONMENTSRaul Herranz, Centro de Investigaciones Biológicas (CSIC), Spain

IAC-18.A1.8.18 THESIMULATEDMICROGRAVITYCHANGESSURFACEMARKEREXPRESSIONANDINHIBITSCELLCYCLEPROGRESSIONOFMEGAKARYOBLASTICCELLLINEMEG-01Alisa Sokolovskaya, Research Institute of General Pathology and Pathophysiology / Russian Academy of Medical Sciences, Russian Federation

A2. IAF MICROGRAVITY SCIENCES AND PROCESSES SYMPOSIUMCoordinator(s): Nickolay N. Smirnov , Moscow Lomonosov State University, Russian Federation;

Secretary(s): Anastassiia Nikonova , Russian Academy of Sciences, Russian Federation;

Vice-Coordinator(s): Gabriel Pont , Centre National d'Etudes Spatiales (CNES), France;

A2.1. Gravity and Fundamental Physics

October 1 2018, 15:00 — Bremen 2 Co-Chair(s): Antonio Viviani , Università degli Studi della Campania "Luigi Vanvitelli", Italy; Hanns Selig , GERADTS GMBH, Germany; Rapporteur(s): Qi Kang , National Microgravity Laboratory, Institute of Mechanics, Chinese Academy of Sciences., China;

IAC-18.A2.1.1 CURRENTRESULTSOFTHEMICROSCOPESPACEMISSION:ATESTOFEQUIVALENCEPRINCIPLE.Manuel Rodrigues, Office National d’Etudes et de Recherches Aérospatiales (ONERA), France

IAC-18.A2.1.2 ENHANCEDESTIMATIONOFNEUTRALTHERMOSPHERICDENSITIESWITHMICROSCOPEMeike List, ZARM, University of Bremen, Germany

IAC-18.A2.1.3 TESTOFGENERALRELATIVITYWITHGALILEOSATELLITES5AND6Felix Finke, ZARM, University of Bremen, Germany

IAC-18.A2.1.4 ACES-GETTINGREADY!Marc Peter Hess, Airbus Defence and Space, Germany

IAC-18.A2.1.5 (non-confirmed) WHATISSPECIALABOUTQUANTUMTECHNOLOGY?Claus Lämmerzahl, ZARM Fab GmbH, Germany

IAC-18.A2.1.6 DESIGNINGOPTICSFORQUANTUMMATTER-WAVESReinhold Walser, TU Darmstadt, Germany

IAC-18.A2.1.7 OPTICALFREQUENCYREFERENCESFORSPACEAPPLICATIONSThilo Schuldt, German Aerospace Center (DLR), Bremen, Germany, Germany

IAC-18.A2.1.8 ZERODURBASEDOPTICALSYSTEMSFORQUANTUMGASEXPERIMENTSINSPACEMoritz Mihm, Johannes Gutenberg University of Mainz, Germany

IAC-18.A1.6.5 NEXTGENERATIONOFLIFESCIENCEHARDWAREFORSPACERESEARCHGianluca Neri, Kayser Italia Srl, Italy

IAC-18.A1.6.6 EFFECTSOFLOW-EARTHORBITONGROWTHOFAPHOTOSYNTHETICMICROORGANISMMorgan Taverner, University of Manitoba, Canada

IAC-18.A1.6.7 CUBEHAB-AMINIATURELUNARECOSYSTEMKlaus Slenzka, OHB System AG-Bremen, Germany

IAC-18.A1.6.8 OREOCUBE(ORGANICSEXPOSUREINORBIT):IN-SITUUV-VISSPECTROSCOPYOFORGANICCOMPOUNDSONTHEINTERNATIONALSPACESTATIONSebastian Wolf, Free University of Berlin, Germany

IAC-18.A1.6.9 ALOWEARTHORBITCUBESATFORTOMATOIDEOTYPECULTIVATIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-18.A1.6.10 ANINTELLIGENTCELLSENSORSYSTEMINSPACEWeiqiang Xia, Beijing Institute of Aerospace Systems Engineering, China

IAC-18.A1.6.11 VALIDATIONOFANALYTICALINSTRUMENTATIONFORCONTINUOUSONLINEMONITORINGOFLARGESPECTRAOFVOCSINCLOSEDHABITATDURINGSIMULATIONOFSPACEFLIGHTViktor Fetter, Airbus DS, Germany

IAC-18.A1.6.12 THESEARCHFORLIFEONMARSANDINTHESOLARSYSTEM–STRATEGIES,LOGISTICSANDINFRASTRUCTURESJean-Pierre Paul de Vera, German Aerospace Center (DLR), Berlin, Germany

A1.7. Life Support, habitats and EVA Systems

October 5 2018, 09:45 — CCB Danzig Co-Chair(s): Klaus Slenzka , OHB System AG-Bremen, Germany; Liu Hong , Xi'an Aerospace Propulsion Institute, China; Rapporteur(s): Chiaki Mukai , Japan Aerospace Exploration Agency (JAXA), Japan; Michael Becker , DLR (German Aerospace Center), Germany;

IAC-18.A1.7.1 APROPOSEDLIFESUPPORTSYSTEMFORSPACETRAVELOliver Opatz, Center for Space Medicine Berlin (ZWMB), Germany

IAC-18.A1.7.2 ANALGAEMEMBRANEPHOTOBIOREACTORFORRESILIENTWATERMANAGEMENTMelanie Pickett, University of South Florida, United States

IAC-18.A1.7.3 CHLAMYDOMONAS-COMMUNITYBIOREACTORKlaus Slenzka, OHB System AG-Bremen, Germany

IAC-18.A1.7.4 MICROALGAECULTIVATIONINSPACEFORFUTUREEXPLORATIONMISSIONS:ASUMMARYOFTHEDEVELOPMENTPROGRESSOFTHESPACEFLIGHTEXPERIMENTPBR@LSRONTHEINTERNATIONALSPACESTATIONISSJochen Keppler, Institute of Space Systems, Universität Stuttgart, Germany

IAC-18.A1.7.6 PBR@LSREXPERIMENT–READYTOFLYGisela Detrell, Institute of Space Systems, University of Stuttgart, Germany

IAC-18.A1.7.7 BACTERIALMODIFICATIONOFLUNARANDMARTIANREGOLITHFORPLANTGROWTHINLIFESUPPORTSYSTEMSBenjamin Lehner, TU Delft, The Netherlands

IAC-18.A1.7.8 E-NOSE:MEASURINGSURFACEMICROBIALCONTAMINATIONANDOXIDATIVESTRESSOFCOSMONAUTS–RESULTSANDFUTUREAPPLICATIONSJan Grosser, German Aerospace Center (DLR), Germany

IAC-18.A1.7.9 IMPACTSOFTHEEXPLORATIONATMOSPHEREONTHEIMPLEMENTATIONOFANALGAL-BASEDLIFESUPPORTSYSTEMTobias Niederwieser, University of Colorado Boulder, United States

IAC-18.A1.7.10 STUDYOFMICROBIALDECOMPOSITIONOFDISPOSEDPERSONALHYGIENICMEANSANDPLANTWASTESINTHEINTERESTSOFLIFESUPPORTOFLUNARBASESANDINTERPLANETARYMISSIONSKORSHUNOVD.V.,ILYINV.K.INSTITUTEFORBIOMEDICALPROBLEMS,MOSCOW,RUSSIAViacheslav Ilyin, Institute of Biomedical Problems (IBMP), Russian Academy of Sciences (RAS), Russian Federation

IAC-18.A1.7.11 EXTENDINGTHEUTILIZATIONOFDUSTPROTECTIONSYSTEMSUSINGCARBONNANOTUBEEMBEDDEDMATERIALSFORLUNARHABITATSFOREXPLORATIONMISSIONSKavya K. Manyapu, The Boeing Company, United States

IAC-18.A1.7.12 SURVIVALRATEOFTHEEARTHWORMSINTHEMETEORITEBASIS-ISRUEXPERIMENTSDURINGICARES-1ANALOGMISSION.Aleksander Wasniowski, Poznan University of Medical Sciences, Poland

IAC-18.A1.7.13 THEELEMENTSBALANCEINTHESYSTEMCOMBININGNITRIFICATIONANDAEROPONICCULTIVATIONAnna Jurga, Wroclaw University of Science and Technology, Poland

IAC-18.A1.7.14 MAKINGSCIENCEFICTIONAREALITY:ADVANCEDCONCEPTSFORHUMANSPACEEXPLORATIONNathan Boll, National Academies of Sciences, Engineering, and Medicine, United States

IAC-18.A1.7.15 BACTERIALCELLULOSEFORCLOTHESPRODUCTIONINSPACEUSINGKOMBUCHAMICROBIALCONSORTIUM.Agata Kolodziejczyk, Astronomia Nova Society, for Science Foundation, Poland

IAC-18.A1.7.16 GASEXCHANGEANDLEAFANATOMYOFLETTUCEINRESPONSETOBLUEANDREDLEDSASASOLE-SOURCELIGHTINGLuigi Gennaro Izzo, University of Naples, Italy

IAC-18.A1.7.17 THEINFLUENCEOFOPERATINGMODESONTRICKLINGFILTERPERFORMANCEGerhild Bornemann, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Aerospace Medicine, Germany

IAC-18.A1.7.18 INSECTPROTEINASAVIABLE,SUSTAINABLERESOURCEFORASTRONAUTNUTRITIONElise Harrington, University of Western Ontario (UWO), Canada

A1.8. Biology in Space

October 5 2018, 13:30 — CCB Danzig Co-Chair(s): Fengyuan Zhuang , Beihang University, China; Markus Braun , DLR, German Aerospace Center, Germany; Rapporteur(s): Cora S. Thiel , Otto von Guericke University of Magdeburg, Germany; Nicole Buckley , Canadian Space Agency, Canada;


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IAC-18.A2.3.4 SECAMP-STUDENTEXPERIMENTSWITHCOLDATOMSONMICRO-ANDHYPERGRAVITYPLATFORMSJens Grosse, University of Bremen - ZARM, Germany

IAC-18.A2.3.5 FINALDESIGNOFTHEMAIUS-2/3PAYLOAD–ANATOMINTERFEROMETERONASOUNDINGROCKETMichael Elsen, ZARM, University of Bremen, Germany

IAC-18.A2.3.6 FLUMIASANDPERWAVES:TWO"WORLDFIRST"EXPERIMENTSINSPACEHergen Oltmann, Airbus Defence and Space, Germany

IAC-18.A2.3.7 IMPROVEDPRESSURE-VOLUME-TEMPERATUREGAUGINGMETHODFORELECTRICPROPULSIONSYSTEMS(PVT-GAMERS):FLIGHT-MODELEXPERIMENTFORZERO-GVALIDATION.Álvaro Tomás Soria Salinas, Luleå University of Technology, Sweden

IAC-18.A2.3.8 DUSTYPLASMASONPARABOLICFLIGHTSANDDROPTOWERAndre Melzer, University of Greifswald, Germany

IAC-18.A2.3.9 SELF-REWETTINGCAPILLARYFLOWUNDEREVAPORATIONANDCONDENSATIONPROCESSESINPARABOLICFLIGHTCONDITIONSAnselmo Cecere, Università degli Studi di Napoli “Federico II”, Italy

IAC-18.A2.3.10 GROUNDMEASUREMENTSOFMOLECULARDIFFUSIONINMULTICOMPONENTLIQUIDSYSTEMSCONTAININGNANOPARTICLESASAPREPARATIONOFTHEDCMIX4MICROGRAVITYEXPERIMENT.Quentin Galand, Université Libre de Bruxelles, Belgium

IAC-18.A2.3.11 STUDYONMARANGONICONVECTIONINALARGESCALELIQUIDBRIDGEONTG-2SPACELABQi Kang, National Microgravity Laboratory, Institute of Mechanics, Chinese Academy of Sciences., China

IAC-18.A2.3.13 COLLISIONSOFCHARGEDGRAINSINMICROGRAVITYFelix Jungmann, University Duisburg-Essen, Germany

A2.4. Science Results from Ground Based ResearchOctober 4 2018, 09:45 — Bremen 2 Co-Chair(s): Antonio Viviani , Università degli Studi della Campania "Luigi Vanvitelli", Italy; Valentina Shevtsova , Université Libre de Bruxelles, Belgium; Rapporteur(s): Nickolay N. Smirnov , Moscow Lomonosov State University, Russian Federation;

IAC-18.A2.4.1 FIREBEHAVIOUROFPOLYDIMETHYLSILOXANEMATERIALSFORSPACECRAFTAPPLICATIONSUlises Rojas Alva, The University of Edinburgh, United Kingdom

IAC-18.A2.4.2 FLAMEPROPAGATIONINWEIGHTLESSNESSABOVETHEBURNINGSURFACEOFMATERIALVeronika Tyurenkova, Scientific Research Institute for System Analysis, Russian Academy of Sciences (RAS), Russian Federation

IAC-18.A2.4.3 EXTERNALHEATSOURCEPHENOMENONANDFIRESVinayak Malhotra, SRM University Chennai, India

IAC-18.A2.4.4 THEDCMIXPROJECT:MEASUREMENTOFTHERMODIFFUSIONPROCESSESINTERNARYMIXTURESONGROUNDANDINSPACEMarcel Schraml, University of Bayreuth, Germany

IAC-18.A2.4.5 GRAVITATIONALSTABILITYANALYSISONDOUBLEDIFFUSIONCONVECTIONINTERNARYMIXTURESBerin Šeta, Universitat Rovira i Virgili (URV), Spain

IAC-18.A2.4.6 CRITERIAFORDOMINATEDFORCEREGIMEMAPINMULTIPHASETHERMALFLUIDSYSTEMWang-Fang Du, Institute of Mechanics, Chinese Academy of Sciences, China

IAC-18.A2.4.7 NONLINEAROSCILLATORYFLOWSINATWO-LAYERSYSTEMWITHATEMPERATURE-DEPENDENTHEATRELEASEIlya Simanovskii, TECHNION - Israel Institute of Technology, Israel

IAC-18.A2.4.8 ENHANCEDHEATTRANSFERINACYLINDRICALANNULUSUNDER1GANDLOW-GCONDITIONSMartin Meier, BTU Cottbus, Germany

IAC-18.A2.4.9 EFFECTOFEVAPORATIONONFLOWSTRUCTUREOFACOUSTICALLYLEVITATEDDROPLETKenji Kobayashi, University of Tsukuba, Japan

IAC-18.A2.4.10 EXPERIMENTALINVESTIGATIONOFEVAPORATIONOFMULTICOMPONENTDROPLETBYACOUSTICLEVITATIONYuki Niimura, Kogakuin University, Japan

IAC-18.A2.4.11 THERMOPHYSICALPROPERTYMEASUREMENTUSINGLEVITATIONTECHNIQUEUNDERMICROGRAVITYANDONGROUNDMasahito Watanabe, Gakushuin University, Japan

IAC-18.A2.4.12 Surface instability of paramagnetic liquid in non-uniform magnetic field Barbara Fritzsche, TU Dresden, Germany

IAC-18.A2.4.13 THEDEVELOPMENTSTATUSANDTRENDANALYSISOFSPACEMATERIALSCIENCERESEARCHINCHINAYAN LIU, Technology and Engineering Center for Space Utilization, China

A2.5. Facilities and Operations of Microgravity ExperimentsOctober 4 2018, 14:45 — Bremen 2 Co-Chair(s): Gabriel Pont , Centre National d'Etudes Spatiales (CNES), France; Rainer Willnecker , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Satoshi Matsumoto , Japan Aerospace Exploration Agency (JAXA), Japan;

IAC-18.A2.5.1 REPORTONPROGRESSOFTHEGRAVITOWERBREMEN-PROTOTYPEAndreas Gierse, ZARM University of Bremen, Germany

IAC-18.A2.5.2 CONTROL,SENSORANDDIAGNOSTICSSYSTEMSDESIGNFORA1.5SECONDSHIGHQUALITYMICROGRAVITYDROPTOWERFACILITYJonas Büttner, IRS, University of Stuttgart, Germany

IAC-18.A2.5.3 MIGROP-PARABOLICFLIGHTWITHLIGHTAIRCRAFT-ANEWPLATFORMFORZERO-G,PARTIAL-GANDHYPER-GEXPERIMENTSHanns Selig, GERADTS GMBH, Germany

IAC-18.A2.5.4 USINGONBOARDDATAFUSIONOFIMUANDGNSSFORIMPROVEMENTOFSCIENTIFICROCKETFLIGHTSAlexander Schmidt, German Aerospace Center (DLR), Germany

IAC-18.A2.1.9 JOKARUS-ANOPTICALABSOLUTEFREQUENCYREFERENCEONASOUNDINGROCKETBASEDONMOLECULARIODINEKlaus Döringshoff, Humboldt University of Berlin, Germany

IAC-18.A2.1.10 WIGNERREPRESENTATIONOFINTERACTINGBECSINTHETHOMAS-FERMILIMITJan Teske, TU Darmstadt, Germany

IAC-18.A2.1.11 ULTRACOLDATOMSFORMATTER-WAVEINTERFEROMETRYINMICROGRAVITYTammo Sternke, University of Bremen - ZARM, Germany

IAC-18.A2.1.12 ATOMINTERFEROMETRYFROMEARTHTOSPACE\\THEQUANTUS,MAIUS,ANDBECCALCONSORTIAWaldemar Herr, Leibniz Universiät Hannover, Germany

IAC-18.A2.1.13 QUANTUMGASESABOARDTHEISS-CAPABILITIESOFTHEBECCALPROJECTLisa Wörner, University of Bremen; BECCAL collaboration, Germany

IAC-18.A2.1.14 MAIUS-1-CREATINGTHEFIRSTBOSE-EINSTEINCONDENSATEINSPACEHauke Müntinga, ZARM University of Bremen, Germany

IAC-18.A2.1.15 EXPANDINGTHEPOSSIBILITIESOFSPACEBORNEQUANTUMBASEDEXPERIMENTSChristian Vogt, ZARM, University of Bremen, Germany

A2.2. Fluid and Materials Sciences

October 2 2018, 09:45 — Bremen 2 Co-Chair(s): Nickolay N. Smirnov , Moscow Lomonosov State University, Russian Federation; Satoshi Matsumoto , Japan Aerospace Exploration Agency (JAXA), Japan; Rapporteur(s): Thomas Driebe, DLR (German Aerospace Center), Germany;

IAC-18.A2.2.1 KEYNOTE:FLUIDSCIENCEEXPERIMENTSCONDUCTEDONTHEISS.Valentina Shevtsova, Université Libre de Bruxelles, Belgium

IAC-18.A2.2.2 BOILINGTWO-PHASEFLOWEXPERIMENTINMICROGRAVITYONBOARDINTERNATIONALSPACESTATIONSatoshi Matsumoto, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.A2.2.3 OBSERVATIONOFINTERFACIALPHENOMENABETWEENIRONMELTANDMOLTENOXIDESUNDERMICROGRAVITYMasahito Watanabe, Gakushuin University, Japan

IAC-18.A2.2.4 MICROGRAVITYINVESTIGATIONOFCAPILLARYFORCESINIMBIBITIONOFFLUIDINTOPOROUSMEDIAEvgeniya Skryleva, Moscow Lomonosov State University, Russian Federation

IAC-18.A2.2.5 EXPERIMENTALSTUDYONTHERMOCAPILLARY-BUOYANCYMIGRATIONINTERACTIONOFAXISYMMETRICTWODROPSLi DUAN, National Microgravity Laboratory, Institute of Mechanics, Chinese Academy of Sciences., China

IAC-18.A2.2.6 RESULTSOFTHEMICROGRAVITYZERO-BOIL-OFFTANK(ZBOT)EXPERIMENTMohammad Kassemi, NASA Glenn Research Center, United States

IAC-18.A2.2.7 MICROGRAVITYEXPERIMENTSANDNUMERICALSIMULATIONSONTHECOMBUSTIONOFSINGLEOXYGENDROPLETSINHYDROGENFlorian Meyer, University of Bremen - ZARM, Germany

IAC-18.A2.2.8 INFLUENCEOFTHERMOGRAVITATONALCOLUMNGEOMETRYONSTABILITYOFSEPARATIONBerin Šeta, Universitat Rovira i Virgili (URV), Spain

IAC-18.A2.2.9 ADVANCEMENTSINTHEQUANTIFICATIONOFTHECRYSTALSTRUCTUREOFZNSMATERIALSPRODUCEDINVARIABLEGRAVITYMartin Castillo, ZARM, University of Bremen, Germany

IAC-18.A2.2.10 TRANSIENTNUMERICALSIMULATIONONTHEPERFORMANCEOFANEON-CHARGEDCRYOGENICLOOPHEATPIPEFORSPACEAPPLICATIONFalong He, National Microgravity Laboratory, Institute of Mechanics, Chinese Academy of Sciences., China

IAC-18.A2.2.11 IN-SITUOBSERVATIONOFFOREIGNPHASEPARTICLESINFLUIDSANDTHEIRINTERACTIONWITHASOLIDIFICATIONFRONTTina Sorgenfrei, University of Freiburg, Germany

IAC-18.A2.2.12 MARANGONIFLOWINAFREE-STANDINGTHINFLUIDFILMTorsten Trittel, Otto von Guericke University of Magdeburg, Germany

IAC-18.A2.2.13 IDEALSTATESOFGRANULARMATTERINMICROGRAVITYMatthias Sperl, DLR (German Aerospace Center), Germany

IAC-18.A2.2.14 REVIEWANDDEVELOPMENTPLANNINGOFMICROGRAVITYFLUIDPHYSICSINCHINAJin Zhaojun, Chinese Academy of Sciences, China

IAC-18.A2.2.15 DYNAMICSOFENRICHEDPARAMAGNETICREESALTSOLUTIONCLUSTERSUNDERTHEINFLUENCEOFTHECOUPLEDGRAVITYANDMAGNETICFIELDKerstin Eckert, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

IAC-18.A2.2.17 Impact of solutocapillary convection in germanium-silicon growth with free liquid surfaces Tina Sorgenfrei, University of Freiburg, Germany

A2.3. Microgravity Experiments from Sub-Orbital to Orbital PlatformsOctober 3 2018, 14:45 — Bremen 2 Co-Chair(s): Raffaele Savino , University of Naples "Federico II", Italy; Rainer Willnecker , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Peter Hofmann , OHB System AG - Munich, Germany;

IAC-18.A2.3.1 AXIALLOWBONDNUMBERSLOSHINGOFLIQUIDHYDROGENMichael Dreyer, University of Bremen, Germany

IAC-18.A2.3.2 PHASESEPARATIONOFHYDROGENAndré Pingel, University of Bremen - ZARM, Germany

IAC-18.A2.3.3 SOLIDIFICATIONRESEARCHONDIFFERENTMICROGRAVITYPLATFORMSLaszlo Sturz, Access e.V., Germany


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IAC-18.A2.7.3 DESIGNANDDEVELOPMENTOFACUBESATPLATFORMFORSUPPORTINGHUMANPHYSIOLOGICALIN-VITROSTUDIESINSPACECarolina Moreno Aguirre, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.A2.7.4 REMOTECONTROLLEDMINIATURIZEDLABPLATFORMFORSPACERESEARCHGuy Samburski, Space Pharma SA, Israel

IAC-18.A2.7.5 SPACEFLOW-ACONCEPTFORADVANCEDFLOWCYTOMETRYSandra Podhajsky, OHB System AG-Bremen, Germany

IAC-18.A2.7.7 THESTATUSOFPREPARATIONFORTHEATOMIZATIONEXPERIMENTINMICROGRAVITYONKIBOTomokazu Dohkojima, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.A2.7.8 ARISE:BUILDINGPLANETARYSEEDLINGSONTHEISSGrzegorz Musiolik, University of Duisburg-Essen, Germany

IAC-18.A2.7.9 ASI-BIOMISSIONVITAINC.51/52NANOROSEXPERIMENT:SKELETALMUSCLECELLPROTECTIONAGAINSTOXIDATIVESTRESSWITHCERIUMOXIDENANOPARTICLESINSPACEGiada Graziana Genchi, Istituto Italiano di Tecnologia, Italy

IAC-18.A2.7.10 THEEFFECTOFMICROGRAVITYANDCOSMICRAYSONIMMORTALISEDHUMANCELLLINESINASUSPENSIONCULTURECONDITIONONANANOSATELLITEPLATFORM.Hannah Nazri, University of Oxford, United Kingdom

IAC-18.A2.7.11 THEEFFECTSOFLONG-TERMVIBRATIONONHUMANCHONDROCYTES.Markus Wehland, University Clinic of Magdeburg, Germany

IAC-18.A2.7.12 The power of life - how biology can help address the long term energy demands of space colonization Trevor Kalkus, University of Fribourg, Switzerland, United States

IAC-18.A2.7.13 EVALUATINGTHEMICROBIALENVIRONMENTABOARDISSTOENABLEANOPTIMIZEDMICROBIOMEFORDEEPSPACEHUMANEXPLORATIONKaren Dannemiller, The Ohio State University College of Engineering, United States

IAC-18.A2.7.14 DEFININGASPACEFLIGHTBIOFILMEXPERIMENTTHROUGHCOMPREHENSIVEASSESSMENTSOFMATERIAL,MEDIA,ANDHARDWAREBIOCOMPATIBILITYZeena Nisar, University of Colorado Boulder, United States

IAC-18.A2.7.15 CONTROLLINGSPACEFLIGHTFUNGALBIOFILMS:THESEARCHFORANTIMICROBIALSURFACESMarta Cortesao, German Aerospace Center (DLR), Germany

IAC-18.A2.7.16 TRANSLATIONALOMICSRESEARCHONTHEINTERNATIONALSPACESTATIONJohn Love, NASA, United States

IAC-18.A2.7.17 (non-confirmed) EFFECTSOFSPACEENVIRONMENTONPLANTCELLGROWTHANDPROLIFERATION.ROLEOFREDLIGHTINCOUNTERACTINGGRAVITATIONALSTRESSANDPROMOTINGADAPTATION.F. Javier Medina, Centro de Investigaciones Biológicas (CSIC), Spain

IAC-18.A2.7.18 ATMOFLOW-SIMULATINGATMOSPHERICFLOWSONTHEINTERNATIONALSPACESTATION.PARTII:EXPERIMENTSANDNUMERICALSIMULATIONSFlorian Zaussinger, BTU Cottbus, Germany

A3. SPACE EXPLORATION SYMPOSIUMCoordinator(s): Bernard Foing , ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands; Christian Sallaberger , Canadensys Aerospace Corporation, Canada;

A3.1. Space Exploration Overview

October 1 2018, 15:00 — CCB Kaisen Co-Chair(s): Christian Sallaberger , Canadensys Aerospace Corporation, Canada; Kathy Laurini , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Keyur Patel , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States; Norbert Frischauf , , Austria;

IAC-18.A3.1.1 THETHIRDEDITIONOFTHEGLOBALEXPLORATIONROADMAPKathy Laurini, National Aeronautics and Space Administration (NASA), United States

IAC-18.A3.1.2 DEVELOPMENTOFSPACEEXPLORATIONSCENARIOS-CHALLENGESANDSOLUTIONSFOREMERGINGSPACECOUNTRIESKhaled Al Hashmi, UAE Space Agency, United Arab Emirates

IAC-18.A3.1.3 THEMOONASASTEPPINGSTONETOHUMANMARSMISSIONSJohn Connolly, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-18.A3.1.5 THEMOONVILLAGECONCEPT:CAPTURINGNEWGLOBALCONTEXTSANDSHAPINGINTERNATIONALENGAGEMENTPiero Messina, European Space Agency (ESA), France

IAC-18.A3.1.6 PRINCIPLESFORAPRACTICALMOONBASEBrent Sherwood, Caltech/JPL, United States

IAC-18.A3.1.7 POSSIBLEMOONRESEARCHANDEXPLORATIONSCENARIOSBASEDONRUSSIA’SPARTICIPATIONININTERNATIONALCIS-LUNARSTATIONDEEPSPACEGATEWAYMariya Danilova, Central Research Institute of Machine Building (TSNIIMASH), Russian Federation

IAC-18.A3.1.8 EXPLORATIONSTRATEGIESENABLEDBYCOMMERCIALSPACEARCHITECTURESAlain Berinstain, Moon Express Inc., United States

IAC-18.A3.1.10 PREPARINGPOTENTIALEUROPEANROLESINTHEINTERNATIONALEXPLORATIONOFTHEMOONWITHINTHEEUROPEANEXPLORATIONENVELOPEPROGRAMMEMarkus Landgraf, European Space Agency (ESA), The Netherlands

IAC-18.A3.1.11 Future funding schemes for space exploration Stephanie Willekens, Euroconsult, France

IAC-18.A3.1.12 Planmap: Geological mapping supporting the exploration of the Moon, Mars and Mercury Angelo Pio Rossi, Jacobs University Bremen, Germany

IAC-18.A2.5.5 THETEXUS/MAXUSTRANSFORMATION-HOWTOKEEPSOUNDINGROCKETSVERSATILEANDCOSTEFFECTIVEAndreas Schuette, Airbus DS GmbH, Germany

IAC-18.A2.5.6 AMODEL-DRIVENSOFTWAREARCHITECTUREFORULTRA-COLDGASEXPERIMENTSINSPACEBenjamin Weps, DLR (German Aerospace Center), Germany

IAC-18.A2.5.7 FUTURECAPABILITIESOFTHEELECTROMAGNETICLEVITATOR(EML)ON-BOARDTHEISS:OXYGENSENSINGANDCONTROLSYSTEM(OCS)Winfried Aicher, Airbus DS GmbH, Germany

IAC-18.A2.5.8 (non-confirmed) GENERATIONOFARTIFICIALGRAVITYBYULTRASOUNDSTOOVERCOMEMICROGRAVITYENVIRONMENTSIciar Gonzalez, Consejo Superior de Investigaciones Científicas (CSIC), Spain

IAC-18.A2.5.9 X-RAYATOOLFORMICROGRAVITYEXPERIMENTSChristian Lockowandt, SSC, Sweden

IAC-18.A2.5.10 MULTISENSORYREAL-TIMESPACETELEROBOTICSMarta Ferraz, ESA - European Space Agency, Netherlands Antilles

IAC-18.A2.5.11 OPERATIONOFTHEMICROGRAVITYVIBRATIONISOLATIONSYSTEM(MVIS)FACILITYONTHEINTERNATIONALSPACESTATIONJennifer Michels, , Canada

IAC-18.A2.5.12 SPATIALEXPERIMENTTECHNOLOGIESSUITABLEFORUNRETURNABLEBIOREACTORZhang Tao, Shanghai Institute of Technical Physics, Chinese Academy of Sciences (CAS), China

A2.6. Life and Microgravity Sciences on board ISS and beyond (Part I)October 5 2018, 09:45 — Bremen 2 Co-Chair(s): Bernard Zappoli , Centre National d'Etudes Spatiales (CNES), France; Peter Hofmann , OHB System AG - Munich, Germany; Rapporteur(s): Angelika Diefenbach , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

IAC-18.A2.6.1 10YEARSUTILIZATIONOFTHEEPMFACILITYINCOLUMBUS–FROMHUMANPHYSIOLOGYTOCOMMERCIALEXPERIMENTSMarco Berg, OHB System, Germany

IAC-18.A2.6.2 COMPLEXPLASMAEXPERIMENTSINPK-4FACILITYONBOARDTHEINTERNATIONALSPACESTATIONMikhail Pustylnik, DLR (German Aerospace Center), Germany

IAC-18.A2.6.3 EKOPLASMA-THEFUTUREOFCOMPLEXPLASMARESEARCHABOARDTHEINTERNATIONALSPACESTATIONChristina A. Knapek, Deutsches Zentrum fuer Luft- und Raumfahrt (DLR), Germany

IAC-18.A2.6.4 FLUIDSCIENCEMISSIONSONBOARDCOLUMBUSStefan Petschelt, Airbus DS GmbH, Germany

IAC-18.A2.6.5 HYDRODYNAMICSOFDROPLETLATTICESINQUASI2DFREE-STANDINGLIQUIDCRYSTALFILMSChristoph Klopp, Otto von Guericke University of Magdeburg, Germany

IAC-18.A2.6.6 COARSENINGOFAQUEOUSFOAMS.MICROGRAVITYEXPERIMENTSDominique Langevin, CNRS - UPS, France

IAC-18.A2.6.7 THESOFTMATTERDYNAMICSEXPERIMENTFORTHEISSRobert Sütterlin, Airbus DS GmbH, Germany

IAC-18.A2.6.8 MATERIALSCIENCELABOPERATIONSONBOARDTHEINTERNATIONALSPACESTATIONJan Gegner, German Aerospace Center (DLR), Germany

IAC-18.A2.6.9 DECLIC:ONITSWAYTODECLIC-EVORemi Canton, Centre National d'Etudes Spatiales (CNES), France

IAC-18.A2.6.10 THEELECTROMAGNETICLEVITATOR(EML)ON-BOARDTHEISS:CAPABILITIES,ON-ORBITPERFORMANCEANDRECENTENHANCEMENTS.Wolfgang Soellner, Airbus DS GmbH, Germany

IAC-18.A2.6.11 CONTAINERLESSPROCESSINGONISS:EXPERIMENTOPERATIONSINESA’SEML,THEELECTROMAGNETICLEVITATORSandra Schumann, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.A2.6.12 THERMOPHYSICALPROPERTIESOFMETALLICALLOYSINTHELIQUIDPHASE:RECENTRESULTSOFCONTAINERLESSELECTROMAGNETICPROCESSINGONTHEINTERNATIONALSPACESTATIONISSHans Fecht, Ulm University, Germany

IAC-18.A2.6.13 THEMATERIALSSCIENCELABORATORY-ELECTROMAGNETICLEVITATOR(EML)ONTHEINTERNATIONALSPACESTATION:THERMOPHYSICALPROPERTIESOFATIALALLOY(GE48-2-2)INTHELIQUIDPHASERainer Wunderlich, Ulm University, Germany

IAC-18.A2.6.14 BAKEINSPACE:TECHNOLOGYDEMONSTRATIONSebastian Marcu, Bake in Space, Germany

IAC-18.A2.6.15 ATMOFLOW–SIMULATINGATMOSPHERICFLOWSONTHEINTERNATIONALSPACESTATION.PARTI:EXPERIMENTANDISS-IMPLEMENTATIONCONCEPTPeter Canfield, Airbus Defence and Space, Germany

A2.7. Life and Microgravity Sciences on board ISS and beyond (Part II)October 5 2018, 13:30 — Bremen 2 Co-Chair(s): Angelika Diefenbach , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Cora S. Thiel , Otto von Guericke University of Magdeburg, Germany; Peter Graef , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Satoshi Matsumoto , Japan Aerospace Exploration Agency (JAXA), Japan;

IAC-18.A2.7.1 LIFESCIENCERESEARCHINSPACE,WHEREWEAREANDWHEREWEWANTTOGOAstrid Adrian, , Germany

IAC-18.A2.7.2 ADVANCESOFSPACELIFESCIENCEPROJECTSONCHINESETIANZHOU-1PEI HAN, Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences, China


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IAC-18.A3.2C.6 END-TO-ENDMISSIONDESIGNFORMICROBIALISRUACTIVITIESASPREPARATIONFORAMOONVILLAGEBenjamin Lehner, TU Delft, The Netherlands

IAC-18.A3.2C.7 AIOPTIMIZEDROBOTICDESIGNFORTHEARCHITECTURALCONSTRUCTIONOFALUNARHABITATHatem Alaa Hussein, International Space University (ISU), France

IAC-18.A3.2C.8 HOWALABORATORYONTHEMOONSHOULDBEEQUIPPEDChristiane Heinicke, ZARM, University of Bremen, Germany

IAC-18.A3.2C.9 DESIGNANDIMPLEMENTATIONOFTHERMALCONTROLSTRATEGYFORMICRO-SIZELUNAREXPLORATIONROVERHAKUTOToshiki Tanaka, ispace, Inc, Japan

IAC-18.A3.2C.10 PAYLOADDATAINTEGRITYONLUNARDATAPROCESSINGMODULEUSINGENCRYPTIONANDAUTHENTICATIONSASI SAKETH KURRA, , India

IAC-18.A3.2C.11 ACOST-EFFECTIVEPLANTOENABLELUNAREXPLORATIONANDDEVELOPMENTRobert Zubrin, Pioneer Astronautics, United States

IAC-18.A3.2C.12 LUNARNIGHTSURVIVAL:POWERGENERATIONANDDISTRIBUTIONSOLUTIONSTOENABLEASUSTAINEDHUMANPRESENCEONTHEMOONRob Postema, ESA - European Space Agency, The Netherlands

A3.3A. Mars Exploration – missions current and futureOctober 3 2018, 09:45 — CCB Kaisen Co-Chair(s): Pierre W. Bousquet , Centre National d'Etudes Spatiales (CNES), France; Vincenzo Giorgio , Thales Alenia Space Italia, Italy; Rapporteur(s): Amalia Ercoli Finzi , Politecnico di Milano, Italy; Cheryl Reed , The Johns Hopkins University Applied Physics Laboratory, United States;

IAC-18.A3.3A.1 (non-confirmed) STATUSANDOVERVIEWOFNASA'SINSIGHTMARSMISSION--INSIGHT:[INTERIOREXPLORATIONUSINGSEISMICINVESTIGATIONS,GEODESYANDHEATTRANSPORT]Ramon P. De Paula, National Aeronautics and Space Administration (NASA), United States

IAC-18.A3.3A.3 EXOMARSROVERANDSURFACEPLATFORMMISSION:PREPARINGTHESYSTEMINTEGRATIONANDVERIFICATIONPHASEBruno Musetti, Thales Alenia Space Italia, Italy

IAC-18.A3.3A.4 THEMARSRECONNAISSANCEORBITERMISSION:2018STATUSMartin Johnston, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-18.A3.3A.5 MARSSAMPLERETURNARCHITECTUREASSESSMENTSTUDYSimone Centuori, Elecnor Deimos, Spain

IAC-18.A3.3A.6 THEEARTHRETURNORBITERMISSIONASPARTOFANINTERNATIONALMARSSAMPLERETURNCAMPAIGNJakob Huesing, Rhea for ESA, The Netherlands

IAC-18.A3.3A.7 MARSSAMPLERETURNLANDERMISSIONCONCEPTAshley Karp, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.A3.3A.8 MISSIONDESIGNOFMARTIANMOONSEXPLORATION(MMX)Yasuhiro Kawakatsu, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-18.A3.3A.9 EXAMININGTHEPOSSIBLEUSAGESOFMODULATINGRETRO-REFLECTORSTOSTUDYTHEMARTIANATMOSPHERE:MISSIONCONCEPTHeyam Alblooshi, United Arab Emirates Space Agency, United Arab Emirates

IAC-18.A3.3A.10 PLANETARYPROTECTIONONCOSPARCATEGORYIVBEXOMARSMISSION2020Diana Margheritis, Thales Alenia Space Italia, Italy

IAC-18.A3.3A.11 DEPHINEMISSION–EXPLORINGTHEMARTIANMOONSOFDEIMOSANDPHOBOS–INESA’SCOSMICVISIONPROGRAMMEAlison Gibbings, OHB System AG, Germany

A3.3B. Mars Exploration – Science, Instruments and TechnologiesOctober 3 2018, 14:45 — CCB Kaisen Co-Chair(s): Pierre W. Bousquet , Centre National d'Etudes Spatiales (CNES), France; Vincenzo Giorgio , Thales Alenia Space Italia, Italy; Rapporteur(s): Amalia Ercoli Finzi , Politecnico di Milano, Italy; Cheryl Reed, The Johns Hopkins University Applied Physics Laboratory, United States;

IAC-18.A3.3B.1 DELIANARMDEVELOPMENTANDTESTFORMARSSAMPLEACQUISITIONMarco MOLINA, Leonardo Spa, Italy

IAC-18.A3.3B.2 DEVELOPMENTOFANULTRA-LIGHTROBOTICARMFORMARSEXPLORATIONChunxu Yu, Beijing Institute of Control Engineering, China Academy of Space Technology, China

IAC-18.A3.3B.3 (non-confirmed) FIELD&LABORATORYSPECTROSCOPYOFMARSANALOGUESAMPLES:SUPPORTTOMARSIN-SITUANDSAMPLERETURNMISSIONSBernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.A3.3B.4 FLIGHT-MODELTESTRESULTSOFTHEMECHANISMSUITEINESA‘SEXOMARSROVERANALYTICALLABORATORYDRAWERRobert Paul, OHB System AG, Germany

IAC-18.A3.3B.5 SEISONHISWAYTOMARSGabriel Pont, Centre National d'Etudes Spatiales (CNES), France

IAC-18.A3.3B.7 END-TO-ENDGNCDESIGN,TESTANDVALIDATIONOFMARSPINPOINTLANDINGWITHSUPERSONICRETROPROPULSIONJoão Ferreira, Spin.Works S.A., Portugal

IAC-18.A3.3B.8 CALIBRATIONANDPRELIMINARYTESTSOFEXOMARS2020BOTTLE(BRINEOBSERVATIONTRANSITIONTOLIQUIDEXPERIMENT)FORDEMONSTRATIONOFLIQUIDWATERSTABILITYONMARSMiracle Israel Nazarious, Luleå University of Technology, Sweden

IAC-18.A3.3B.9 THERMODYNAMICSASTOOLTOIDENTIFYWHEREANDWHENTOSEARCHFORPURELIQUIDWATERONMARSAaron H. Persad, Massachusetts Institute of Technology (MIT), United States

A3.2A. Moon Exploration – Part 1

October 2 2018, 09:45 — CCB Kaisen Co-Chair(s): Bernard Foing , ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands; David Korsmeyer , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Nadeem Ghafoor , Canadensys Aerospace Corporation, Canada; Sylvie Espinasse , European Space Agency (ESA), The Netherlands;

IAC-18.A3.2A.2 ALUNARREFORMATION:CURRENTSTATUSANDPOTENTIALFUTUREOFANEWAPPROACHTOLUNARRETURNAlexander MacDonald, NASA HQ, United States

IAC-18.A3.2A.3 VALIDATIONOFTHEPILOTHAZARDDETECTIONANDAVOIDANCEFUNCTIONFORMOONEXPLORATIONJean-Francois Hamel, NGC Aerospace Ltd., Canada

IAC-18.A3.2A.4 RUSSIANLUNAREXPLORATIONPROGRAMIMPLEMENTATIONSTATUSSergei Antonovich Lemeshevsky, Lavochkin Association, Russian Federation

IAC-18.A3.2A.5 LANDINGONTHEMOONANDAHOP-THECHALLENGESOFDESIGNING,BUILDINGANDINTEGRATINGTHESPACEILLUNARLANDERPROPULSIONSYSTEMDaniel Rosenberg, SpaceIL, Israel

IAC-18.A3.2A.6 JAPANESELUNARPOLAREXPLORATIONMISSIONTakeshi Hoshino, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.A3.2A.7 LUMIO:CHARACTERIZINGLUNARMETEOROIDIMPACTSWITHACUBESATFrancesco Topputo, Politecnico di Milano, Italy

IAC-18.A3.2A.8 FROMSINGLEAUTONOMOUSROBOTSTOCOOPERATIVEROBOTICTEAMSFORFUTUREPLANETARYEXPLORATIONMISSIONSArmin Wedler, German Aerospace Center (DLR), Germany

IAC-18.A3.2A.9 OHBINSTRUMENTSDEVELOPMENTFORVOLATILESCOUTINGONTHEMOONLutz Richter, OHB System AG - Munich, Germany

IAC-18.A3.2A.10 LUNARSUPPORTSERVICES–ACOMMERCIALPARTNERSHIPFORSUSTAINABLEEXPLORATIONChristopher Saunders, SSTL, United Kingdom

IAC-18.A3.2A.11 AMOONBASEWITHACTIVERADIATIONSHIELDINGGiancarlo Genta, Politecnico di Torino, Italy

A3.2B. Moon Exploration – Part 2


IAC-18.A3.2B.1 TECHNOLOGYANDPRECURSORMISSIONSTOWARDSASUSTAINABLEMOONVILLAGEBernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.A3.2B.2 PROSPECT:ANOVELPACKAGEFORSUBSURFACESAMPLEACQUISITIONANDANALYSISOFLUNARVOLATILESRoland Trautner, European Space Agency (ESA), The Netherlands

IAC-18.A3.2B.4 ISPACE'SPOLARICEEXPLORER:ACOMMERCIALISRUEXPLORATIONMISSIONTOTHESOUTHPOLEOFTHEMOON.Abigail Calzada-Diaz, ispace, Inc, Luxemburg

IAC-18.A3.2B.5 ILOA2018UPDATE:TWOMAINMISSIONS,TWOPRECURSORS,GALAXYFORUMSteve Durst, International Lunar Observatory Association, United States

IAC-18.A3.2B.6 RISINGTOTHECHALLENGEOFNEWLUNAREXPLORATIONNadeem Ghafoor, Canadensys Aerospace Corporation, Canada

IAC-18.A3.2B.7 LUNARIN-SITURESOURCEUTILISATION(ISRU)DEMONSTRATIONMISSIONACTIVITIESINESA’SEXPLORATIONENVELOPEPROGRAMME(E3P)David Binns, European Space Agency (ESA), The Netherlands

IAC-18.A3.2B.8 LUNARIN-SITURESOURCEUTILIZATIONACTIVITIESBYAIRBUSMarc Häming, Airbus Defence and Space, Germany

IAC-18.A3.2B.9 MACHINELEARNINGAPPLICATIONSFORSAFEANDEFFICIENTROVERMOBILITYOPERATIONSANDPLANNINGEwan Reid, Mission Control Space Services Inc., Canada

IAC-18.A3.2B.10 AMODULARASCENDERCONCEPTFORSAMPLERETURNMISSIONSRobert Buchwald, Airbus Defence and Space, Germany

IAC-18.A3.2B.11 MIRA3D–ATERRESTRIALROBOTICPROTOTYPEFORMOBILEADDITIVELAYERMANUFACTURINGOFLUNARREGOLITHAnna Voß, TU Braunschweig, Institute of Space Systems, Germany

A3.2C. Moon Exploration – Part 3


IAC-18.A3.2C.1 DEMONSTRATORDESIGNFORLUNARINSITURESOURCEUTILISATIONANDOXYGENPRODUCTIONMichèle Lavagna, Politecnico di Milano, Italy

IAC-18.A3.2C.3 THERMALCHARACTERIZATIONOFSINTEREDREGOLITHSIMULANTFORTHERMALENERGYSTORAGEMiranda Fateri, DLR (German Aerospace Center), Germany

IAC-18.A3.2C.4 DESIGNANDASSESSMENTOFASYSTEMFORMOONENERGYSTORAGEANDGENERATIONLuca Celotti, Sonaca Space GmbH, Germany

IAC-18.A3.2C.5 TUBS-MANDTUBS-T-NEWLUNARREGOLITHSIMULANTSADAPTABLETOLOCALSURFACECHARACTERISTICSStefan Linke, Technische Universität Braunschweig, Institute of Space Systems, Germany


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IAC-18.A3.5.5 EXPLORINGEUROPAANDENCELADUS:ACOMPARATIVESTUDYHarriet Brettle, California Institute of Technology, United States

IAC-18.A3.5.6 ICYGIANTPLANETEXPLORATION:AREENTRYPROBESESSENTIAL?Sushil Atreya, University of Michigan, United States

IAC-18.A3.5.7 AUTONOMOUSIN-ICEEXPLORATIONOFTHESATURNIANMOONENCELADUSJoachim Clemens, University of Bremen, Germany

IAC-18.A3.5.8 (non-confirmed) PSOBASEDSIMULATIONOPTIMIZATIONFORRANGEOFENCELADUSEXPLORINGMing Tie, Science and Technology on Space Physics Laboratory, China

IAC-18.A3.5.9 ENVIRONMENT-ADAPTIVEANDMULTI-MODALMOBILEROBOTNijanthan Vasudevan, , India

IAC-18.A3.5.10 EFFICIENTPLANETARYPROTECTIONANALYSISFORINTERPLANETARYMISSIONSMatteo Romano, Politecnico di Milano, Italy

IAC-18.A3.5.11 THEINTERNATIONALPLANETARYPROTECTIONHANDBOOK(IPPH)Alissa Haddaji, COSPAR, France

IAC-18.A3.5.12 THECHALLENGESOFINTEGRATINGTHEPARKERSOLARPROBEOBSERVATORYTimothy Cole, The Johns Hopkins University Applied Physics Laboratory, United States

A4. 47th IAA SYMPOSIUM ON THE SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE (SETI) – The Next StepsCoordinator(s): Claudio Maccone , International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy;

A4.1. SETI 1: SETI Science and Technology

October 2 2018, 14:45 — ÖVB 3 Co-Chair(s): Bill Diamond , SETI Institute, United States; Michael Albert Garrett , University of Manchester, United Kingdom; Rapporteur(s): Andrew Siemion , University of California / ASTRON / Radboud University, United States;

IAC-18.A4.1.1 THEBREAKTHROUGHLISTENSEARCHFORINTELLIGENTLIFE:THEFIRSTSETIRESULTSANDOTHERFUTUREPROJECTS.J. Emilio Enriquez, UC Berkeley / Radboud University Nijmegen, United States

IAC-18.A4.1.2 ANUPDATETHEAUSTRALIANACTIVITIESOFBREAKTHROUGHLISTENDaniel Price, U.C. Berkeley, United States

IAC-18.A4.1.3 SETIRADIOSURVEYSOFTHEDISTANTUNIVERSEMike Garrett, University of Manchester, United Kingdom

IAC-18.A4.1.5 LOWCOSTSETIDATAMULTI-PROCESSING.S.MONTEBUGNOLIRoberto Lulli, INAF - IRA, Italy

IAC-18.A4.1.6 (non-confirmed) QKLT:KARHUNEN-LOEVETRANSFORMONQUANTUMCOMPUTINGFrancesco Schillirò, INAF, Italy

IAC-18.A4.1.7 THE“VANISHING&APPEARINGSOURCESDURINGACENTURYOFOBSERVATIONS”(VASCO)PROJECT--CURRENTSTATUSBeatriz Villarroel, Uppsala University, Sweden

IAC-18.A4.1.8 ANOVELAPPROACHFORINTERSTELLARCOMMUNICATIONBASEDONMODULATEDX-RAYBEAMSShuang Hang, Nanjing University of Aeronautics and Astronautics, China

IAC-18.A4.1.9 INAF-UCBERKELEYCOLLABORATIONFORSETIAndrea Melis, INAF - Istituto Nazionale di AstroFisica, Italy

IAC-18.A4.1.10 MICRO-PIXELMETROLOGYFORPRECISIONASTROMETRYDETECTIONONNEARBYTERRESTRIALPLANETSDing Chen, Chinese Academy of Space Technology, China

IAC-18.A4.1.11 MODELINGFASTRADIOBURSTSUSINGTHEKLTNicolò Antonietti, , Italy

A4.2. SETI 2: SETI and Society

October 5 2018, 13:30 — ÖVB 3 Co-Chair(s): Denise Herzing , , United States; John Elliott , Leeds Beckett University, United Kingdom; Rapporteur(s): J. Emilio Enriquez , UC Berkeley / Radboud University Nijmegen, United States;

IAC-18.A4.2.1 REVIEWOFTHESETIPOST-DETECTIONANDREPLYPROTOCOLS:CURRENTACTIONSANDDEVELOPMENTSLeslie I. Tennen, Law Offices of Sterns and Tennen, United States

IAC-18.A4.2.2 (non-confirmed) APOST-DETECTIONSTRATEGY:PROPOSINGANEWIMPETUSANDFRAMEWORKFORSETIJohn Elliott, Leeds Beckett University, United Kingdom

IAC-18.A4.2.4 DARKMATTERVSGREYMATTERORTHEPROBLEMOFNONTERRESTRIALINTELLIGENCE(NTI)SILENCE.Gabriel G. De la Torre, University of Cádiz, Spain

IAC-18.A4.2.5 ENTROPYANDENERGYOFLIFEANDCIVILIZATIONSMODELLEDBYEVO-SETITHEORYClaudio Maccone, International Academy of Astronautics (IAA) and Istituto Nazionale di Astrofisica (INAF), Italy

IAC-18.A4.2.6 PERCEPTIONOFSPACESHIPSINSETIRESEARCHANDPOTENTIALFORSPACEFLIGHTTECHNOLOGYUgur Guven, UN CSSTEAP, United States

IAC-18.A4.2.8 ACRITICALREVIEWONTHEASSUMPTIONSOFSETIKelvin Long, Initiative for Interstellar Studies, United Kingdom

IAC-18.A4.2.11 CELEBRATING40YEARSOFHITCHIKER'SHOWSCIENCEFICTIONINSPIRESTHEWAYTOSETIMohita Chandiramani, University of Petroleum and Energy Studies, India

IAC-18.A4.2.12 SETITRANSLATEDINTOFRENCHElisabeth Piotelat, CNRS, France

IAC-18.A3.3B.10 CNESROVERAUTONOMOUSNAVIGATION,APPLICATIONTOEXOMARSANDPOTENTIALFORMSRFETCHROVERPierre W. Bousquet, Centre National d'Etudes Spatiales (CNES), France

IAC-18.A3.3B.11 COMARS+INSTRUMENTATIONPACKAGEOFTHEEXOMARSSCHIAPARELLILANDERANDITSFLIGHTPERFORMANCEAli Gülhan, DLR (German Aerospace Center), Germany

IAC-18.A3.3B.12 EXPLORATIONOFMARSTHROUGHANAUTONOMOUSANDMACHINELEARNINGENABLEDCONSTELLATIONOFDRONESVipul Mani, , India

A3.4A. Small Bodies Missions and Technologies (Part 1)October 4 2018, 09:45 — CCB Kaisen Co-Chair(s): Stephan Ulamec , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Susan McKenna-Lawlor , Space Technology (Ireland) Ltd., Ireland; Rapporteur(s): Marc D. Rayman , Jet Propulsion Laboratory - California Institute of Technology, United States; Norbert Frischauf, Austria;

IAC-18.A3.4A.1 DAWN'SSECONDANDFINALEXTENDEDMISSION:ANEWOPERATIONALCAMPAIGNATCERESMarc D. Rayman, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.A3.4A.2 MASCOT:LATESTNEWSOFLANDINGON(162173)RYUGUTra Mi Ho, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Space Systems, Germany

IAC-18.A3.4A.4 DART:DOUBLEASTEROIDREDIRECTIONTESTCheryl Reed, The Johns Hopkins University Applied Physics Laboratory, United States

IAC-18.A3.4A.5 HERA–THEEUROPEANCOMPONENTOFTHEASTEROIDIMPACTDEFLECTIONASSESSMENT(AIDA)Michael Küppers, ESA/ESAC, Spain

IAC-18.A3.4A.6 NEWKNOWLEDGEGAINEDFROMTHEHERAMISSION–THEEUROPEANCOMPONENTOFTHEASTEROIDIMPACTANDDEFLECTIONASSESSMENT(AIDA)COOPERATIONPatrick Michel, University of Nice-Sophia Antipolis, CNRS, Observatoire de la Cote d'Azur, France

IAC-18.A3.4A.7 AIMAUTONOMOUSASTEROIDNAVIGATIONAída Alcalde Barahona, G.M.V. Space and Defence, S.A., Spain

IAC-18.A3.4A.8 BINARYASTEROIDREDIRECTION:SCIENCEOPPORTUNITYFORNANOSATSAndrea Capannolo, Politecnico di Milano, Italy

A3.4B. Small Bodies Missions and Technologies (Part 2)October 5 2018, 13:30 — CCB Kaisen Co-Chair(s): Stephan Ulamec , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Susan McKenna-Lawlor , Space Technology (Ireland) Ltd., Ireland; Rapporteur(s): Norbert Frischauf, SpaceTec Partners SPRL, Austria;

IAC-18.A3.4B.1 NUMERICALMODELLINGOFTHEINTERNALBALLISTICSOFAPYRO-DRIVENLAUNCHERFORHARPOON-BASEDCOMETSAMPLEACQUISITIONStefan Völk, DLR (German Aerospace Center), Germany

IAC-18.A3.4B.2 SIZEMATTERS-THESHELLLANDERCONCEPTFOREXPLORINGMEDIUM-SIZEAIRLESSBODIESChristian Grimm, German Aerospace Center (DLR), Bremen, Germany, Germany

IAC-18.A3.4B.3 TIDALACCELERATIONGRAVITYGRADIOMETRYFORMEASURINGASTEROIDGRAVITYFIELDFROMORBITKieran Carroll, Gedex Inc., Canada

IAC-18.A3.4B.4 TIRI:AMULTI-PURPOSETHERMALINFRAREDPAYLOADFORPLANETARYEXPLORATIONPierluigi Foglia Manzillo, Cosine Research BV, The Netherlands

IAC-18.A3.4B.5 INSITUMEASUREMENTSOFREGOLITHPROPERTIESONSMALLSOLARSYSTEMBODIESUSINGSPACECRAFT/ROVERHYBRIDSLukasz Wisniewski, Space Research Centre (SRC), Poland

IAC-18.A3.4B.6 SMALLSPACECRAFTBASEDMULTIPLENEAR-EARTHASTEROIDRENDEZVOUSANDLANDINGWITHNEAR-TERMSOLARSAILSAND‘NOW-TERM‘TECHNOLOGIESJan Thimo Grundmann, DLR (German Aerospace Center), Germany

IAC-18.A3.4B.7 ASTEROIDRESOURCEEXPLORATIONMISSIONBYRECONNAISSANCEANDLANDEDINVESTIGATIONYonghe Zhang, Shanghai Engineering Center for Microsatellites, China

IAC-18.A3.4B.8 ANINSTRUMENTPROTOTYPEFOROPTICALGRAVIMETRYDURINGASTEROIDFLYBYSJustin Atchison, The Johns Hopkins University Applied Physics Laboratory, United States

A3.5. Solar System Exploration

October 4 2018, 14:45 — CCB Kaisen Co-Chair(s): Junichiro Kawaguchi , Japan Aerospace Exploration Agency (JAXA), Japan; Mariella Graziano , GMV Aerospace & Defence SAU, Spain; Rapporteur(s): Alain Ouellet , Canadian Space Agency, Canada; Charles E. Cockrell Jr. , National Aeronautics and Space Administration (NASA), United States;

IAC-18.A3.5.1 AERODYNAMICPERFORMANCEENHANCEMENTSTRATEGIESFORPASSIVETETHER-SAILTRAJECTORYGUIDANCESYSTEMSFOREXTRA-TERRESTRIALBALLOONSYSTEMSChristopher Yoder, North Carolina State University, United States

IAC-18.A3.5.2 “TOVENUSTOGETHER”:RUSSIAN-AMERICANJOINTENCOREOFVENUSRESEARCHESWITHORBITER,LANDERANDATMOSPHERICPROBESINTHEPROJECT“VENUS-D”Sergei Fedorovich Teselkin, Lavochkin Association, Russian Federation

IAC-18.A3.5.3 PENETRATINGPLANETS’SUBSURFACE–LESSONSLEARNTFROMHAMMERINGMECHANISMSFORINSIGHTHP3ANDLUNARDRILLJerzy Grygorczuk, Astronika, Poland

IAC-18.A3.5.4 MAJISANDJANUS:TWOINSTRUMENTSFORJUPITEREXPLORATIONON-BOARDJUICEMarco MOLINA, Leonardo Spa, Italy


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IAC-18.A5.2.13 THEIMPORTANCEOFMARSANALOGUEMISSION“MARS-160”FORTHEHUMANEXPLORATIONOFMARSAnastasia Stepanova, , Russian Federation

IAC-18.A5.2.14 DESIGNINGASELF-SUSTAINABLEHABITATCAPABLEOFSUPPORTINGLIFEONMARS.Aman Arora, University of Petroleum and Energy Studies, India

IAC-18.A5.2.15 (non-confirmed) INTERIORDESIGNANDERGONOMICSTUDIESOFSCIENCEMODULEFORTHEMOONANDMARSBASEANALOG(MAMBA)Leszek Orzechowski, Wroclaw University of Science and Technology, Poland

A5.3-B3.6. Human and Robotic Partnerships in Exploration - Joint session of the Human Spaceflight and Exploration SymposiaOctober 4 2018, 14:45 — ZARM 4 Co-Chair(s): Christian Sallaberger , Canadensys Aerospace Corporation, Canada; Rapporteur(s): Mark Hempsell , The British Interplanetary Society, United Kingdom;

IAC-18. A5.3-B3.6.1 ASTROBEE:CURRENTSTATUSANDFUTUREUSEASANINTERNATIONALRESEARCHPLATFORMAndres Mora Vargas, NASA Ames Research Center, United States

IAC-18.A5.3-B3.6.2 GNCSYSTEMDESIGNFORTHECREWINTERACTIVEMOBILECOMPANION(CIMON)Valerie Schröder, Airbus DS GmbH, Germany

IAC-18.A5.3-B3.6.3 TELEROBOTICOPERATIONSWITHTIMEDELAY,RESULTSFROMTHEISECGGAPASSESSMENTTEAMLaurie Metcalfe, Canadian Space Agency, Canada

IAC-18.A5.3-B3.6.5 THEROBOTASANAVATARORCO-WORKER?ANINVESTIGATIONOFTHEDIFFERENTTELEOPERATIONMODALITIESTHROUGHTHEKONTUR-2ANDMETERONSUPVISJUSTINSPACETELEROBOTICMISSIONSNeal Lii, German Aerospace Center (DLR), Germany

IAC-18.A5.3-B3.6.7 QUANTIFYINGPERFORMANCEINHUMAN-ROBOTICINTEGRATEDOPERATIONSFORSPACEFLIGHTAPPLICATIONS:AMISSION-DRIVENAPPROACHShahrzad Hosseini, European Space Agency (ESA), The Netherlands

IAC-18.A5.3-B3.6.8 THEDEVELOPMENTOFVIRTUALREALITYDEMONSTRATORFORROBOTICSTRAININGATTHEEUROPEANASTRONAUTCENTRESander Coene, ESA, Germany

IAC-18.A5.3-B3.6.9 ASYMBIOTICHUMANANDMULTI-ROBOTPLANETARYEXPLORATIONSYSTEMJacopo Panerati, Ecole Polytechnique de Montreal, Canada

IAC-18.A5.3-B3.6.10 (non-confirmed) HUMANROBOTICPARTNERSHIPINVESTIGATIONSDURINGILEWGEUROMOONMARSSIMULATIONCAMPAIGNS2016-2018Bernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.A5.3-B3.6.11 RESEARCHONBRAIN-ACTUATEDROBOTICINHUMANSPACEFLIGHTENDEAVORSChuanfeng Wei, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China

A5.4-D2.8. Space Transportation Solutions for Deep Space MissionsOctober 5 2018, 09:45 — CCB Lloydsaal Co-Chair(s): Andrew Aldrin , Florida Institute of Technology, United States; Ernst Messerschmid , University of Stuttgart, Germany; K. Bruce Morris , RUAG Space, United States; Rapporteur(s): Gerhard Schwehm , European Space Agency (ESA), The Netherlands;

IAC-18.A5.4-D2.8.1 PAYLOADUTILIZATIONINNASA’SSPACELAUNCHSYSTEMSteve Creech, National Aeronautics and Space Administration (NASA), United States

IAC-18.A5.4-D2.8.3 SPACETRANSPORTATIONVEHICLESFORCARGODELIVERYTOTHEORBITSOFSMALLCELESTIALBODIESOleg Sergeevich Grafodatsky, Lavochkin Association, Russian Federation

IAC-18.A5.4-D2.8.4 ANANALYSISANDSELECTIONOFLAUNCHWINDOWSANDORBITALTRAJECTORIESFORTHEJESSEOWENSTHERMONUCLEARPROPULSIONINTERPLANETARYSPACEFLIGHTMISSIONTaylor Huneycutt, The Ohio State University College of Engineering, United States

IAC-18.A5.4-D2.8.5 ANALYSISOFNUCLEARTHERMALPROPULSION(NTP)ENABLEDHELIOPAUSETRAJECTORIES,USINGSOLAR-OBERTHMANEUVERSANDINNERPLANETARYGRAVITYASSISTDennis Scott, The Ohio State University, United States

IAC-18.A5.4-D2.8.6 DESIGNANDOPTIMIZATIONOFTRANSFEROFRESOURCESFROMTHELUNARSURFACETOLUNARORBITGiovanni Artuso, Politecnico di Torino, Italy

IAC-18.A5.4-D2.8.7 DEEPSPACETRANSPORTATIONENHANCEDBY20KW-CLASSHALLEFFECTTHRUSTERChristopher Andrea Paissoni, Politecnico di Torino, Italy

IAC-18.A5.4-D2.8.8 ANOVELMETHODFORMANNEDASTEROIDSLANDINGMISSIONSCALEANALYSISBASEDONMISSIONARCHITECTUREMATRIXYuxian Yue, Beihang University, China

IAC-18.A5.4-D2.8.10 EXPLOITINGAHIGH-POWERELECTRICSPACETUGTOSUPPORTTHEDEEPSPACEGATEWAYMartina Mammarella, Politecnico di Torino, Italy

IAC-18.A5.4-D2.8.11 RESEARCHONTHEPRELIMINARYCONCEPTUALDESIGNOFORBITTRANSFERVEHICLEBASEDONNUCLEARTHERMALPOWERDong Zhang, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi'an,, China

A6. 16th IAA SYMPOSIUM ON SPACE DEBRISCoordinator(s): Christophe Bonnal , Centre National d'Etudes Spatiales (CNES), France; J.-C. Liou , National Aeronautics and Space Administration (NASA), United States;

A5. 21st IAA SYMPOSIUM ON HUMAN EXPLORATION OF THE SOLAR SYSTEMCoordinator(s): Christian Sallaberger , Canadensys Aerospace Corporation, Canada; Maria Antonietta Perino , Thales Alenia Space Italia, Italy;

A5.1. Human Exploration of the Moon and Cislunar SpaceOctober 3 2018, 14:45 — ZARM 3 Co-Chair(s): Michael Raftery , Boeing Defense Space & Security, United States; Nadeem Ghafoor , Canadensys Aerospace Corporation, Canada; Rapporteur(s): Marc Haese , DLR, German Aerospace Center, Germany;

IAC-18.A5.1.1 LUNAREXPLORATIONCAMPAIGN:DEVELOPMENTOFTHELUNARORBITALPLATFORM-GATEWAYANDESTABLISHINGTHECISLUNARANDSURFACEARCHITECTUREJason Crusan, National Aeronautics and Space Administration (NASA), United States

IAC-18.A5.1.2 THEISSPARTNERSHIPANDHUMANEXPLORATIONINCISLUNARSPACEANDONTHEMOONKirk Shireman, NASA Johnson Space Center, United States

IAC-18.A5.1.4 CONCEPTFORACREWEDLUNARLANDEROPERATINGFROMTHELUNARORBITINGPLATFORM-GATEWAYTimothy Cichan, Lockheed Martin Corporation, United States

IAC-18.A5.1.5 LUNAROUTPOSTSUSTAININGHUMANSPACEEXPLORATIONBYUTILIZINGIN-SITURESOURCESWITHAFOCUSONPROPELLANTPRODUCTIONPaolo Guardabasso, Politecnico di Torino, Italy

IAC-18.A5.1.6 MISSIONARCHITECTUREFORHUMANEXPLORATIONOFCIS-LUNARSPACEVIATELE-OPERATEDASSETSDavide Conte, The Pennsylvania State University, United States

IAC-18.A5.1.7 (non-confirmed) MOONVILLAGECONCEPTS&DESIGNSTOWARDSASUSTAINABLEANDPERMANENTHUMANLUNARBASEBernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.A5.1.8 ENVISIONINGTHEMOONVILLAGE–ASPACEARCHITECTURALAPPROACHSandra Haeuplik-Meusburger, Vienna University of Technology, Austria

IAC-18.A5.1.9 EXPLORINGTHETECHNICAL/ECONOMICALFEASIBILITIESANDSOCIAL/LEGISLATIVEISSUESOFESTABLISHINGACOMMERCIALENTITYANDTHEFIRSTINTERPLANETARYHOTELONTHELUNARSURFACEINTHEEARLY2030SMina Takla, CosmoX, Russian Federation

IAC-18.A5.1.10 GOVERNANCEPRINCIPLESFOSTERINGTHEMOONVILLAGEVISIONRuth McAvinia, ATG Europe B.V., Ireland

IAC-18.A5.1.11 ORBITALSPACEPORT–ANEWPROFESSIONFORTHEEARTH-ORBITSPACESTATIONSYury Makushenko, S.P. Korolev Rocket and Space Corporation Energia, Russian Federation

IAC-18.A5.1.12 PROTOTYPINGOFLUNARSURFACEGEOLOGICALSAMPLINGTOOLSFORMOONSPACEWALKSIMULATIONSBYESADorota Budzyn, European Space Agency - Astronaut Training Center, Germany

IAC-18.A5.1.13 THEUTILIZATIONOFLAVATUNNELSBENEATHTHELUNARSURFACEASHABITATIONSFORHUMANSINFUTUREMANNEDMISSIONSTOTHEMOON,ORINDEEDASPERMANENTLUNARBASES.Ben Watts, University College London (UCL), United Kingdom

IAC-18.A5.1.14 UPDATEDDESIGNCONCEPTSOFTHEMOONANDMARSBASEANALOG(MAMBA)Christiane Heinicke, ZARM, University of Bremen, Germany

A5.2. Human Exploration of Mars

October 3 2018, 09:45 — ZARM 3 Co-Chair(s): Kathy Laurini , National Aeronautics and Space Administration (NASA), United States; Maria Antonietta Perino , Thales Alenia Space Italia, Italy; Rapporteur(s): Norbert Frischauf, Austria;

IAC-18.A5.2.2 HUMANEXPLORATIONOFTHEMOON,NEAR-EARTHASTEROIDS,ANDMARSUSINGSTAGINGFROMEARTH-MOONL-2ORBITSANDPHASINGORBITRENDEZVOUSDavid Dunham, Kinetx, Inc., United States

IAC-18.A5.2.3 EUROPEANMARSMISSIONARCHITECTUREUSINGANENHANCEDARIANELAUNCHERJean-Marc Salotti, Laboratoire de l'Intégration du Matériau au Système, France

IAC-18.A5.2.4 HUMANMARSMISSIONSPERFORMEDUSINGSOLARELECTRICPROPULSIONGiancarlo Genta, Politecnico di Torino, Italy

IAC-18.A5.2.7 MISSIONARCHITECTUREFORAMANNEDMARSPOLARRESEARCHBASEAnne-Marlene Rüede, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

IAC-18.A5.2.7 MEDICALAUTONOMYASPREREQUISITEFORDEEPSPACETRAVELWILLBENEFITFROMTERRESTRIALHEALTHCAREINNOVATIONJules Lancee, , The Netherlands

IAC-18.A5.2.8 EVALUATINGTHESUSTAINABILITYOFLONGTERMMANNEDMARSCAMPAIGNSUSINGAPHYSICALECONOMICSFRAMEWORKGeorge Lordos, Massachusetts Institute of Technology (MIT), United States

IAC-18.A5.2.9 SIMULATINGOXYGENPRODUCTIONONMARSFORMOXIE(MARSOXYGENIN-SITURESOURCEUTILIZATIONEXPERIMENT)Eric Hinterman, Massachusetts Institute of Technology (MIT), United States

IAC-18.A5.2.11 CIRAROADMAPFORTHEDEVELOPMENTOFMARSINFRASTRUCTURENUNZIA FAVALORO, CIRA Italian Aerospace Research Centre, Italy

IAC-18.A5.2.12 MOHAB:MOBILESIMULATIONPLATFORMFORFUTUREMOONANDMARSMISSIONSJedrzej Gorski, Wroclaw University of Science and Technology, Poland


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IAC-18.A6.3.6 RESEARCHONTHENEWFAILUREPROBABILITYANALYSISMETHODIMPACTEDBYSPACEDEBRISShi Jiawei, China Aerodynamics Research and Development Center (CARDC) , China

IAC-18.A6.3.7 EXPERIMENTALCHARACTERIZATIONOFMULTI-LAYER3D-PRINTEDSHIELDSFORMICROSATELLITESLorenzo Olivieri, CISAS – “G. Colombo” Center of Studies and Activities for Space, University of Padova, Italy

IAC-18.A6.3.8 CROSS-VALIDATIONOFTHEMETEOROIDANDORBITALDEBRISRISKANDDAMAGEASSESSMENTTOOLSESABASE2/DEBRISANDBUMPERAnatoli Miller, Etamax Space GmbH, Germany

IAC-18.A6.3.9 CST:ANEWSEMI-EMPIRICALTOOLFORSIMULATINGSPACECRAFTCOLLISIONSINORBITAlessandro Francesconi, University of Padova - DII/CISAS, Italy

IAC-18.A6.3.10 MODELINGOFTHEIMPACTMICROMETEOROIDANDORBITALDEBRISONTHEMICROMETEOROIDSANDDEBRISPROTECTIONSYSTEMFORINFLATABLEMODULESFORLUNARORBITALAPPLICATIONNatalia Goldenko, TSNIIMASH, Russian Federation

A6.4. Mitigation and Standards : status, lessons learnt and future with smallsats and constellationsOctober 2 2018, 14:45 — ZARM 1 Co-Chair(s): Holger Krag , European Space Agency (ESA), Germany; Pierre Omaly , CNES, France; Rapporteur(s): Igor Usovik , Central Research Institute of Machine Building (TSNIIMASH), Russian Federation;

IAC-18.A6.4.1 IMPACTSOFSPACEDEBRISMITIGATIONREQUIREMENTSONSPACECRAFTDESIGNINAIRBUSDEFENCEANDSPACEDaniel Briot, Airbus Defence and Space, France

IAC-18.A6.4.2 APPLICATIONOFADEBRISINDEXFORGLOBALEVALUATIONOFMITIGATIONSTRATEGIESFrancesca Letizia, European Space Agency (ESA), Germany

IAC-18.A6.4.3 ORBITALLIFETIMEANDCOLLISIONRISKREDUCTIONFORINCLINEDGEOSYNCHRONOUSDISPOSALORBITSAlan B. Jenkin, The Aerospace Corporation, United States

IAC-18.A6.4.4 ANALYTICALAPPROACHFORREENTRYANALYSISANDDESIGNFORDEMISEASSESSMENTSAntonio Caiazzo, International Space University (ISU), France

IAC-18.A6.4.5 ZENITH”LVUPPERSTAGEPASSIVATIONFORSPACEDEBRISMITIGATIONMODERNREQUIREMENTSCOMPLIANCESergii Kuda, Yuzhnoye State Design Office, Ukraine

IAC-18.A6.4.6 RESULTSFROMTHEH2020REDSHIFTPROJECT:AGLOBALAPPROACHTOSPACEDEBRISMITIGATIONAlessandro Rossi, IFAC-CNR, Italy

IAC-18.A6.4.7 GEOSATELLITESEND-OF-LIFEDISPOSAL–COMPLIANCESTATUSPablo Minguijon Pallas, Delft University of Technology (TU Delft), Spain

IAC-18.A6.4.8 SPACEDEBRIS:ANALYSISOFALARGECONSTELLATIONAT1200KMALTITUDEGian Luigi Somma, University of Southampton, United Kingdom

IAC-18.A6.4.9 DE-ORBITINGSMALLSPACEDEBRISTHROUGHSPACE-BASEDLASERSYSTEM:THECASEOFNANO-ANDPICO-SATELLITESFLEETShambo Bhattacharjee, University of Leeds, United Kingdom

A6.5. Post Mission Disposal and Space Debris Removal (1)October 4 2018, 09:45 — ZARM 1 Co-Chair(s): Fabrizio Piergentili , Sapienza University of Rome, Italy; Laurent Francillout , CNES, France; Rapporteur(s): Fabio Santoni , Sapienza University of Rome, Italy;

IAC-18.A6.5.1 REMOVEDEBRISPRELIMINARYMISSIONRESULTSGuglielmo Aglietti, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.A6.5.2 INFLATESAILDE-ORBITFLIGHTDEMONSTRATIONRESULTSANDFOLLOW-ONDRAG-SAILAPPLICATIONSCraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.A6.5.3 THEADEOPASSIVEDE-ORBITSUBSYSTEM:REFERENCEMISSIONSELECTIONANDPRELIMINARYDESIGNOFPROTOFLIGHTMODELThomas Sinn, HPS GmbH, Germany

IAC-18.A6.5.4 HARDWAREANDGNCSOLUTIONSFORCONTROLLEDSPACECRAFTRE-ENTRYUSINGAERODYNAMICDRAGSanny Omar, University of Florida, United States

IAC-18.A6.5.5 MODELLINGANDCOMBINEDCONTROLOFASATELLITEWITHAROBOTARMFORACTIVEDEBRISREMOVALMatthias Reiner, DLR (German Aerospace Center), Germany

IAC-18.A6.5.6 THESEMI-CONTROLLEDRE-ENTRY:DEVELOPMENTOFASIMULATORANDFEASIBILITYSTUDYAnthea Evelina Comellini, ISAE, France

IAC-18.A6.5.7 INERTIAESTIMATIONOFTUMBLINGSPACEDEBRISVIATENTATIVECONTACTSBEFORECAPTURINGChuan Ma, National Key Laboratory of Aerospace Flight Dynamic, Northwestern Polytechnical University, China

IAC-18.A6.5.8 SAFEOPERATIONSINPROXIMITYOFSPACEDEBRIS:RELATIVEMOTIONDESIGNANDPOSEESTIMATIONRoberto Opromolla, University of Naples "Federico II", Italy

IAC-18.A6.5.9 CHALLENGESOFDEVELOPINGASOLIDROCKETMOTORFORDIRECTDEORBITATIONPawel Nowakowski, Institute of Aviation, Poland

IAC-18.A6.5.10 DATAANALYSISOFTHEMEDUSADEVICEINVACUUMCHAMBERANDATMOSPHERICENVIRONMENTS.Louis Wei-yu Feng, University of Cape Town, South Africa

A6.6. Post Mission Disposal and Space Debris Removal (2)October 4 2018, 14:45 — ZARM 1 Co-Chair(s): Balbir Singh , Manipal Institute of Technology, Manipal Academy of Higher Education, India; Nicolas Bérend , ONERA - The French Aerospace Lab, France; Rapporteur(s): Luca Rossettini , D-Orbit, Italy;

A6.1. Space Debris Detection, Tracking and CharacterizationOctober 1 2018, 15:00 — ZARM 1 Co-Chair(s): Frank Di Pentino , Integrity Applications Incorporated (IAI), United States; Thomas Schildknecht , Astronomical Institute University of Bern (AIUB) / SwissSpace Association, Switzerland; Rapporteur(s): Vladimir Agapov , Russian Academy of Sciences, Russian Federation;

IAC-18.A6.1.1 DISCOVERYANDCHARACTERIZATIONOFFAINTSPACEDERBISBYNEW50CMTELESCOPEINCHILEVladimir Agapov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.A6.1.2 CHARACTERISATIONOFSPACEDEBRISTHROUGHTHEANALYSISOFON-SKYPOLARIMETRICSIGNATURESOBTAINEDWITHAMICROPOLARISERARRAYIMAGESENSORManuel Cegarra Polo, University of New South Wales, Australia

IAC-18.A6.1.3 ANALYSISOFTEMPORALEVOLUTIONOFDEBRISOBJECTS’ROTATIONRATESINSIDEAIUBLIGHTCURVEDATABASEAbdul Rachman, Astronomical Institute University of Bern (AIUB), Switzerland

IAC-18.A6.1.5 UTILIZATIONOFBROADBANDARRAYSPECTROGRAPHSYSTEM(BASS)THERMALIROBSERVATIONSOFGEOSYNCHRONOUSEARTHORBIT(GEO)OBJECTSINTHECREATIONOFANOBSERVATION-BASEDMODELOFTHEIRTHERMALEMISSIONMark A. Skinner, , United States

IAC-18.A6.1.6 SMARTNET™-EVOLUTIONANDRESULTSHauke Fiedler, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.A6.1.7 OPTICALIN-SITUMONITOR-ABREADBOARDSYSTEMTOENABLESPACE-BASEDOPTICALOBSERVATIONSOFSPACEDEBRISJens Utzmann, Airbus DS GmbH, Germany

IAC-18.A6.1.8 NEARREALTIMESPACE-BASEDSPACEDEBRISDETECTIONBASEDONPARALLELIMAGEPROCESSINGPIPELINEFrancesco Diprima, Planetek Italia, Italy

IAC-18.A6.1.9 AREAL-TIMESPACEDEBRISDETECTIONSYSTEMFORBIRALESDenis Cutajar, , Malta

A6.2. Modelling and Risk Analysis

October 2 2018, 09:45 — ZARM 1 Co-Chair(s): Daniel Oltrogge , Analytical Graphics, Inc., United States; Luciano Anselmo , ISTI-CNR, Italy; Rapporteur(s): Marlon Sorge , The Aerospace Corporation, United States;

IAC-18.A6.2.1 A“WORN-OUTNET”MODELFORANALYSISOFCONFLICTSINAMULTITUDEOFORBITALOBJECTSTatyana V. Labutkina, Dnepropetrovsk National University named after Oles' Gonchar, Ukraine

IAC-18.A6.2.2 ESTIMATIONOFORBITALENVIRONMENTINCORPORATINGENVIRONMENTALCHANGEDUETOMAJORBREAKUPSUTILIZINGIN-SITUMEASUREMENTSMasahiro Furumoto, Kyushu University, Japan

IAC-18.A6.2.3 DEMISABILITYOFCRITICALSPACECRAFTCOMPONENTSDURINGATMOSPHERICRE-ENTRYPatrik Kärräng, Hypersonic Technology Göttingen, Germany

IAC-18.A6.2.5 IMPROVEDREPRESENTATIONOFDESTRUCTIVESPACECRAFTRE-ENTRYFROMANALYSISOFHIGHENTHALPYWINDTUNNELTESTSOFSPACECRAFTSTRUCTURESANDEQUIPMENTJames Beck, Belstead Research Ltd, United Kingdom

IAC-18.A6.2.6 PARTICLEFLUXANALYSISWITHTHEUPDATEDMASTERMODELCarsten Wiedemann, TU Braunschweig, Institute of Space Systems, Germany

IAC-18.A6.2.8 EXPECTEDCOLLISIONAVOIDANCEMANOEUVRERATESINDRAMA-ARESBASEDONAHISTORYOFCONJUNCTIONDATAMESSAGESVitali Braun, IMS Space Consultancy, Germany

IAC-18.A6.2.9 ASSESSINGPOTENTIALFORCROSS-CONTAMINATINGBREAKUPEVENTSFROMLEOTOGEODarren McKnight, Integrity Applications Incorporated (IAI), United States

IAC-18.A6.2.10 EFFECTSOFPASSIVEDE-ORBITINGTHROUGHDRAGANDSOLARSAILSANDELECTRODYNAMICTETHERSONTHESPACEDEBRISENVIRONMENTCamilla Colombo, Politecnico di Milano, Italy

IAC-18.A6.2.11 EXAMINATIONOFDEBRISATFRAGMENTCHARACTERISTICSFORIMPROVEDFRAGMENTATIONMODELINGMarlon Sorge, The Aerospace Corporation, United States

A6.3. Impact-Induced Mission Effects and Risk AssessmentsOctober 3 2018, 09:45 — ZARM 1 Co-Chair(s): Frank Schaefer , Fraunhofer - Institut für Kurzzeitdynamik, Ernst-Mach-Institut (EMI), Germany; Norman Fitz-Coy , University of Florida, United States; Rapporteur(s): Darren McKnight , Integrity Applications Incorporated (IAI), United States;

IAC-18.A6.3.1 EXPERIMENTALSTUDYONPERFORMANCESFORTHEDIFFERENTGRADED-IMPEDANCEDISTRIBUTIONMATERIALSGuangming Song, China Academy of Space Technology (CAST), China

IAC-18.A6.3.2 CHARACTERISTICSOFMICROWAVEEMISSIONSFROMHYPERVELOCITYIMPACTSONPUREALUMINUMANDVARIOUSALUMINUMALLOYPLATESYuki Mando, The Graduate University for Advanced Studies, Japan

IAC-18.A6.3.3 ORBITALDEBRISRISKASSESSMENTOFHARNESSING:COMPARINGALUMINUMPLATEBALLISTICLIMITEQUATIONPREDICTIONSTOTESTDATAJames Chinn, NASA Jet Propulsion Laboratory, United States

IAC-18.A6.3.4 CHARACTERIZINGDEBRISATFRAGMENTS--PRELIMINARYRESULTSSamantha Allen, University of Florida, United States

IAC-18.A6.3.5 MEASURINGIMPACTCRATERSONTHEISSCOLUMBUSMODULERobin Putzar, Fraunhofer EMI, Germany


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IAC-18.A6.8.7 DUALUSETECHNOLOGYINSPACE:HOWMIGHTWEREMOVESPACEDEBRISWITHOUTCAUSINGAWAR?Stephen Coleman, UNSW Australia, Australia

IAC-18.A6.8.9 THELEGALIMPLEMENTATIONOFSPACEDEBRISREMEDIATIONASANECESSARYCONDITIONFORTHESUSTAINABILITYOFNEAR-EARTHSPACERada Popova, Institute of Air and Space Law, University of Cologne, Germany

IAC-18.A6.8.10 TREATINGSPACEJUNKASASPACERESOURCEGeorge Anthony Long, , United States

IAC-18.A6.8.11 THESUSTAINABLEUSEOFTHEORBITRESOURCE:PROTECTEDREGIONSANDZONINGOFEARTHORBITSFROMTHEPERSPECTIVEOFPUBLICINTERNATIONALLAWKathrin Jirik, University of Cologne, Germany

IAC-18.A6.8.12 LEGALSOLUTIONSBASEDONFRENCHLEGISLATIONANDOTHERSREGARDINGACTIVEDEBRISREMOVALISSUESPHILIPPECLERCPhilippe Clerc, Centre National d'Etudes Spatiales (CNES), France

A6.9. Orbit Determination and Propagation

October 3 2018, 14:45 — ZARM 1 Co-Chair(s): Annamaria Nassisi , Thales Alenia Space Italia, Italy; Seishiro Kibe , Japan Aerospace Exploration Agency (JAXA), Japan; Rapporteur(s): Heiner Klinkrad , European Space Agency (ESA), Germany;

IAC-18.A6.9.1 IMPROVINGTHEACCURACYOFATMOSPHERICMODELLINGANDTHEEFFECTONPRECISEORBITPROPAGATIONEmma Kerr, Space Environment Research Centre Ltd. (SERC); School of Science, RMIT University, Australia

IAC-18.A6.9.2 IMPACTOFVARIATIONSINTHERMOSPHERICMASSDENSITYONTHEORBITPROPAGATIONOFLOWEARTHORBITSATELLITESChangyong HE, RMIT University (Royal Melbourne Institute of Technology), Australia

IAC-18.A6.9.3 TOWARDSTHEMAINTENANCEOFGAUSSIANITYONSTATEVECTORUNCERTAINTYPROPAGATIONSophie Laurens, Centre National d'Etudes Spatiales (CNES), France

IAC-18.A6.9.4 FILTERINGUNDERAMBIGUITYFORTHEDEBRIS-TRACKINGPROBLEMShambo Bhattacharjee, University of Leeds, United Kingdom

IAC-18.A6.9.5 VALIDATIONOFANOVELCOUPLEDORBIT-ATTITUDEPROPAGATORBYCOMPARISONTOSLRDATAANDLIGHTCURVESLuc Sagnieres, McGill University, Canada

IAC-18.A6.9.6 RECONSTRUCTIONOFNON-COOPERATIVESPACECRAFTMANEUVERSDURINGOBSERVATIONGAPSFROMANGLES-ONLYMEASUREMENTSUSINGMACHINELEARNINGJason Reiter, The Pennsylvania State University, United States

IAC-18.A6.9.7 (non-confirmed) USINGCONJUNCTIONANALYSISMETHODSFORMANOEUVREDETECTION-APPLICATIONTOOPTICALOBSERVATIONSJohannes Herzog, Deutsches Zentrum fuer Luft- und Raumfahrt (DLR), Germany

IAC-18.A6.9.8 IMPROVINGACCURACYOFLEOOBJECTSTWO-LINEELEMENTSTHROUGHOPTICALMEASUREMENTSMarco Acernese, Sapienza University of Rome, Italy

IAC-18.A6.9.9 OBJECTDETECTIONMETHODSFORRADARSURVEYMEASUREMENTSAlejandro Pastor-Rodríguez, GMV Aerospace & Defence SAU, Spain

IAC-18.A6.9.10 COMPARISONOFNEWMETHODSFORTHECORRELATIONOFSHORTRADARTRACKLETSBenedikt Reihs, Astronomical Institute University of Bern (AIUB), Switzerland

A6.10-C1.7. Orbital Safety and Optimal Operations in an Increasingly Congested Environment (Joint Astrodynamics/Space Debris Session)October 4 2018, 14:45 — CCB Borgward Co-Chair(s): Daniel Scheeres , Colorado Center for Astrodynamics Research, University of Colorado, United States; Yukihito Kitazawa , JAXA, Japan; Rapporteur(s): Anilkumar A K , Vikram Sarabhai Space Centre (VSSC), India; Moriba Jah , The University of Texas at Austin, United States;

IAC-18.A6.10-C1.7.1 GOES8TUMBLINGSPINSTATEEVOLUTIONANDTHEIMPLICATIONSFORGEODEBRISMITIGATIONConor Benson, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-18.A6.10-C1.7.2 UNCERTAINTYANDDATAOBSERVABILITYANALYSISFORRSOMASS/ALBEDO-AREAESTIMATIONVishnuu Mallik, The University of Texas at Austin, United States

IAC-18.A6.10-C1.7.3 LONG-TERMDYNAMICALEVOLUTIONANALYSISANDLUNI-SOLARRESONANCESFORINCLINEDGEOSTATIONARYTRANSFERORBITSYue Wang, Beihang University, China

IAC-18.A6.10-C1.7.4 AUTOMATEDNEARREAL-TIMEVALIDATIONANDEXPLOITATIONOFOPTICALSENSORDATAFORIMPROVEDORBITALSAFETYThomas Kelecy, Applied Defense Solutions, Inc., United States

IAC-18.A6.10-C1.7.5 USINGREACHABILITYTOCOMPUTEUNSAFEREGIONSINSTATESPACETHROUGHSAMPLINGMETHODSJulian Brew, Georgia Institute of Technology, United States

IAC-18.A6.10-C1.7.6 RAPIDMODELINGOFELECTROSTATICFORCESANDTORQUESCONSIDERINGDIELECTRICSJoseph Hughes, University of Colorado Boulder, United States

IAC-18.A6.10-C1.7.7 DEBRISCOLLISIONAVOIDANCEBYMEANSOFATTITUDECONTROL-INFLIGHTDEMONSTRATIONWITHTET-1Maren Huelsmann, DLR (German Aerospace Center), Germany

IAC-18.A6.10-C1.7.8 EVOLUTIONOFFRAGMENTATIONCLOUDINHIGHLYECCENTRICEARTHORBITSTHROUGHCONTINUUMMODELLINGStefan Frey, Politecnico di Milano, Italy

IAC-18.A6.10-C1.7.9 LEDSAT:ALED-BASEDLEODEMONSTRATORFORSPACEDEBRISORBITANDATTITUDEDETERMINATIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-18.A6.6.1 INSIDER,INNOVATIVENET&SPACEINFLATABLESTRUCTUREFORACTIVEDEBRISREMOVALCedric Dupont, BERTIN Technologies, France

IAC-18.A6.6.2 METHODOLOGYANDRESULTSOFHIGHENTHALPYWINDTUNNELANDSTATICDEMISABILITYTESTSFOREXISTINGS/CSTRUCTURALJOININGTECHNOLOGIESMark Fittock, OHB System AG, Germany

IAC-18.A6.6.3 ADAPTIVEOPTICSFORTRACKINGANDPUSHINGSPACEDEBRIS:PERFORMANCEOFTHEADAPTIVEOPTICSSYSTEMDoris Grosse, Australian National University (ANU), Australia

IAC-18.A6.6.4 TESER–TECHNOLOGYFORSELF-REMOVAL–STATUSOFAHORIZON2020PROJECTTOENSURETHEPOST-MISSION-DISPOSALOFANYFUTURESPACECRAFTPhilipp Voigt, Airbus DS GmbH, Germany

IAC-18.A6.6.5 PERFORMANCEOFELECTRODYNAMICTETHERSYSTEMFORDEBRISDEORBITING:RE-EVALUATIONBASEDONTHERESULTSOFKITEEXPERIMENTSSatomi Kawamoto, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.A6.6.6 VISUALSERVOINGFORDEORBITATIONANDSERVICINGOFANON-COOPERATIVETARGETINSPACE:ATOP-DOWNAPPROACHWITHASINGLEIMAGINGSENSORCOUPLEDWITHAFPGA/DSPHARDWAREPLATFORMKonrad Bojar, KB-Innotech Konrad Bojar, Poland

IAC-18.A6.6.8 TETHEREDACTIVEDEBRISREMOVALEXPERIMENTALEVALUATIONOFTETHERMODELLINGAPPROACHESMarcel Becker, TU Braunschweig, Germany

IAC-18.A6.6.9 ONCOMPLIANCECONTACTCONTROLFORMULTI-ARMROBOTICCAPTURINGOFLARGETUMBLINGSPACEDEBRISJiayu Liu, Beijing Research Institute of Precision Mechatronics and controls, China

IAC-18.A6.6.10 CAPTURINGANDDEORBITINGENVISATWITHANAIRBUSSPACETUG.RESULTSFROMTHEESAE.DEORBITCONSOLIDATIONPHASESTUDY.Stéphane Estable, Airbus Defence & Space, Space Systems, Germany

A6.7. Operations in Space Debris Environment, Situational AwarenessOctober 5 2018, 09:45 — ZARM 1 Co-Chair(s): Carsten Wiedemann , TU Braunschweig, Institute of Space Systems, Germany; T.S. Kelso , Center for Space Standards and Innovation (CSSI), United States; Rapporteur(s): Juan Carlos Dolado Perez , Centre National d'Etudes Spatiales (CNES), France;

IAC-18.A6.7.1 GROUND-BASEDLASERFORTRACKINGANDREMEDIATION–ANARCHITECTURALVIEWHolger Krag, European Space Agency (ESA), Germany

IAC-18.A6.7.2 EMERGENCYCOMMANDPATHFORSPACETRAFFICMANAGEMENTDan Bast, ESA - European Space Agency, United Kingdom

IAC-18.A6.7.3 COMPARISONOFEFFECTIVEMACHINELEARNINGALGORITHMSONIMPROVINGORBITPREDICTIONACCURACYOFLOWEARTHOBJECTSHao Peng, Rutgers, The State University of New Jersey, United States

IAC-18.A6.7.4 EVALUATIONOFACOMMERCIALRADARNETWORKTOSUPPORTCONJUNCTIONASSESSMENTOscar Rodriguez Fernandez, Airbus Defence and Space, Germany

IAC-18.A6.7.5 THERECENTDEVELOPMENTSOFTHEKIAMSPACEDEBRISDATABASEFORSPACESITUATIONAWARENESSANDCONJUNCTIONANALYSISViktor Voropaev, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.A6.7.6 TRACKINGREQUIREMENTSFORSPACETRAFFICMANAGEMENTINTHEPRESENCEOFPROPOSEDLARGELEOCONSTELLATIONSGlenn Peterson, The Aerospace Corporation, United States

IAC-18.A6.7.7 MONITORINGTHEFINALORBITALDECAYANDTHERE-ENTRYOFTIANGONG-1WITHTHEITALIANSSTGROUNDSENSORNETWORKElena Vellutini, Italian Space Agency (ASI), Italy

IAC-18.A6.7.8 THENEEDFORCOMPARATIVESSAT.S. Kelso, Center for Space Standards and Innovation (CSSI), United States

IAC-18.A6.7.9 LEVERAGINGWEBDATAANDGRAPHSTRUCTURESTOSUPPORTRAPIDSPACEOBJECTIDENTIFICATIONSamantha Le May, RMIT University (Royal Melbourne Institute of Technology), Australia

A6.8. Policy, Legal, Institutional and Economic Aspects of Space Debris Detection, Mitigation and Removal (Joint Session with IAF Space Security Committee)October 5 2018, 13:30 — ZARM 1 Co-Chair(s): Alexander Soucek , European Space Agency (ESA/ESRIN), Italy; David B. Spencer , The Pennsylvania State University, United States; Samantha Le May , RMIT University (Royal Melbourne Institute of Technology), Australia; Serge Plattard , University College London (UCL), United Kingdom;

IAC-18.A6.8.1 SPACEDEBRISREMOVAL,THEFRAGMENTATIONOFINTERNATIONALLAWANDCONVERGINGUNMANDATES:WHYCOMMERCIALACTORSSHOULDPAYATTENTIONTODEVELOPMENTSINTHEUNCharles Stotler, University of Mississippi School of Law, United States

IAC-18.A6.8.2 SPACESITUATIONALAWARENESSONAGLOBALSCALE:PERTINENTLEGALISSUESCatherine Doldirina, International Institute of Space Law (IISL), Italy

IAC-18.A6.8.3 EMPLOYINGLEXLATAANDLEXFERENDAFORREGULATINGTHESURGEINSMALLSATELLITESKiran Nair, Institute of Air and Space Law, McGill University, Canada

IAC-18.A6.8.4 DEVELOPINGASATTESTNORMS:ONESMALLSTEPTOWARDSREDUCINGGLOBALTENSIONSDaniel Porras, United Nations, Switzerland

IAC-18.A6.8.5 ANANALYSISOFTHEPUBLICANDPRIVATEDIMENSIONINTHEFIELDOFACTIVEDEBRISREMOVALGiulia Pavesi, University of Milan, Italy

IAC-18.A6.8.6 PERSPECTIVESFROMAVENTURESPACECOMPANYONREGULATORYFRAMEWORKSFORADDRESSINGSPACEDEBRISChris Blackerby, ASTROSCALE JAPAN Inc., Japan


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IAC-18.A7.3.3 STATUSANDGROUNDCALIBRATIONRESULTSOFTHEPLANETARYIONCAMERA(PICAM)FORBEPICOLOMBOANDTHEJOVIANELECTRONANDIONSPECTROMETER(JEI)FORTHEJUPITERICYMOONS(JUICE)MISSION.Patrick Bambach, Max-Planck Institute for Solar Systems Research,, Germany

IAC-18.A7.3.4 ATECHNOLOGYARCHITECTUREFORACCESSINGTHEOCEANSOFICYWORLDSTom Cwik, NASA JPL, United States

IAC-18.A7.3.5 PLATOSATELLITEPOINTINGPERFORMANCE–PAVINGTHEWAYFORCHARACTERISATIONOFEARTH-LIKEEXTRASOLARPLANETSAnneke Monsky, OHB System AG-Bremen, Germany

IAC-18.A7.3.6 SUB-PIXELDETECTORCHARACTERIZATIONFORHIGHPRECISIONPHOTOMETRYMISSIONSAkshata Krishnamurthy, Massachusetts Institute of Technology (MIT), United States

IAC-18.A7.3.7 STRATOSPHERICBALLOONSASAPLATFORMFORTHENEXTLARGEFARINFRAREDOBSERVATORYPhilipp Maier, Institute of Space Systems, University of Stuttgart, Germany

IAC-18.A7.3.8 SECOND-GENERATIONMICRO-SPEC:ACOMPACTSPECTROMETERFORFAR-INFRAREDANDSUBMILLIMETERSPACEMISSIONSGiuseppe Cataldo, National Aeronautics and Space Administration (NASA), Goddard Space Flight Center, United States

IAC-18.A7.3.9 FORMATIONFLYINGTECHNIQUESFORTHEVIRTUALTELESCOPEFORX-RAYOBSERVATIONSKyle Rankin, New Mexico State University, United States

IAC-18.A7.3.10 DEVELOPMENTOFAGAMMARAYSCATTERINGPOLARIMETRYDETECTORFORCUBESATSJared Fuchs, University of Alabama in Huntsville, United States

IAC-18.A7.3.11 HIGHPRECISEMASSCENTERESTIMATIONFORGRAVITATIONALWAVEDETECTIONTeng Zhang, College of Astronautics, Northwestern Polytechnical University (NPU), China

IAC-18.A7.3.12 QUANTUM-ASSISTEDINTERFEROMETRYINSPACE:REAL-TIMECOHERENCEINSPACETELESCOPEARRAYSWITHSHAREDQUANTUMSTATESPierfrancesco La Mura, HHL Leipzig Graduate School of Management, Germany

B1. IAF EARTH OBSERVATION SYMPOSIUMCoordinator(s): Andrew Court , TNO, The Netherlands; Gunter Schreier , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

B1.1. International Cooperation in Earth Observation MissionsOctober 1 2018, 15:00 — ZARM 3 Co-Chair(s): John Hussey , Consultant, United States; Mukund Kadursrinivas Rao , National Institute of Advanced Studies (NIAS), India;

Rapporteur(s): Brent Smith , National Oceanic and Atmospheric Administration (NOAA), United States;

IAC-18.B1.1.1 KEYNOTE:2018ACTIVITIESOFTHEINTERNATIONALCOMMITTEEONEARTHOBSERVATIONSATELLITES(CEOS)Astrid-Christina Koch, European Commission, Belgium

IAC-18.B1.1.2 FROMINTERNATIONALSPACESTATIONTOINTERNATIONALCONSTELLATIONS:ANEWPARADIGMFORCOOPERATIONFOREARTHOBSERVATION?Veronica Foreman, Massachusetts Institute of Technology (MIT), United States

IAC-18.B1.1.3 FROMGLOBALTONATIONAL:IMPACTOFINTERNATIONALCOOPERATIONONNATIONALEARTHOBSERVATIONPOLICYIkuko KURIYAMA, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.B1.1.4 VENUS:FIRSTIMAGESANDFIRSTELECTRICPROPULSIONEXPERIMENTRESULTSFORTHISFRENCH-ISRAELIMISSION.Pierric Ferrier, Centre National d'Etudes Spatiales (CNES), France

IAC-18.B1.1.6 SCALABLECUBESATEARTHOBSERVATIONPAYLOADS,\\BORNFROMINTERNATIONALCOLLABORATIONFrancois Malan, Space Advisory Company, South Africa

IAC-18.B1.1.8 INTERNATIONALCOOPERATIONFORCHINASMALLSATELLITEYufu Cui, DFH Satellite Co., Ltd., China Academy of Space Technology (CAST), China

IAC-18.B1.1.9 DYNAMICANDCONTROLOFTHEINTERFERENCELOCATIONSBETWEEN2SARCONSTELLATIONSItziar Barat, ESA - European Space Agency, The Netherlands

IAC-18.B1.1.11 COSMO-SKYMEDANDTHEASI-CONAECOOPERATION:THESIASGEPROGRAMMEMaria Libera Battagliere, ASI - Italian Space Agency, Italy

IAC-18.B1.1.12 PERUSAT1EARTHOBSERVATIONSYSTEMS:2YEARSOFSUCCESSINORBITANDPRELIMINARYLESSONSCarlos CABALLERO, Agencia Espacial del Peru (CONIDA), Peru

IAC-18.B1.1.13 (non-confirmed) ANATMOSPHERICSENSORPAYLOADFORTHEINDONESIANRX-320SOUNDINGROCKETSebastian Trowitzsch, Technische Universität Berlin, Germany

B1.2. Future Earth Observation Systems

October 2 2018, 09:45 — ZARM 3 Co-Chair(s): Alain Gleyzes , CNES, France; Timo Stuffler , OHB System AG - Munich, Germany; Rapporteur(s): Gunter Schreier , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

IAC-18.B1.2.1 CURRENTSITUATIONANDPROPOSALSOFFUTUREEARTHOBSERVATIONMISSIONSINCHINABa Jin, Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences, China

IAC-18.B1.2.2 EUMETSAT’SFUTURELOWEARTHORBITSATELLITEPROGRAMMESPROVIDECONTINUITYOFOBSERVATIONSANDDATASERVICESMarc Cohen, Eumetsat, Germany

IAC-18.A6.10-C1.7.10 THECONCEPTOFTHEFUNCTIONINGOFASPACEVEHICLE-ASPACEDEBRISCOLLECTORWITHAVIEWTOREMOVINGOBJECTSOFSPACEDEBRISINTOORBITOFABURIALVsevolod Koryanov, Bauman Moscow State Technical University, Russian Federation

IAC-18.A6.10-C1.7.11 DYNAMICALSYSTEMDESCRIPTIONOFTHESOLARRADIATIONPRESSUREANDJ2PHASESPACEFOREND-OF-LIFEDESIGNANDFROZENORBITDESIGNElisa Maria Alessi, IFAC-CNR, Italy

IAC-18.A6.10-C1.7.12 LOWTHRUSTMANOEUVREDETECTIONFORLOWEARTHORBITSPACEOBJECTSSteve Gehly, University of New South Wales, Australia

A7. IAF SYMPOSIUM ON FUTURE SPACE ASTRONOMY AND SOLAR-SYSTEM SCIENCE MISSIONSCoordinator(s): Brent Sherwood , Caltech/JPL, United States; Jakob van Zyl , National Aeronautics and Space Administration (NASA), United States;

A7.1. Space Agency Strategies and Plans

October 1 2018, 15:00 — CCB Roselius Co-Chair(s): Jakob van Zyl , National Aeronautics and Space Administration (NASA), United States; Pietro Ubertini , INAF, Italy; Rapporteur(s): Brent Sherwood , Caltech/JPL, United States;

IAC-18.A7.1.1 THEATHENAX-RAYTELESCOPEANDITSTECHNICALCHALLENGESEric Wille, ESA, The Netherlands

IAC-18.A7.1.2 PLATO:ASATELLITEDESIGNEDTOFINDTHESECONDEARTH.Antonio Garcia, OHB System AG, Germany

IAC-18.A7.1.3 SCIENCEPRIORITIZATIONATTHEU.S.NATIONALACADEMIESOFSCIENCES,ENGINEERING,ANDMEDICINEColleen Hartman, National Academies of Sciences, Engineering, and Medicine, United States

IAC-18.A7.1.4 NASA'SSTRATEGICASTROPHYSICSTECHNOLOGYPROGRAM:ACCOMPLISHMENTSINTHEPASTDECADEANDFUTURETECHNOLOGYNEEDSAzita Valinia, NASA Goddard Space Flight Center Greenbelt MD 20771, United States

IAC-18.A7.1.5 ATMOSPHERICANALYSISOFTHEUNITEDARABEMIRATESFORRADIO-ASTRONOMYACTIVITIESMuthanna AlMahmoud, UAE Space Agency, United Arab Emirates

IAC-18.A7.1.6 RECOMMENDATIONSFORAPPROACHESTOLIFEDETECTIONFORFUTUREMISSIONDEVELOPMENTMonica Ebert, SGT Inc. / NASA Ames Research Center, United States

IAC-18.A7.1.7 INTERSTELLARPROBES:THEBENEFITSTOASTRONOMYANDASTROPHYSICSKelvin Long, Initiative for Interstellar Studies, United Kingdom

IAC-18.A7.1.8 LONGDURATIONGENESIS-TYPEMISSIONSTOEXOSOLARPLANETSClaudius Gros, University of Frankfurt am Main, Germany

A7.2. Science Goals and Drivers for Future Exoplanet, Space Astronomy, Physics, and Outer Solar System Science MissionsOctober 3 2018, 09:45 — CCB Roselius Co-Chair(s): Brent Sherwood , Caltech/JPL, United States; Pietro Ubertini , INAF, Italy; Rapporteur(s): Eric Wille , ESA, The Netherlands;

IAC-18.A7.2.1 AMISSIONTOSUN-EARTHTRIANGULARLIBRATIONPOINTFORWEATHERFORECASTYing WANG, Chinese Society of Astronautics (CSA), China

IAC-18.A7.2.2 INVESTIGATIONONTHESIGNIFICANTSOLARTERRESTRIALPARAMETERSAFFECTINGIONOSPHERICSQCURRENTSYSTEMMohamad Huzaimy Jusoh, Universiti Teknologi MARA (UITM), Malaysia

IAC-18.A7.2.5 EXPLORINGTHEKUIPERBELTWITHSUN-DIVINGSOLARSAILSElena Ancona, Telespazio VEGA Deutschland GmbH, Germany

IAC-18.A7.2.6 MAGRATHEA:APROPOSALFORASATELLITEMISSIONONPROTOPLANETARYDUSTGROWTHEXPERIMENTSMarine Martin-Lagarde, Commissariat à l'énergie atomique et aux énergies alternatives (CEA), France

IAC-18.A7.2.7 EFFECTSOFPLANETARYALBEDOANDGREENHOUSEGASESONTHEHABITABLEZONE–SEEKINGFORHABITABLEPLANETSHarald Hellmann, German Aerospace Center (DLR), Bremen, Germany

IAC-18.A7.2.8 RADIOINTERFEROMETERSLARGERTHANEARTH:LESSONSLEARNEDANDFORWARDLOOKOFSPACEVLBILeonid Gurvits, , The Netherlands

IAC-18.A7.2.9 DARKMATTERINDWARFSPHEROIDALGALAXIESSabrina Alam, International Space University (ISU), France

IAC-18.A7.2.10 LAGRANGE:APROPOSALFORFUNDAMENTALPHYSICSINSPACEAngelo Tartaglia, Politecnico di Torino, Italy

A7.3. TTechnology Needs for Future Missions, Systems, and InstrumentsOctober 4 2018, 14:45 — CCB Roselius Co-Chair(s): Eric Wille , ESA, The Netherlands; Jakob van Zyl , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Brent Sherwood , Caltech/JPL, United States;

IAC-18.A7.3.1 SOLARWINDANALYZER-THESOLARORBITERMILESTONETOWARDSON-BOARDINTELLIGENTDECISIONMAKINGSYSTEMSLeonardo Amoruso, Planetek Italia, Italy

IAC-18.A7.3.2 PROBA3FORMATIONFLYINGSYSTEM,AKEYTECHNOLOGYFORFUTUREFORMATIONFLYINGSCIENCEMISSIONS:CURRENTSTATUSANDSIMULATIONRESULTSLuigi Strippoli, GMV Aerospace & Defence SAU, Spain


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IAC-18.B1.4.9 ACLOUD-BASEDPLATFORMFORGEO-ANALYTICSPRODUCTIONFROMBIGSATELLITEDATA:RHETICUS®Daniela Drimaco, Planetek Italia, Italy

IAC-18.B1.4.10 HIGHPERFORMANCESUPERCOMPUTINGVIRTUALENVIRONMENTFORGEO-INFORMATIONPROCESSINGINMEXICOEnrique Pacheco Cabrera, Incomspace, Mexico

IAC-18.B1.4.12 NEARREALTIMEPROCESSINGFRAMEWORKFORREMOTESENSINGBASEDMARITIMESURVEILLANCEAPPLICATIONSEgbert Schwarz, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.B1.4.13 AUTOMATEDCLOUDANDCLOUDSHADOWDETECTION,REMOVALANDFILLINGONLANDSAT,MODISANDSENTINELDATAMarco Schmidt, Bochum University of Applied Sciences, Germany

B1.5. Earth Observation Applications, Societal Challenges and Economic BenefitsOctober 4 2018, 09:45 — ZARM 3 Co-Chair(s): Luigi Bussolino , Bussolino and Associates, Italy; Paul Kamoun , Thales Alenia Space France, France; Rapporteur(s): Wolfgang Rathgeber , European Space Agency (ESA), Italy;

IAC-18.B1.5.1 Air Quality services using TROPOMI and beyond and the LOTOS-EUROS CTM Johan de Vries, Airbus DS, The Netherlands

IAC-18.B1.5.2 CONTRIBUTIONOFSPACE-BASEDINFORMATIONFORLOW-EMISSIONANDRESILIENTSOCIETIES:ROLEOFUN-SPIDERShirish Ravan, United Nations, Austria

IAC-18.B1.5.3 BATHYMETRYANDTIDALFLATTOPOGRAPHYFROMSENTINEL-1ACQUISITIONSStefan Wiehle, German Aerospace Center (DLR), Germany

IAC-18.B1.5.4 NAVIGATIONASSISTANCEINPOLARWATERSTHROUGHINFORMATIONONSEAICEDRIFTANDCOVERAGEDERIVEDFROMSPACEBORNESYNTHETICAPERTURERADARIMAGESAnja Frost, DLR (German Aerospace Center), Germany

IAC-18.B1.5.5 REMOTESENSINGAPPLICATIONSFORREDTIDEMONITORINGUSEDASFEEDBACKFORIMPROVINGNANO-SATELLITECONCEPTUALDESIGN,THECASEOFRETI-SATATTHEUNIVERSITYOFCOSTARICA.Maria Molina, University of Costa Rica, Costa Rica

IAC-18.B1.5.6 SPACE-BASEDWATERBORNEDISEASESURVEILLANCEINCOASTALCOMMUNITIES:ACTIONABLERISKASSESSMENTOFENTERICPATHOGENSINACHANGINGCLIMATESamuel Malloy, The Ohio State University, United States

IAC-18.B1.5.7 MAXIMIMIZINGFORESTVALUETHROUGHUSINGSENTINEL-2INCOMBINATIONWITHHYPERSPECTRALUAVSChristina Aas, Science [&] Technology AS, Norway

IAC-18.B1.5.8 MONITORINGBURNEDAREASINTHEAMAZONFORESTFROMTIMESERIESSATELLITEDATAGiancarlo Santilli, University of Brasilia, Brazil

IAC-18.B1.5.9 CARBONACCOUNTINGINCORPORATINGAGRICULTURETOURBANLANDUSECHANGEBYFUSINGMULTI-RESOLUTIONOPTICALANDSARDATAINTHEOPENDATACUBEOVERTHE16CENSUSMETROPOLITANAREASOFCANADAWolfgang Lueck, PCI Geomatics, Canada

IAC-18.B1.5.10 POTENTIALAPPLICATIONSFORTHEHYPERSPECTRALIMAGERDESISKai Perlmutter, The Ohio State University, United States

IAC-18.B1.5.12 (non-confirmed) THEITALIANPROJECTSARDOS:ASTRATEGYOFTERRITORIALCONTROLFORTHELEGALITYMichele Boella, , Italy

B1.6-GTS.1. Citizen Science in Global Earth Observation SystemsOctober 4 2018, 14:45 — ÖVB 4 Co-Chair(s): Harry A. Cikanek , National Oceanic and Atmospheric Administration (NOAA), United States; Jessica Culler , The Planetary Society, United States; Rapporteur(s): Brent Smith , National Oceanic and Atmospheric Administration (NOAA), United States; Kate Becker , NOAA/NESDIS, United States;

IAC-18.B1.6-GTS.1.1 THEROLEOFPOLICYINUSINGCITIZENSCIENCEFOREARTHOBSERVATIONKrystal Wilson, Secure World Foundation, United States

IAC-18.B1.6-GTS.1.2 DESIGNFORACITIZENSCIENCEANDPUBLICENGAGEMENTPROJECTCELEBRATINGANTARCTICAANDTHESOUTHERNOCEANDanielle Wood, Massachusetts Institute of Technology (MIT), United States

IAC-18.B1.6-GTS.1.3 COOPERATIVEOPENONLINELANDSLIDEREPOSITORY(COOLR)TOENHANCEDISASTERRESEARCHANDPREDICTIONCaroline Juang, Earth Science Division, NASA Goddard Space Flight Center, and Science Systems and Applications Inc., United States

IAC-18.B1.6-GTS.1.4 FARMSENSE:PROVIDINGAGRICULTURALINSIGHTSUSINGREMOTELYSENSEDDATAANDOPENSTREETMAPDATA.Ayodele Adeyemo, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.B1.6-GTS.1.5 ICEKING:APLATFORMCOMBININGSUSTAINABLETOURISMANDCITIZENSCIENCEONGLACIERSPaola Belingheri, IceKing GMBH, Austria

IAC-18.B1.6-GTS.1.6 CROWDMAG:NON-TRADITIONALOBSERVATIONOFEARTH’SMAGNETICFIELDManoj C. Nair, NOAA's National Centers for Environmental Information (NCEI), United State

B2. IAF SPACE COMMUNICATIONS AND NAVIGATION SYMPOSIUMCoordinator(s): Manfred Wittig , European Space Agency (ESA), retired, The Netherlands; Otto Koudelka , Graz University of Technology (TU Graz), Austria;

IAC-18.B1.2.4 TANDEM-X&TANDEM-L:SETTINGBENCHMARKSINRADARREMOTESENSINGAlberto Moreira, German Aerospace Center (DLR), Germany

IAC-18.B1.2.5 INTRODUCTIONTOEUMETSAT’SFUTUREGEOSTATIONARYMETEOSATTHIRDGENERATION(MTG)PROGRAMMEAlexander Schmid, Eumetsat, Germany

IAC-18.B1.2.6 ACONSTELLATIONOFSMALLSATELLITESFORTHEMONITORINGOFGREENHOUSEGASESLaure Brooker Lizon-Tati, Airbus Defence and Space, France

IAC-18.B1.2.7 TOWARDSANEUROPEANCO2MONITORINGMISSIONHeinrich Bovensmann, University of Bremen, Germany

IAC-18.B1.2.8 ENMAP,THEHYPERSPECTRALEARTHOBSERVATIONSATELLITE:OVERVIEWANDCURRENTSTATUSMartin Mücke, OHB System AG - Munich, Germany

IAC-18.B1.2.9 CONSTELLATIONSPROPOSALSFORREMOTESENSINGWITHUAV–INTERLEAVEDWITHCUBESAT/SMALLSATNETWORKSKishore Pasi, ISRO Satellite Centre (ISAC), India

IAC-18.B1.2.10 ASSESSINGUSERNEEDSTOINFORMFUTURELANDIMAGINGSYSTEMSPeter Doucette, U.S. Geological Survey, United States

IAC-18.B1.2.11 DIEGO–DYNAMICINFRAREDEARTHOBSERVATIONONTHEISSORBITAndreas Rienow, Ruhr-University Bochum, Germany

IAC-18.B1.2.12 G-CLASS:AGEOSYNCHRONOUSRADARMISSIONTOSTUDYTHEDIURNALWATERCYCLEStephen Hobbs, Cranfield University, United Kingdom

IAC-18.B1.2.13 "COSMO-SKYMEDDISECONDAGENERAZIONE"-CIVILIANPRODUCTSPECIFICATIONSRino Lorusso, Italian Space Agency (ASI), Italy

B1.3. Earth Observation Sensors and TechnologyOctober 2 2018, 14:45 — ZARM 3 Co-Chair(s): Andrew Court , TNO, The Netherlands; Roland LeGoff , SODERN, France; Rapporteur(s): Marc Cohen , Eumetsat, Germany;

IAC-18.B1.3.1 TROPOMIONEYEARIN-ORBIT:EXCELLENTTEAMWORK,EXCELLENTRESULTS.Jan Doornink, Airbus Defence and Space Netherlands B.V., The Netherlands

IAC-18.B1.3.2 POSTLAUNCHVERIFICATIONRESULTSOFGCOM-CSPACECRAFTBUSANDSGLIRADIOMETERShigemasa Ando, JAXA, Japan

IAC-18.B1.3.3 THENEWDEVELOPMENTOFHIGHRESOLUTIONOPTICALREMOTESENSORINCHINAChen Xiaoli, Beijing Institute of Space Mechanics & Electricity, China Academy of Space Technology (CAST), China

IAC-18.B1.3.4 CHALLENGESANDSOLUTIONSOFFREE-FORMOPTICSDESIGNFORHIGHLYPERFORMANTEARTHOBSERVATIONINSTRUMENTSINSPACEMichael Deiml, OHB System AG, Germany

IAC-18.B1.3.5 ANOVELCOMPACTNO2INSTRUMENTFORHIGH-RESOLUTIONAIRQUALITYREMOTESENSINGMartin Siegl, TNO Space, The Netherlands

IAC-18.B1.3.6 PROTOTYPEDESIGNOFARADIOMETRICALLYCALIBRATEDMINIATUREMULTISPECTRALEARTHOBSERVATIONIMAGERFORNANOSATELLITESJoosep Kivastik, University of Tartu, Estonia

IAC-18.B1.3.7 PROBINGPLANETARYATMOSPHERESWITHPOLARIZEDINELASTICSCATTERINGSENSEDBYSPACEBORNEPLATFORMSLuca Lelli, University of Bremen, Germany

IAC-18.B1.3.8 (non-confirmed) HIGHDATARATECONNECTIVITYBYLASERCOMMUNICATION-KEYENABLERFORFUTUREEOMISSIONSMatthias Motzigemba, Tesat-Spacecom GmbH & Co. KG, Germany

IAC-18.B1.3.9 DUALFREQUENCYSYNCHRONIZEDL&SBANDAIRBORNESARSYSTEMRakesh Kumar Bhan, Indian Space Research Organization (ISRO), India

IAC-18.B1.3.10 PASSAT:PASSIVEBI-STATICRADARIMAGINGCONSTELLATION–AIRBORNETRIALSANDIN-ORBITDEMONSTRATORDESIGNCraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.B1.3.11 PACKMAN-PORTABLEINSTRUMENTTOSTUDYSPACEWEATHERThasshwin Mathanlal, Luleå University of Technology, Sweden

B1.4. Earth Observation Data Management SystemsOctober 5 2018, 09:45 — ZARM 3 Co-Chair(s): Gunter Schreier , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; James E. Graf , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States; Rapporteur(s): Cristian Bank , Eumetsat, Germany;

IAC-18.B1.4.2 THEGERMANCOPERNICUSDATAANDEXPLOITATIONPLATFORM“CODE-DE”–ONLINEDATAACCESSANDBIGDATAPROCESSINGVanessa Keuck, DLR, German Aerospace Center, Germany

IAC-18.B1.4.3 WHATHAPPENSWHENOPENDATAGETSBIG?OPPORTUNITIESANDRISKSFOREARTHOBSERVATIONMariel Borowitz, Georgia Institute of Technology, United States

IAC-18.B1.4.4 BIGDATACUBE:MAKINGBIGDATAACOMMODITYPeter Baumann, Jacobs University Bremen, Germany

IAC-18.B1.4.5 ANOUTLOOKONLANDSATDATAMANAGEMENTSTRATEGYPeter Doucette, U.S. Geological Survey, United States

IAC-18.B1.4.6 ON-ORBITDATAMININGTECHNOLOGYFOREARTHOBSERVATIONIMAGEPROCESSINGMengxi Yu, Technology and Engineering Center for Space Utilization,Chinese Academy of Sciences, China

IAC-18.B1.4.7 THESENTINEL-3PAYLOADDATAGROUNDSEGMENTELEMENTS--DESIGNEDFORSCALABILITYANDADAPTABILITYBernard Pruin, Werum Software & Systems AG, Germany


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IAC-18.B2.3.2 NAVIGATIONANDCOMMUNICATIONNETWORKFORTHEMARSVALLESMARINERISEXPLORER(VAMEX)Luisa Buinhas, Bundeswehr University Munich, Germany

IAC-18.B2.3.3 ACONCEPTOFTHELUNARNAVIGATIONMOBILENETWORKDanijela Ignjatovic Stupar, International Space University (ISU), France

IAC-18.B2.3.4 BUILDINGAPROTOTYPECELLPHONETOWERONTHELUNARBASESANDYA RAO, , India

IAC-18.B2.3.5 REMOTEAIRFIELDSNAVIGATIONANDTOWERCONTROLTHROUGHOPTICALANDRADIO-FREQUENCYDATAFUSIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-18.B2.3.6 ASATELLITESYSTEMWITHGROUND,AIRBORNEANDSPACESUBSCRIBERS:ACONCEPTUALSOLUTIONANDMODELINGOFTRAFFICTatyana V. Labutkina, Dnepropetrovsk National University named after Oles' Gonchar, Ukraine

IAC-18.B2.3.7 RECENTDEVELOPMENTANDPROSPECTOFCHINA’SLOW-EARTH-ORBITSATELLITEMOBILECOMMUNICATIONANDSPACEINTERNETSYSTEMRui Ding, China Academy of Space Technology (CAST), China

IAC-18.B2.3.8 NEWSTARTS:STRATEGICANDTECHNOLOGICALAPPROACHESFORREINVIGORATINGTELECOMMUNICATIONSFROMSPACEJames Bultitude, International Space University (ISU), United States

IAC-18.B2.3.10 DESIGNANDREALIZATIONOFS-BANDCOAXIALMANIFOLDMULTIPLEXERFORSMALLSATELLITESMuhammad Latif, SUPARCO, Pakistan

IAC-18.B2.3.11 RESEARCHONEVALUATIONMETHODOFTHESATELLITENAVIGATIONLANDINGSYSTEMINTEGRITYINLABORATORYPeng Lyu, Tianjin 764 Communication Navigation Technology Co., Ltd., China

IAC-18.B2.3.12 THEPERFORMANCEANALYSISOF5GNETWORKBASEDONLEOCONSTELLATIONWITHJOINTSIMULATIONXiaotian ZHENG, Space Star Technology Co., Ltd. (SSTC), China Academy of Space Technology (CAST), China

B2.4. Advanced Satellite Services

October 3 2018, 14:45 — ÖVB 3 Co-Chair(s): Eva Maria Aicher , Tesat-Spacecom GmbH & Co. KG, Germany; K.R. Sridhara Murthi , NIAS, India; Rapporteur(s): Enrique Pacheco Cabrera , Incomspace, Mexico;

IAC-18.B2.4.1 GALILEOHIGHACCURACY:APROGRAMANDPOLICYPERSPECTIVEIgnacio Fernandez Hernandez, European Commission, Belgium

IAC-18.B2.4.2 (non-confirmed) MIRRORGALILEOPROGRAMINITALYMauro Cardone, Agenzia Spaziale Italiana (ASI), Italy

IAC-18.B2.4.3 SATELLITENAVIGATION(GNSS)WORKINGGROUPINNASONarayan Dhital, , Germany

IAC-18.B2.4.4 HAPSFORTELECOMMUNICATIONSSERVICESANDAPPLICATIONSAntonio Abad Martin, Hispasat SA, Spain

IAC-18.B2.4.5 ADVANCEDSATELLITESERVICESASANENABLERTOBRINGCONNECTIVITYTORURALCOMMUNITIESINMEXICOEnrique Pacheco Cabrera, Incomspace, Mexico

IAC-18.B2.4.7 INNOVATIVESUB-MILLIMETERLEVELRANGINGANDRANGE-RATEMEASUREMENTSOVERSATELLITE-GROUNDPHASEMODULATIONCOHERENTLASERCOMMUNICATIONLINKFORTT&CANDNAVIGATIONSYSTEMHaifeng Yang, Southwest Institute of Electronic Technology, China

IAC-18.B2.4.8 INTEGRATEDSOLUTIONOFCOMMUNICATIONANDFAULTALARMINGSYSTEMFORCHINASPACESTATIONBASEDONBEIDOUSHORTMESSAGESERVICEDan Wang, China Academy of Space Technology (CAST), China

IAC-18.B2.4.9 TELDASAT–INDUSTRY4.0FORGLOBALANDSAFETYCRITICALMACHINESANDINFRASTRUCTURESErnst Messerschmid, University of Stuttgart, Germany

IAC-18.B2.4.10 HISPASATH36W-1,ONEYEAROFSUCCESSFULIN-ORBITOPERATIONOFOHB’SFIRSTGEOSTATIONARYTELECOMMUNICATIONSATELLITEDieter Birreck, OHB System AG, Germany

B2.5. Space-Based Navigation Systems and ServicesOctober 4 2018, 09:45 — ÖVB 3 Co-Chair(s): Kristian Pauly , OHB System, Germany; Rita Lollock, The Aerospace Corporation, United States; Rapporteur(s): Norbert Frischauf, TU Graz, Austria;

IAC-18.B2.5.1 GALILEOSERVICEPROVISION:ONEYEARUNDERGSARESPONSIBILITYRodrigo da Costa, European GNSS Agency (GSA), Czech Republic

IAC-18.B2.5.2 GALILEOMESSAGEANDSIGNALAUTHENTICATIONSERVICES:APROGRAMANDPOLICYPERSPECTIVEIgnacio Fernandez Hernandez, European Commission, Belgium

IAC-18.B2.5.4 SATELLITEBASEDADS-BFORCOMMERCIALSPACEFLIGHTOPERATIONSDirk-Roger Schmitt, DLR (German Aerospace Center), Germany

IAC-18.B2.5.5 THEMULTI-GNSSSPACESERVICEVOLUMEDaniel Blonski, ESTEC, European Space Agency, The Netherlands

IAC-18.B2.5.6 MEOSAR-NG:APOWERFULNEWCONCEPTFORSEARCH&RESCUEFROMMEOCharlotte Bewick, OHB System AG, Germany

IAC-18.B2.5.7 ACUBESATBASEDGNSSCONSTELLATIONFORPLANETARYEXPLORATIONNorbert Frischauf, SpaceTec Partners SPRL, Austria

IAC-18.B2.5.8 OPTIMIZATIONOFLOWEARTHORBITSATELLITECONSTELLATIONSFORREGIONALPOSITIONINGTomer Shtark, Asher Space Research Institute, Technion, I.I.T., Israel

IAC-18.B2.5.10 INVESTIGATIONONSUSTAININGTHEAUTONOMOUSSATELLITENAVIGATIONSYSTEMUSINGONLYINTER-SATELLITELINKSJingshi Tang, Nanjing University, China

B2.1. Advanced Space Communications and Navigation SystemsOctober 1 2018, 15:00 — ÖVB 3 Co-Chair(s): Amane Miura , National Institute of Information and Communications Technology (NICT), Japan; Morio Toyoshima , National Institute of Information and Communications Technology (NICT), Japan; Rapporteur(s): Giovanni B. Palmerini , Sapienza University of Rome, Italy;

IAC-18.B2.1.1 SATCOM2025–THENEARFUTUREOFSATELLITECOMMUNICATIONSINGERMANYCarsten Borowy, OHB System AG-Bremen, Germany

IAC-18.B2.1.2 ELECTRA:HIGHLYVERSATILEANDEFFICIENTSMALLGEOPLATFORMMarco De Tata, OHB System AG-Bremen, Germany

IAC-18.B2.1.4 THEHEINRICHHERTZSATELLITEBent Ziegler, OHB System AG-Bremen, Germany

IAC-18.B2.1.5 KA-BANDHIGH-RATEDOWNLINKSYSTEMFORTHENISARMISSIONMichael Kobayashi, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.B2.1.6 IMPROVEDTHROUGHPUTSATELLITESYSTEMUSINGEFFICIENTTRANSCEIVERARCHITECTURESara AlMaeeni, Mohammed Bin Rashid Space Centre (MBRSC), United Arab Emirates

IAC-18.B2.1.7 ATECHNICALCOMPARISONOFTHREELOWEARTHORBITSATELLITECONSTELLATIONSSYSTEMSTOPROVIDEGLOBALBROADBANDInigo del Portillo, Massachusetts Institute of Technology (MIT), United States

IAC-18.B2.1.9 STUDYONALTERNATIVESCOMPARISONOFRELAYSATELLITEBASEDONLASERLINKSHongyan Xu, Institute of Telecommunication Satellite, China Academy of Space Technology (CAST), China

IAC-18.B2.1.10 CHALLENGESINDESIGNINGSATELLITECONSTELLATIONFORPROVIDINGUNINTERRUPTEDNETWORKSECURITYTHROUGHQUANTUMKEYDISTRIBUTIONATALARGERGEOGRAPHICREGIONSanat Biswas, IIIT Delhi, India

IAC-18.B2.1.11 COMMUNICATIONANDNAVIGATIONARCHITECTUREFORPLANETARYEXPLORATIONCARRIED-ONBYASWARMOFMOBILEROBOTSMarco Carpentiero, Sapienza University of Rome, Italy

IAC-18.B2.1.12 THEGALILEOREFERENCECENTREANDITSROLEINTHEGALILEOSERVICEPROVISIONPeter Buist, European GNSS Agency (GSA), The Netherlands

B2.2. Fixed and Broadcast Communications

October 2 2018, 09:45 — ÖVB 3 Co-Chair(s): Desaraju Venugopal , Devas Multimedia Pvt. Ltd., India; Robert D. Briskman , Sirius XM Radio, United States; Rapporteur(s): Laszlo Bacsardi , Hungarian Astronautical Society (MANT), Hungary;

IAC-18.B2.2.1 COMMUNICATIONNETWORKINLEO:IN-ORBITVERIFICATIONOFINTERSATELLITELINKBYNANOSATELLITECLUSTERS-NETWalter Frese, Technische Universität Berlin, Germany

IAC-18.B2.2.2 SOFTWARE-DEFINEDCOMMUNICATIONONTHENANOSATELLITEMOVE-IISebastian Rückerl, Technical University of Munich, Germany

IAC-18.B2.2.3 MULTIPOINTINTERSATELLITELINKANDRANGINGPROTOCOLMiguel Angel Fernandez, SYRLINKS, France

IAC-18.B2.2.4 SATELLITECOMMUNICATIONMARKETININDIA:ASSESSINGKEYTRENDS,MARKETDRIVERS,CHALLENGESANDGROWTHPROSPECTSSumit Kumar, Indian Space Research Organization (ISRO), India

IAC-18.B2.2.5 INTERFERENCEINTORADIOBROADCASTSATELLITEUPLINKSRiza Akturan, Sirius XM Radio, United States

IAC-18.B2.2.6 REGIONALHTSSERVICESFROMLOWEARTHORBITSai Ram Sadhu, ISRO Satellite Centre (ISAC),ISRO, India

IAC-18.B2.2.7 CO-OPERATIVERFRANGINGANDTIMETRANSFERDEFINITIONSFORMEGACONSTELLATIONSANDSPACETRAFFICMANAGEMENTZakaria Bouhanna, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.B2.2.8 HIGHLYFLEXIBLETELEMETRY,TRACKINGANDCOMMANDTRANSPONDERSYSTEMSFOREARTHOBSERVATIONANDTELECOMMUNICATIONSATELLITECONTROLPhilipp Wertz, Tesat-Spacecom GmbH & Co. KG, Germany

IAC-18.B2.2.9 STUDYOFTERABIT/SSATELLITEFORINDIABharath Kumar Reddy Pasala, ISRO Satellite Centre (ISAC),ISRO, India

IAC-18.B2.2.10 INTER-SATELLITEDATARELAYSYSTEM(IDRS)FORLEOSATELLITESUSINGACOMMERCIALLYAVAILABLEGEOSATELLITESYSTEMKhai Pang Tan, Addvalue Innovation Pte Ltd, Singapore, Republic of

IAC-18.B2.2.11 THEBUSINESSIMPACTTHATUHTSINLEOCOULDCAUSETOHTSINGEO:CASEANALYSISFORBOLIVIA'SNEXTHTSTOBEIMPLEMENTEDMarco Alejandro Murillo Alcocer, Agencia Boliviana Espacial, Bolivia

IAC-18.B2.2.13 CHINACOMMUNICATIONSATELLITESLAUNCHEDIN2017Min Wang, China Academy of Space Technology (CAST), China

B2.3. Mobile Satellite Communications and Navigation TechnologyOctober 3 2018, 09:45 — ÖVB 3 Co-Chair(s): Giovanni B. Palmerini , Sapienza University of Rome, Italy; Joe M. Straus , The Aerospace Corporation, United States; Rapporteur(s): Peter Buist , Netherlands Space Society (NVR), The Netherlands;

IAC-18.B2.3.1 3GPPACTIVITIESON5GSATELLITEINTEGRATIONToon Norp, TNO, The Netherlands


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INDEX

IAC-18.B2.8-GTS.3.5 REFINEDCOMPUTERSIMULATIONOFLOSSINQUANTUM-BASEDSATELLITECHANNELAndras Kiss, University of West Hungary, Hungary

IAC-18.B2.8-GTS.3.6 USINGAGPSENABLEDBODYAREANETWORK(BAN)BASEDHEALTHTRACKER,THATUSESGSM,FORMOUNTAINEERSINNEPALPrabin Gyawali, Space Generation Advisory Council (SGAC), Nepal

IAC-18.B2.8-GTS.3.8 WIDEBEAMWIDTHQHAFORRSSATELLITESANDGROUNDSTATIONAPPLICATIONSAhsan Rafiq, SUPARCO, Pakistan

IAC-18.B2.8-GTS.3.9 (non-confirmed) MONOCULARDEPTHESTIMATIONUSINGDEEPLEARNINGFORLUNARLANDINGAlix LEROY, Cranfield University, United Kingdom

IAC-18.B2.8-GTS.3.11 TARGETACQUISITIONANDTRACKINGOFEXTREMELYLONGDISTANCETARGETSUSINGMULTIPLERISLEYPRISMSYSTEMSLuke Heffernan, The University of Adelaide, Australia

IAC-18.B2.8-GTS.3.12 KEYCHALLENGESINESTABLISHINGLASERSPACECOMMUNICATIONSTANDARDSANDRECOMMENDATIONSOFTHESGCSPACETECHNOLOGIESWORKINGGROUPGraham Johnson, Inmarsat Ltd., United Kingdom

B3. IAF HUMAN SPACEFLIGHT SYMPOSIUMCoordinator(s): Kevin D. Foley , The Boeing Company, United States; Support(s): Igor V. Sorokin , S.P. Korolev Rocket and Space Corporation Energia, Russian Federation; Peter Batenburg , Netherlands Space Society (NVR), The Netherlands;

B3.1. Governmental Human Spaceflight Programs (Overview)October 1 2018, 15:00 — ZARM 4 Co-Chair(s): Carlo Mirra , Airbus Defence & Space, Germany; Sam Scimemi , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Rainer Willnecker , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

IAC-18.B3.1.1 ORIONDEVELOPMENTSTATUSANDROLEINTHELUNARORBITALPLATFORMMark Kirasich, NASA, United States

IAC-18.B3.1.2 THESECONDEUROPEANSERVICEMODULE(ESM-2)EVOLUTIONS,PRODUCTIONANDCHALLENGESAnthony Thirkettle, European Space Agency (ESA), The Netherlands

IAC-18.B3.1.3 CANADAANDTHEINTERNATIONALSPACESTATIONPROGRAM:OVERVIEWANDSTATUSSINCEIAC2017Kristen Facciol, Canadian Space Agency, Canada

IAC-18.B3.1.4 MOVINGHUMANPRESENCEINTOTHESOLARSYSTEM:FROMISSTOTHEMOONANDONTOMARSWilliam H. Gerstenmaier, National Aeronautics and Space Administration (NASA), United States

IAC-18.B3.1.5 JAXA’SINITIATIVEONHUMANSPACEFLIGHTPROGRAMFORISSANDBLEOKoichi Wakata, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.B3.1.6 COMMERCIALPARTNERSHIPSFORSPACEEXPLORATIONBernhard Hufenbach, European Space Agency (ESA), The Netherlands

IAC-18.B3.1.7 EXPLORATIONMISSIONFLIGHTTESTOPERATIONSOVERVIEWMichael Sarafin, National Aeronautics and Space Administration (NASA), United States

IAC-18.B3.1.8 THEGATEWAYPOWERANDPROPULSIONELEMENTDEVELOPMENTSTATUSMichele Gates, NASA Headquarters, United States

B3.2. Commercial Human Spaceflight ProgramsOctober 2 2018, 09:45 — ZARM 4 Co-Chair(s): Michael E. Lopez Alegria , MLA Space, LLC, United States; Michael W. Hawes , Lockheed Martin Corporation, United States; Sergey K. Shaevich , Khrunichev State Research & Production Space Center, Russian Federation; Rapporteur(s): Gene Rice , RWI - Rice Wigbels Int'l, United States;

IAC-18.B3.2.1 STARLINER-PREPARINGFORFLIGHTChrisopher Ferguson, Boeing, United States

IAC-18.B3.2.2 MULTI-PURPOSECOMMERCIALMODULESAlexander G. Derechin, S.P. Korolev Rocket and Space Corporation Energia, Russian Federation

IAC-18.B3.2.3 THEINTERNATIONALSPACESTATIONANDLOWEARTHORBITSam Scimemi, National Aeronautics and Space Administration (NASA), United States

IAC-18.B3.2.4 PREPARINGFORAMERICA’SRETURNTOHUMANSPACEFLIGHTDaniel Adams, United Launch Alliance, United States

IAC-18.B3.2.5 THEINTERACTIONOFINDUSTRYANDSCIENCEINEXPERIMENTSMODELINGLONG-TERMSPACEFLIGHTSASAPOTENTIALFORCREATINGCOMMERCIALINNOVATIONSAnna Kussmaul, , Russian Federation

IAC-18.B3.2.6 (non-confirmed) BLOON,AVERSATILEPLATFORMFORNEARSPACEHUMANRESEARCHANDLEISUREJose Mariano Lopez Urdiales, Zero2infinity, Spain

IAC-18.B3.2.7 THEDAWNOFSPACETOURISMBUSINESSESANDTHEDEVELOPMENTSTRATEGYINREFERENCETOAIRTOURISMBUSINESSESToshiki Hasegawa, HASECOM, Japan

IAC-18.B3.2.8 RUSSIANCOMMERCIALPROGRAMSINTHEFIELDOFMANNEDFLIGHTOPPORTUNITIES-UNIQUEEXPERTISEANDCOMPREHENSIVERANGEOFSERVICESAnna Zakharova, JSC Glavcosmos, Russian Federation

IAC-18.B3.2.9 SUBORBITALSPACETOURISM-ACOMMERCIALFEASIBILITYASSESSMENTMarkus Guerster, Massachusetts Institute of Technology (MIT), United States

B2.6. Near-Earth and Interplanetary CommunicationsOctober 4 2018, 14:45 — ÖVB 3 Co-Chair(s): Manfred Wittig , European Space Agency (ESA), retired, The Netherlands; Ramon P. De Paula , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Dipak Srinivasan , The Johns Hopkins University Applied Physics Laboratory, United States;

IAC-18.B2.6.2 DEEPSPACEMISSIONUTILIZATIONTOLAUNCHTHESMALLSATNETWORKTOADDRESSCOMMUNICATIONNEEDS.Prasad Falke, International Amateur Radio Union, United States

IAC-18.B2.6.3 APPROACHESTOOPTIMIZEDEEPSPACETELECOMMUNICATIONSNETWORKSTOSUPPORTANEWSPACEPARADIGMChaitanya Gopal, International Space University (ISU), France

IAC-18.B2.6.4 INTERNETFORTHEMOON:POSSIBLECOMMUNICATIONARCHITECTURESFORCONNECTINGTHEMOONVILLAGETOTHEINTERNETMaria Drouet, Ecuadorian Civilian Space Agency (EXA), Ecuador

IAC-18.B2.6.5 RADIOSCIENCESYSTEMDESIGNANDMEASUREMENTRESULTSFORTHENASADEEPSPACENETWORK(DSN)Remi LaBelle, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-18.B2.6.6 SALSAT-ANINNOVATIVENANOSATELLITEFORSPECTRUMANALYSISBASEDONSDRTECHNOLOGYJens Großhans, Technische Universität Berlin, Germany

IAC-18.B2.6.7 NEWDEVELOPMENTOFTHEPHASEDARRAYANTENNAFORS-BANDCOMMUNICATIONSNobuyuki Kaya, Kobe University, Japan

IAC-18.B2.6.8 CONTACTPLANBASEDROUTINGINDISTRIBUTEDNANOSATELLITESYSTEMSTobias Thiel, University of Würzburg, Germany

B2.7. Advanced Technologies for Space Communications and NavigationOctober 5 2018, 09:45 — ÖVB 3 Co-Chair(s): Edward W. Ashford , Graz University of Technology (TU Graz), Austria; Elemer Bertenyi , Canadian Aeronautics and Space Institute, Canada; Rapporteur(s): Nader Alagha , ESA, The Netherlands;

IAC-18.B2.7.1 Optical communication to move large amounts of data in space Herwig Zech, Tesat-Spacecom GmbH & Co. KG, Germany

IAC-18.B2.7.2 OPTICALSWITCHESOFPHOTONICSPAYLOADRoland Le Goff, SODERN, France

IAC-18.B2.7.3 OPTICALNETWORKSINLEOBASEDONTHECUBESATSTANDARDRichard Welle, The Aerospace Corporation, United States

IAC-18.B2.7.4 LED-BASEDOPTICALCOMMUNICATIONONANANO-SATELLITEPLATFORMAndrea Gianfermo, Sapienza University of Rome, Italy

IAC-18.B2.7.5 INTER-SATELLITECOMMUNICATIONFORNANOSATELLITES-ADVANCEDCOMMUNICATIONTECHNOLOGIESANDFREQUENCYSCHEMESREQUIREDFORSCALINGTOLARGECONSTELLATIONSPer Koch, GomSpace ApS, Denmark

IAC-18.B2.7.6 OPTIMIZATIONOFSATELLITECOMMUNICATIONLINKBYDIGITALBEAMFORMINGINGROUNDSTATIONSUsman Shehryar, Pakistan Space and Upper Atmosphere Research Commission, Pakistan

IAC-18.B2.7.7 VERYLARGEDEPLOYABLEANTENNAARRAYFORNANOSATELLITESLaurynas Maciulis, Vilnius Gediminas Technical University, Lithuania

IAC-18.B2.7.8 THEPRETTYSOFTWAREDEFINEDRADIOSYSTEMANDITSUSEASCOMMUNICATIONPLATFORMINSPACEReinhard Zeif, Graz University of Technology (TU Graz), Austria IAC-18.B2.7.9 APPLICATIONOFTERAHERTZTECHNOLOGYFORCOMMUNICATIONANDDETECTIONINSPACEEXPLORATIONMeng CAO, China Aerospace Science & Industry Corporation (CASIC), China

IAC-18.B2.7.10 SPACEBORNEANTENNATECHNOLOGYFORK-ANDQ/V-BANDPaolo Proietti Zolla, HPS GmbH, Germany

IAC-18.B2.7.11 SATELLITECONSTELLATIONFOR5GINTHESOUTHAMERICANREGIONPaola Andrea Escobari Vargas, Agencia Boliviana Espacial, Bolivia

IAC-18.B2.7.12 ARCHITECTUREOFNEWGENERATIONDATARELAYSATELLITESYSTEMZhengan Zhai, China Satellite Launch and TT&C General (CLTC), China

B2.8-GTS.3. Space Communications and Navigation Global Technical SessionOctober 2 2018, 14:45 — ÖVB 4 Co-Chair(s): Edward W. Ashford , Graz University of Technology (TU Graz), Austria; Kevin Shortt , , Germany; Rapporteur(s): Stephanie Wan , Space Generation Advisory Council (SGAC), United States;

IAC-18.B2.8-GTS.3.1 INITIALON-ORBITRESULTSOFACOMMERCIALDATA-RELAYJustin Oliveira, Analytical Space, United States

IAC-18.B2.8-GTS.3.1 HOWIMPROVETROPOSPHERICDELAYESTIMATIONFROMGNSSRECEIVERSSIGNALTONOISERATIOFrancesco Vespe, Agenzia Spaziale Italiana (ASI), Italy

IAC-18.B2.8-GTS.3.2 MATHEMATICALMODELTOESTIMATETHEVENESAT-1TRANSPONDERSANODEVOLTAGEEVOLUTIONINORBITOPERATIONCarlos Burguillos, Regional Centre for Space Science and Technology Education in Asia and the Pacific (RCSSTEAP), China

IAC-18.B2.8-GTS.3.3 NOVELBEAMSTEERINGAPPLICATIONSFORDRONEFSOCUSINGRISLEYPRISMS.Nathaniel Shearer, The University of Adelaide, Australia

IAC-18.B2.8-GTS.3.4 LONG-TERMEVOLUTIONSAFETYANALYSISANDDISPOSALORBITDESIGNMETHODOFBDSMEOSATELLITEORBITSMin Hu, Equipment Academy, China


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IAC-18.B3.5.1 EUROPEANMAINTENANCEANDREPAIRSKILLSCOURSEFORASTRONAUTSManuela Aguzzi, Space Applications Services N.V./S.A., Belgium

IAC-18.B3.5.2 (non-confirmed) PRE-FLIGHTTRAININGOFAUTONOMICRESPONSESFORMITIGATINGTHEEFFECTSOFSPATIALDISORIENTATIONDURINGSPACEFLIGHTPatricia Cowings, National Aeronautics and Space Administration (NASA), Ames Research Center / USRA, United States

IAC-18.B3.5.3 WAYSOFPROFESSIONALINTERACTIONOFCOSMONAUTSWITHANANTHROPOMORPHOUSROBOTOFSPACEPURPOSEINAMASTER-SLAVEMODEAndrey Kuritsin, Gagarin Cosmonaut Training Center, Russian Federation

IAC-18.B3.5.4 ANALYSISOFTHESTRAPSANDBUCKLESRATIONALSCHEMESYSTEMOFSPACECAPSULE(DESCENTMODULE)SEATSFORCOSMONAUTSTatiana Volkova, Ecole Polytechnique Fédérale de Lausanne (EPFL), Swiss Space Center (SSC), Switzerland

IAC-18.B3.5.6 HIGH-FIDELITYANALOGMISSIONENABLINGPRACTICES:LESSONLEARNEDFROMRECENTANALOGSANDGUIDELINESFORFUTUREMISSIONSHady Ghassabian Gilan, Space Exploration Project group, Space Generation Advisory Council (SGAC), Italy

B3.6-A5.3. Human and Robotic Partnerships in Exploration - Joint session of the Human Spaceflight and Exploration SymposiaOctober 4 2018, 14:45 — ZARM 4 Co-Chair(s): Christian Sallaberger , Canadensys Aerospace Corporation, Canada; Rapporteur(s): Mark Hempsell , The British Interplanetary Society, United Kingdom;

IAC-18.B3.6-A5.3.1 ASTROBEE:CURRENTSTATUSANDFUTUREUSEASANINTERNATIONALRESEARCHPLATFORMAndres Mora Vargas, NASA Ames Research Center, United States

IAC-18.B3.6-A5.3.2 GNCSYSTEMDESIGNFORTHECREWINTERACTIVEMOBILECOMPANION(CIMON)Valerie Schröder, Airbus DS GmbH, Germany

IAC-18.B3.6-A5.3.3 TELEROBOTICOPERATIONSWITHTIMEDELAY,RESULTSFROMTHEISECGGAPASSESSMENTTEAMLaurie Metcalfe, Canadian Space Agency, Canada

IAC-18.B3.6-A5.3.5 THEROBOTASANAVATARORCO-WORKER?ANINVESTIGATIONOFTHEDIFFERENTTELEOPERATIONMODALITIESTHROUGHTHEKONTUR-2ANDMETERONSUPVISJUSTINSPACETELEROBOTICMISSIONSNeal Lii, German Aerospace Center (DLR), Germany

IAC-18.B3.6-A5.3.7 QUANTIFYINGPERFORMANCEINHUMAN-ROBOTICINTEGRATEDOPERATIONSFORSPACEFLIGHTAPPLICATIONS:AMISSION-DRIVENAPPROACHShahrzad Hosseini, European Space Agency (ESA), The Netherlands

IAC-18.B3.6-A5.3.8 THEDEVELOPMENTOFVIRTUALREALITYDEMONSTRATORFORROBOTICSTRAININGATTHEEUROPEANASTRONAUTCENTRESander Coene, ESA, Germany

AC-18.B3.6-A5.3.9 ASYMBIOTICHUMANANDMULTI-ROBOTPLANETARYEXPLORATIONSYSTEMJacopo Panerati, Ecole Polytechnique de Montreal, Canada

IAC-18.B3.6-A5.3.10 (non-confirmed) HUMANROBOTICPARTNERSHIPINVESTIGATIONSDURINGILEWGEUROMOONMARSSIMULATIONCAMPAIGNS2016-2018Bernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.B3.6-A5.3.11 RESEARCHONBRAIN-ACTUATEDROBOTICINHUMANSPACEFLIGHTENDEAVORSChuanfeng Wei, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China

B3.7. Advanced Systems, Technologies, and Innovations for Human SpaceflightOctober 5 2018, 09:45 — ZARM 4 Co-Chair(s): Juergen Schlutz , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Sebastien Barde , Centre National d'Etudes Spatiales (CNES), France; Rapporteur(s): Gi-Hyuk Choi , Korea Aerospace Research Institute (KARI), Korea, Republic of;

IAC-18.B3.7.1 STATUSOFTHELIFESUPPORTRACKACLSFORACCOMMODATIONONTHEISSANDBEYONDKlaus Bockstahler, Airbus Defence & Space, Space Systems, Germany

IAC-18.B3.7.2 REGENERATIVEECLSSSYSTEMBASEDONACCELERATEDPLANTGROWTHANDPROCESSINGOFORGANICWASTEThomas Lagarde, University of Houston, United States

IAC-18.B3.7.3 CRYOGENICAIRPURIFICATIONFORDEEPSPACEEXPLORATION.Yan Pennec, Air Liquide, France

IAC-18.B3.7.4 THEADVANCEDMULTICOMPONENTAIRANALYSERANITA2ONITSWAYTOISSMichael Gisi, OHB System AG, Germany

IAC-18.B3.7.5 BIOCONTAMINATIONINTEGRATEDCONTROLOFWETSYSTEMSFORSPACEEXPLORATION(BIOWYSE)Emmanouil Detsis, European Science Foundation (ESF), France

IAC-18.B3.7.6 ACOMPARATIVEGROUNDSTUDYOFPROTOTYPEAUGMENTEDREALITYTASKGUIDANCEFORINTERNATIONALSPACESTATIONSTOWAGEOPERATIONSHiroshi Furuya, Columbia University, United States

IAC-18.B3.7.7 ARAMIS-AUGMENTEDREALITYAPPLICATIONFORMAINTENANCE,INVENTORYANDSTOWAGEAnnamaria Piras, Thales Alenia Space Italia, Italy

IAC-18.B3.7.8 CIMON–AMOBILEARTIFICIALINTELLIGENTCREWMATEFORTHEISSTill Eisenberg, Airbus Defence and Space - Space Systems, Germany

IAC-18.B3.7.10 FUNDAMENTIALSOFIN-SPACEADDITIVEMANUFACTURINGAnton Pogrebnoi, Central Research Institute of Machine Building (TSNIIMASH), Russian Federation

IAC-18.B3.7.11 FLEXIBLE,MULTI-FUNCTIONAL,MULTI-BANDANDRECONFIGURABLESPACERFEXPERIMENTALPAYLOADFORMANNEDSPACESCIENCEANDAPPLICATIONSYSTEMChai Lin, Southwest Institute of Electronic Technology, China

IAC-18.B3.2.10 THEEXPERIMENTANDSCIENCEPROGRAMFORTHE“ASTRONAUTIN”COMMERCIALHUMANSPACEFLIGHTMISSIONDetlev Hueser, Stiftung erste deutsche Astronautin gGmbH, Germany

IAC-18.B3.2.11 ANEWCOMMERCIALSPACEFLIGHTEXTRAVEHICULARACTIVITIESTRAININGPROGRAMCharles Lauer, Blue Abyss, United States

IAC-18.B3.2.12 SPACESHIPTWO:ASUBORBITALVEHICLEFORHUMANSPACEFLIGHTANDMICROGRAVITYRESEARCHSirisha Bandla, Virgin Galactic L.L.C, United States

IAC-18.B3.2.13 SEVERALIDEASFORDEVELOPINGCOMMERCIALSPACETOURISMBASEDONDIFFERENTSPACEACTIVITIESWenyi CAI, China Academy of Launch Vehicle Technology(CALT), China

B3.3. Utilization & Exploitation of Human Spaceflight SystemsOctober 2 2018, 14:45 — ZARM 4 Co-Chair(s): Cristian Bank , Eumetsat, Germany; Eleanor Morgan , , United States;

IAC-18.B3.3.1 FORECASTINGFUTURECOMMERCIALANDGOVERNMENTDEMANDINLOWEARTHORBITRobyn Gatens, NASA, United States

IAC-18.B3.3.2 UNITEDNATIONS/CHINACOOPERATIONONUTILIZATIONOFTHECHINASPACESTATIONAimin NIU, United Nations Office for Outer Space Affairs, Austria

IAC-18.B3.3.3 UPDATEDBENEFITSFORHUMANITYFROMTHEINTERNATIONALSPACESTATION(FROMTHEISSPROGRAMSCIENCEFORUM)David Brady, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

IAC-18.B3.3.4 M.Y.BELYAEV,M.V.CHEREMISININTEGRATEDMONITORINGOFEARTHSURFACEFROMONBOARDISSRSMaksim Cheremisin, RSC Energia, Russian Federation

IAC-18.B3.3.6 KIBOUTILIZATIONSTRATEGYTOMAXIMIZEOUTCOMESSayaka Umemura, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.B3.3.7 FROMBLUEDOTTOHORIZONS-GERMANYONTHEISSVolker Schmid, DLR (German Aerospace Center), Germany

IAC-18.B3.3.9 EXPRESSMETHODTOESTABLISHTHETRACECONTAMINANTSEXPOSURELIMITSINTHEAIROFLONG-TERMORBITALSTATIONSDMITRY OZEROV, IBMP, Russian Federation

IAC-18.B3.3.11 ICECUBES–INTERNATIONALCOMMERCIALEXPERIMENTSERVICEFORFAST-TRACK,SIMPLEANDAFFORDABLEACCESSTOSPACEFORRESEARCH–STATUSANDEVOLUTIONHilde Stenuit, Space Applications Services N.V./S.A., Belgium

IAC-18.B3.3.12 INVESTIGATIONOFGRAVITATIONEFFECTSONQUANTUMENTANGLEMENTONTHEISS-SPACEQUESTNorbert M.K. Lemke, OHB System AG - Munich, Germany

B3.4-B6.5. Flight & Ground Operations of HSF Systems (A Joint Session of the Human Spaceflight and Space Operations Symposia)October 3 2018, 09:45 — ZARM 4 Co-Chair(s): Annamaria Piras , Thales Alenia Space Italia, Italy; Dieter Sabath , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Thomas A.E. Andersen , Danish Aerospace Company ApS, Denmark;

IAC-18.B3.4-B6.4.2 COLUMBUSOPERATIONASBASISFORFUTUREEXPLORATIONGerd Söllner, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.B3.4-B6.4.3 HORIZONSMISSION–CHALLENGESANDHIGHLIGHTSJan Marius Bach, DLR (German Aerospace Center), Germany

IAC-18.B3.4-B6.4.4 COMMERCIALIZATIONINCOLUMBUS:LOOKINGBEFORELEAPINGNadia This, GMV-Insyen for German Space Operations Center (DLR/GSOC), Germany

IAC-18.B3.4-B6.4.5 ALTECEUROPEANLOGISTICSCENTERSUPPORTINGCOLUMBUSOPERATIONSRosa Sapone, Altec S.p.A., Italy

IAC-18.B3.4-B6.4.6 (non-confirmed) UTILIZATIONOFTHEINTERNATIONALSPACESTATIONFORCREWAUTONOMOUSSCHEDULINGTEST(CAST)Matthew Healy, United Space Alliance, United States

IAC-18.B3.4-B6.4.7 NEWEXTERNALPAYLOADPLATFORMBARTOLOMEOONTHEINTERNATIONALSPACESTATIONChristian Steimle, Airbus Defence and Space, Germany

IAC-18.B3.4-B6.4.8 PAYLOADOPERATIONSCENTER-LESSONSFROMCOMMERCIALENGAGEMENTBobby Watkins, NASA, United States

IAC-18.B3.4-B6.4.9 CADMOS,THEFRENCHUSOC:ANOUTLOOKONNEWPROSPECTSAFTERAQUARTERCENTURYHISTORY.Mauro Augelli, Centre National d'Etudes Spatiales (CNES), France

IAC-18.B3.4-B6.4.10 HIGHRATEDATABROKERFORFSLOPERATIONSMichel Kruglanski, Belgian Institute for Space Aeronomy (BISA), Belgium

IAC-18.B3.4-B6.4.11 ACOSTEFFECTIVEMETHODOLOGYFORBUILDINGFLIGHTSPARESFORROBOTICLIFEEXTENSIONONTHEINTERNATIONALSPACESTATIONVivian Truong, MDA Corporation, Canada

IAC-18.B3.4-B6.4.12 SAFEGUARDINGFORCONTINGENCYDEORBITCAPABILITYAFTERANISSDEPRESSURIZATIONFAILUREUlhas Kamath, Boeing, United States

B3.5. Astronaut Training, Accommodation, and Operations in SpaceOctober 4 2018, 09:45 — ZARM 4 Co-Chair(s): Alan T. DeLuna , ATDL Inc., United States; Igor V. Sorokin , S.P. Korolev Rocket and Space Corporation Energia, Russian Federation; Rapporteur(s): Keiji Murakami , Japan Aerospace Exploration Agency (JAXA), Japan;


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IAC-18.B3.9-GTS.2.9 CARGOLOADINGDESIGNANDFUTUREAPPLICATIONOFCHINATIANZHOUCARGOSPACECRAFTZhang Jian, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China

IAC-18.B3.9-GTS.2.10 ADDRESSINGKEYPSYCHOLOGICALANDPHYSIOLOGICALFACTORSINPREPARATIONFORLONGDURATIONMANNEDMISSIONS-SUGGESTEDADAPTATIONOFCURRENTASTRONAUTTRAININGAline Decadi, HE Space Operations, France

IAC-18.B3.9-GTS.2.11 HUMANFACTORSFORSPACEIrene Lia Schlacht, Politecnico di Milano, Italy

IAC-18.B3.9-GTS.2.12 DENTALHEALTHCAREINSPACELinda Dao, International Space University (ISU), Canada

IAC-18.B3.9-GTS.2.13 NOTJUSTFUNCTIONAL,NUTRITIOUS,BUTALSOEXPERIENTIAL:DESIGNINGEATINGEXPERIENCESFORSPACETRAVELMarianna Obrist, University of Sussex, United Kingdom

IAC-18.B3.9-GTS.2.14 THECONCEPTOFANINTEGRATEDINTELLIGENTHEALTHEVALUATIONANDSUPPORTPLATFORMFORDEEPSPACEEXPLORATIONSeyed Ali Nasseri, Space Generation Advisory Council (SGAC), Canada

IAC-18.B3.9-GTS.2.15 THEAGENCYOFHUMAN-ROBOTICLUNATICSSarah Jane Pell, ESA Topical Team Arts & Science, Australia

B4. 25th IAA SYMPOSIUM ON SMALL SATELLITE MISSIONSCoordinator(s): Alex da Silva Curiel , Surrey Satellite Technology Ltd (SSTL), United Kingdom; Rhoda Shaller Hornstein , , United States;

B4.1. 19th Workshop on Small Satellite Programmes at the Service of Developing CountriesOctober 2 2018, 09:45 — ZARM 2 Co-Chair(s): Hui Du , United Nations Office for Outer Space Affairs, Austria; Sias Mostert , Space Commercial Services Holdings (Pty) Ltd, South Africa; Rapporteur(s): Danielle Wood , Massachusetts Institute of Technology (MIT), United States; Pierre Molette , , France; Sergei Chernikov , United Nations Office for Outer Space Affairs, Austria;

IAC-18.B4.1.1 THEINTERNATIONALDIMENSIONOFOUTERSPACEACTIVITIES:CAPACITYBUILDINGINSPACELAWANDPOLICYFORSMALLSATELLITEDEVELOPERSWerner R. Balogh, World Meteorological Organization (WMO), Switzerland

IAC-18.B4.1.3 ANINSPIRINGEARTHOBSERVATIONMISSIONOFTURKEY,GÖKTüRK-2;NEWOPPORTUNITYFORSPACEAPPLICATIONCOMMUNITYTamer Özalp, , Turkey

IAC-18.B4.1.4 TESTINGANDOPERATIONSOFASTOREANDFORWARDCUBESATFORENVIRONMENTALMONITORINGOFCOSTARICAMarco Gomez Jenkins, Costa Rica Institute of Technology (ITCR), Costa Rica

IAC-18.B4.1.5 NANO-SATELLITESROLEINCHILE'SSPACECAPACITYBUILDINGROADMAPAlejandro Lopez Telgie, Universidad de Concepción, Chile

IAC-18.B4.1.6 THEAFRICANRESOURCEMANAGEMENTCONSTELLATION–THEIMPACTOFTECHNOLOGYADVANCESSias Mostert, Space Commercial Services Holdings (Pty) Ltd, South Africa

IAC-18.B4.1.7 PROMOTINGINNOVATIVESPACE-BASEDSOLUTIONSANDSPACEEDUCATIONINFUTAOniosun Temidayo Isaiah, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.B4.1.8 DESIGN,DEVELOPMENT,TESTSANDFIRSTFLIGHTRESULTSOF1KUNS-PF,THEFIRSTKENYANUNIVERSITYCUBESATArmando Grossi, Sapienza University of Rome, Italy

IAC-18.B4.1.9 POSSIBLEPLANOFSPACETECHNOLOGYDEVELOPMENTINMONGOLIACORRESPONDINGTHECOUNTRY'SFEATURESErdenebaatar Dashdondog, , Mongolia

IAC-18.B4.1.10 PRELIMINARYSYSTEMDESIGNOFA”SWEET”CUBESATAhmed Farid, Telespazio VEGA Deutschland GmbH, Germany

IAC-18.B4.1.11 THEUNISEC-GLOBALNEWVISION2030-ALLRei Kawashima, UNISEC-Global, Japan

IAC-18.B4.1.12 HEPTA-SATTRAININGPROGRAM:INTERNATIONALKNOWLEDGETRANSFERUSINGHANDS-ONTYPECUBESATEDUCATIONMasahiko Yamazaki, Nihon University, Japan

IAC-18.B4.1.13 BIRDSPROJECTASPLATFORMTODEVELOPANDDEPLOYTHEFIRSTSATELLITESOFFOURSOUTHASIANNATIONSGeorge Maeda, Kyushu Institue of Technology, Japan

IAC-18.B4.1.14 FORESTMONITORINGOFTIPNIS-BOLIVIA,WITHTHEUSEOFASMALLSATELLITEWITHMULTISPECTRALCAMERANatalia Indira Vargas-Cuentas, Beihang University (BUAA), China

B4.2. Small Space Science Missions

October 1 2018, 15:00 — ZARM 2 Co-Chair(s): Larry Paxton , The Johns Hopkins University Applied Physics Laboratory, United States; Stamatios Krimigis , The Johns Hopkins University Applied Physics Laboratory, United States; Rapporteur(s): Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom;

IAC-18.B4.2.1 NASA'SSTRATEGICSCIENCEACTIVITIESANDACCOMPLISHMENTSWITHSMALLSATELLITESCharles Norton, NASA Headquarters, United States

IAC-18.B4.2.2 SOAR -- A Satellite for Orbital Aerodynamics Research Nicholas H. Crisp, The University of Manchester, United Kingdom

IAC-18.B4.2.3 IONOSPHEREIRREGULARITYOBSERVATIONUSINGREFERENCESIGNALSFROMCUBESATCONSTELLATIONRahmi Rahmatillah, LaSEINE, Kyushu Institute of Technology, Japan

IAC-18.B3.7.12 HYPERION:ARTIFICIALGRAVITYREUSABLECREWEDDEEPSPACETRANSPORTGedi Minster, University of Southern California, United States

IAC-18.B3.7.13 ESS:ASETTLEMENTSITESELECTIONTOOLFORAMANNEDMARSBASEMatthias Noeker, Delft University of Technology (TU Delft), Germany

IAC-18.B3.7.14 EDENISS–FROMASIMULATIONTESTBEDTOANADVANCEDEXPLORATIONDESIGNCONCEPTFORAGREENHOUSEFORMOONANDMARSAnna Barbara Imhof, Liquifer Systems Group (LSG), Austria

B3.8-E7.7. Legal framework for collaborative space activities - New ways of launching (micro-launching) and large constellation microsats (Joint IAF/IISL session)October 5 2018, 13:30 — ZARM 4 Co-Chair(s): Philippe Clerc , Centre National d'Etudes Spatiales (CNES), France; Tony Azzarelli , Oneweb, United Kingdom; Rapporteur(s): Kamlesh Brocard , Swiss Space Office (SSO), Switzerland;

IAC-18.B3.8-E7.7.1 THEFUTUREOFTHELEGALFRAMEWORKINTHESPACEACTIVITIESJ Humberto Castro Villalobos, Embajada de México, Mexico

IAC-18.B3.8-E7.7-B3.8.2 “LEVIATHANLITE”-TOWARDSAGLOBALSTEWARDSHIPORGANIZATIONFORSPACEDOMAINAWARENESS,CONDUCT,ANDREMEDIATIONHarrison Kearby, The Ohio State University College of Engineering, United States

IAC-18.B3.8-E7.7-B3.8.3 ANEWAPPROACHTONATIONALLAWSAIMEDATENCOURAGINGSMALLSATELLITES’SPACEACTIVITIESHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-18.B3.8-E7.7-B3.8.4 SMALLSATELLITEACTIVITIESANDLEGALCHALLENGESREGARDINGTHESTATESRESPONSIBILITYHamid Kazemi, Aerospace Research Institute, Ministry of Science, Research and Technology, Iran

IAC-18.B3.8-E7.7-B3.8.5 THEPRINCIPLEOFNON-APPROPRIATIONANDTHEEXCLUSIVEUSESOFLEOBYLARGESATELLITECONSTELLATIONYuri Takaya-Umehara, The University of TOKYO, Graduate school, Japan

IAC-18.B3.8-E7.7-B3.8.6 THEITUSPACEREGULATION-AKEYELEMENTTOACCESSSPACEAttila MATAS, , Switzerland

IAC-18.B3.8-E7.7-B3.8.8 OUTERSPACESARPS:ASTEPTOWARDSHARMONIZATIONOFNATIONALREGULATIONSFORTHEENHANCEMENTOFSUSTAINABILITYOFTHESPACEENVIRONMENTGilles Doucet, Institute of Air and Space Law, McGill University, Canada

IAC-18.B3.8-E7.7.10 5YEARSINTOTHEEAR:OPPORTUNITIESFORINTERNATIONALCOLLABORATIONTHROUGHEXPORTCONTROLREFORMMitchell Scher, Planet, United States

IAC-18.B3.8-E7.7.11 LEGALANDPOLICYPERSPECTIVESONCIVIL-MILITARYCOOPERATIONFORTHEESTABLISHMENTOFSPACETRAFFICMANAGEMENTNtorina Antoni, Eindhoven University of Technology, The Netherlands

IAC-18.B3.8-E7.7.12 FINANCINGSPACESTART-UPSINTHEUS:LEGALBARRIERSANDOPPORTUNITIESFORPUBLICANDPRIVATEFUNDSEytan Tepper, Institute of Air and Space Law, McGill University, Canada

IAC-18.B3.8-E7.7.13 COMMERCIALOOSANDITSFUTURE:POLICYANDLEGALISSUESBEYONDLIFEEXTENSIONOlga Stelmakh-Drescher, International Institute of Space Commerce, United States

IAC-18.B3.8-E7.7.14 REGULATORYASPECTSINLAUNCHSERVICECONTRACTSFORMICRO-SATELLITESINCOMPLIANCEWITHINTERNATIONALLEGALFRAMEWORK--SUCCESSFULDOCKINGINLEGALSPACE?Kang Duan, China Great Wall Industry Corporation (CGWIC), China

B3.9-GTS.2. Human Spaceflight Global Technical SessionOctober 3 2018, 14:45 — ÖVB 4 Co-Chair(s): Andrea Jaime , OHB System AG - Munich, Germany; Guillaume Girard , Zero2infinity, Spain;

IAC-18.B3.9-GTS.2.1 LESSONSLEARNEDFROMTHEISSENABLINGFUTURESPACEFLIGHTCOLLABORATIONFORUSANDRUSSIACarolina Moreno Aguirre, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.B3.9-GTS.2.2 THEFREEFLYERELEMENTOFDLR'SORBITALHUBCONCEPT:DESIGNEDFORSCIENCEOPPORTUNITIESANDMOREDominik Quantius, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.B3.9-GTS.2.3 PEACE-PLANETARYEXPLORATIONINASTRONAUTICALCAVEENVIRONMENTS:AFIRSTHOMEFORASTRONAUTSINLUNARLAVATUBESBernadette Joy Detera, Space Generation Advisory Council (SGAC), The Philippines

IAC-18.B3.9-GTS.2.4 DEVELOPMENTOFALUNARSURFACEARCHITECTUREASA"PROVINGGROUND"FORFUTUREMARSMISSIONSAbhinav Prakash, University of Houston, United States

IAC-18.B3.9-GTS.2.5 MANNEDMARSMISSIONRISKSEVALUATIONGuzel Kamaletdinova, Tambov State Technical University, Russian Federation

IAC-18.B3.9-GTS.2.6 BENEFITSOFADEEPSPACEGATEWAYINSUSTAINABLELUNAREXPLORATIONMatthew Duggan, The Boeing Company, United States

IAC-18.B3.9-GTS.2.7 THEORIONMPCV-ESMCONSUMABLESSTORAGESUBSYSTEM–PATHTOWARDESM-1MISSIONOlivier Faure, Airbus DS GmbH, Germany

IAC-18.B3.9-GTS.2.8 INTRODUCTIONTOMANNEDENVIRONMENTANDSCIENTIFICEXPERIMENTALRESOURCESOFCHINESESPACESTATIONHong Yang, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China


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IAC-18.B4.4.4 1MGSDIMAGINGANDVIDEODEMONSTRATIONONA65KGMICROSATELLITENobutada Sako, , Japan

IAC-18.B4.4.5 SMALLSATELLITETOMONITORTHEREDTIDEBLOOMINGONCENTRALAMERICANCOASTUSINGAHIGHDEFINITIONCAMERAANDTWOMULTISPECTRALCAMERASMariela Rojas Quesada, Universidad de Costa Rica, Costa Rica

IAC-18.B4.4.6 CHIRAD-SAT:CONCORDIAHYPERSPECTRALIMAGERANDRADIATION-TOLERANTSATELLITEZaid Rana, Concordia University, Canada

IAC-18.B4.4.7 HYPERSCOUT:ANIN-ORBITDEMONSTRATIONOFAMINIATURISEDHYPERSPECTRALINSTRUMENTWITHONBOARDHIGH-LEVELDATAPROCESSINGChris van Dijk, Cosine Research BV, The Netherlands IAC-18.B4.4.8 ON-ORBITGREENHOUSEGASDETECTIONWITHTHEGHGSATCONSTELLATIONLaura Bradbury, UTIAS Space Flight Laboratory, Canada

IAC-18.B4.4.9 ACOMPACTC-BANDCP-SARMICROSATELLITEANTENNAFOREARTHOBSERVATIONKatia Urata, Chiba University, Japan

IAC-18.B4.4.10 HIGHWINDRETRIEVALINHURRICANESUSINGCYGNSSMEASUREMENTSRajeswari Balasubramaniam, University of Michigan, Ann Arbor, United States

IAC-18.B4.4.11 PYRSAT–PREVENTIONANDRESPONSETOWILDFIRESWITHANINTELLIGENTEARTHOBSERVATIONCUBESATMónica Estébanez Camarena, University of Cape Town, South Africa

IAC-18.B4.4.12 DEVELOPINGNATIONALEARTHOBSERVATIONCAPABILITIESFORAUSTRALIAWITHSMALLSATELLITESKimberley Clayfield, CSIRO, Australia

B4.5. Access to Space for Small Satellite MissionsOctober 3 2018, 14:45 — ZARM 2 Co-Chair(s): Alex da Silva Curiel , Surrey Satellite Technology Ltd (SSTL), United Kingdom; Philip Davies , Deimos Space UK Ltd, United Kingdom; Rapporteur(s): Jeffery Emdee , The Aerospace Corporation, United States;

IAC-18.B4.5.1 KEYNOTE:ROCKETLAB:LIBERATINGTHESMALLSATELLITEMARKETPeter Beck, Rocket Lab, United States

IAC-18.B4.5.2 LAUNCHRESULTSANDDEVELOPMENTSOFSMALLEST-CLASSLAUNCHSYSTEM'SS-520NO.5'ROCKETFORMICRO-SATELLITEINJAPANHirohito Ohtsuka, IHI Aerospace Co, Ltd., Japan

IAC-18.B4.5.3 FINDINGTHERIGHTACCESSTOSPACEFORADIVERSIFIEDSMALLSATELLITEDEMANDMaxime PUTEAUX, Euroconsult, France

IAC-18.B4.5.4 EUROPEANACCESSTOSPACE:BUSINESSANDPOLICYPERSPECTIVESONMICROLAUNCHERSMatteo Tugnoli, European Space Policy Institute (ESPI), Austria

IAC-18.B4.5.5 THELOW-COST,LIGHTSATELLITELAUNCHOPPORTUNITIES(L3)INITIATIVEJulio Aprea, European Space Agency (ESA), France

IAC-18.B4.5.6 SMALLUKLAUNCHERMARKETPOTENTIALAlan Webb, Commercial Space Technologies Ltd., United Kingdom

IAC-18.B4.5.7 PAYLOADACCOMMODATIONSCHEMESINPSLVVENKATASAMY SANTHANA GOPAL, Vikram Sarabhai Space Centre, ISRO, Thiruvananthapuram, India

IAC-18.B4.5.8 ACCOMMODATIONSFORSECONDARYPAYLOADSINNASA’SSPACELAUNCHSYSTEMKimberly Robinson, National Aeronautics and Space Administration (NASA), Marshall Space Flight Center, United States

IAC-18.B4.5.9 (non-confirmed) LAUNCHOFTHEORBITALEXPRESSVEHICLEFROMTHENORTHCOASTOFSCOTLANDPhilip Davies, Deimos Space UK Ltd, United Kingdom

IAC-18.B4.5.10 ARION2:THEEUROPEANANDREUSABLEROCKETLAUNCHERFORSMALLSATELLITESRaul Torres, PLD Space, Spain

IAC-18.B4.5.11 AGAMEOFRISK;NAVIGATINGLAUNCHASASECONDARYPAYLOADJenny Barna, Spire Global, Inc., United States

IAC-18.B4.5.12 VENUS-ASMART,VERSATILEANDGREENSOLUTIONPROVIDINGSPACEACCESSANDORBITALTRANSFERCAPABILITYTOSMALLPAYLOADSAndrea Tromba, BERTIN Technologies, France

IAC-18.B4.5.13 LUNARSUPPORTSERVICES–ENABLINGNEWMISSIONOPPORTUNITIESFORSMALLSATELLITESChristopher Saunders, SSTL, United Kingdom

IAC-18.B4.5.14 UPDATINGTHECUBESATSTANDARDTOKEEPPACEWITHAGROWINGINDUSTRYAlicia Johnstone, California Polytechnic State University, United States

IAC-18.B4.5.15 (non-confirmed) LESSISMORE:THEEMERGENCEOFNANOTECHNOLOGY,CUBESATSANDSMALLLAUNCHVEHICLESElizabeth Esther, NASA, United States

B4.5A-C4.8. Joint Session between IAA and IAF for Small Satellite Propulsion SystemsOctober 5 2018, 13:30 — ZARM 5 Co-Chair(s): Arnau Pons Lorente , Purdue University, United States; Jeffery Emdee , The Aerospace Corporation, United States; Rapporteur(s): Elena Toson , , Italy; Elizabeth Jens , Jet Propulsion Laboratory - California Institute of Technology, United States;

IAC-18. B4.5A-C4.8.1 (non-confirmed) KEYNOTE:CHALLENGESANDOPPORTUNITIESINSPACEPROPULSIONFORSMALLSATELLITESPaulo Lozano, MIT, United States

IAC-18.B4.5A-C4.8.2 MAGNETICENHANCEDPLASMAPROPULSIONSYSTEMFORSMALL-SATELLITESIODDEVELOPMENTMarco Manente, , Italy

IAC-18.B4.2.4 SPACE-BASEDSOLARNEUTRONOBSERVATIONSFORCUBESATPROJECTKikuko Miyata, Nagoya University, Japan

IAC-18.B4.2.5 SMALLSATELLITECONSTELLATIONFORSPACESITUATIONALAWARENESSAlexander Priest, Inovor Technologies, Australia

IAC-18.B4.2.6 IDEASSAT-A3UCUBESATFORIONOSPHERICSCIENCEANDCAPACITYBUILDINGLoren Chang, , Taiwan, China

IAC-18.B4.2.7 AARESTAUTONOMOUSASSEMBLYRECONFIGURABLESPACETELESCOPEFLIGHTDEMONSTRATORCraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.B4.2.8 MONITORINGOFGAMMA-RAYBURSTSWITHAFLEETOFNANOSATELLITESNorbert Werner, , Hungary

IAC-18.B4.2.9 TRIMETRICTOMOGRAPHYOFTHEMARTIANIONOSPHEREUSINGCUBESATSEdgar Bering, University of Houston, United States

IAC-18.B4.2.10 ANALYSISOFTHEUSEOFCOTSBASEDCUBESATSINADEEPSPACEMISSION:DUSTCUBE,ANANOSATELLITEMISSIONTO65803DIDYMOSBINARYASTEROIDASPARTOFTHEESAAIMMISSION.Franco Pérez-Lissi, University of Vigo, Spain

IAC-18.B4.2.11 HERMES:CUBESATSCONSTELLATIONENABLINGMULTI-MESSENGERASTROPHYSICSMichèle Lavagna, Politecnico di Milano, Italy

IAC-18.B4.2.12 QUBE-QUANTUMKEYDISTRIBUTIONWITHCUBESATNorbert M.K. Lemke, OHB System AG - Munich, Germany

B4.3. Small Satellite Operations

October 2 2018, 14:45 — ZARM 2 Co-Chair(s): Andreas Hornig , University of Stuttgart, Germany; Peter M. Allan , STFC, United Kingdom; Rapporteur(s): Norbert Lemke, OHB System AG, Germany;

IAC-18.B4.3.1 BEESAT-3COMISSIONING-BETTERLATETHANNEVERMerlin F. Barschke, Technische Universität Berlin, Germany

IAC-18.B4.3.2 OPERATIONALEXPERIENCEOFTHETRANSITIONFROMINITIALTONOMINALOPERATIONSOFTHEUNIVERSITYSMALLSATELLITE“FLYINGLAPTOP”Jonas Keim, IRS, University of Stuttgart, Germany

IAC-18.B4.3.3 PEGASUS–AREVIEWOFIN-ORBITOPERATIONANDOBTAINEDRESULTSCarsten Scharlemann, University of Applied Science Wiener Neustadt, Austria

IAC-18.B4.3.4 ASTERIAOPERATIONSDEMONSTRATESTHEVALUEOFCOMBININGTHEMISSIONASSURANCEANDFAULTPROTECTIONROLESONCUBESATSAmanda Donner, Jet Propulsion Laboratory, United States

IAC-18.B4.3.5 ALSAT-NANO:FACILITATINGSUCCESSWITHMISSIONOPERATIONS.Ben Taylor, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.B4.3.7 BUCCANEERRISKMITIGATIONMISSIONLESSONSLEARNTMonique Hollick, Defence Science and Technology Group (DST Group), Australia

IAC-18.B4.3.8 THEGROUNDSEGMENTAPI:PROPOSINGAUNIFIEDINTERFACEFORTHESPACEOPERATIONECOSYSTEMAndreas Hornig, University of Stuttgart, Germany

IAC-18.B4.3.9 ANOPEN-SOURCE,PYTHON-POWEREDWEBFRAMEWORKTOSUPPORTSMALLSATELLITEMISSIONOPERATIONSArtur Scholz, National Cheng Kung University, Germany

IAC-18.B4.3.10 LASERCOMMUNICATIONCROSSLINKSFORSATELLITEAUTONOMOUSNAVIGATIONPratik Dave, Massachusetts Institute of Technology (MIT), United States

IAC-18.B4.3.11 ASELF-ADAPTIVEDATAHANDLINGSYSTEMFORSMALLSATELLITESANDITSIMPACTONFUTURESATELLITEOPERATIONSMarcel Kaufmann, Polytechnique Montreal, Canada

IAC-18.B4.3.12 MISSIONPLANNINGFORTHETIMNANOSATELLITEREMOTESENSINGCONSTELLATIONAlexander Kleinschrodt, University Wuerzburg, Germany

IAC-18.B4.3.13 PREPARINGSONATEFORAUTONOMOUSCONTROLTHROUGHASAPThomas Rapp, Julius Maximilians Universität Würzburg, Germany

IAC-18.B4.3.14 IN-SPACESERVICESUSINGREVOLUTIONARYSMALLSATELLITEDESIGNArnon Spitzer, Effective Space Solutions, Israel

B4.4. Small Earth Observation Missions

October 3 2018, 09:45 — ZARM 2 Co-Chair(s): Carsten Tobehn , European Space Agency (ESA), The Netherlands; Larry Paxton , The Johns Hopkins University Applied Physics Laboratory, United States; Rapporteur(s): Marco Gomez Jenkins , Costa Rica Institute of Technology (ITCR), Costa Rica; Werner R. Balogh , World Meteorological Organization (WMO), Switzerland;

IAC-18.B4.4.1 MAKINGTHEINVISIBLEVISIBLE:PRECISIONRF-EMITTERGEOLOCATIONFROMSPACEBYTHEHAWKEYE360PATHFINDERMISSIONKaran Sarda, Space Flight Laboratory, University of Toronto, Canada

IAC-18.B4.4.2 MICROSATELLITESFORMARITIMESURVEILLANCE,ANUPDATEONTHENORWEGIANSMALLSATPROGRAMJon Harr, Norwegian Space Centre, Norway

IAC-18.B4.4.3 ON-ORBITVIDEOFROMCARBONITE-2:TOWARDSSOFTWARE-DEFINEDEARTHOBSERVATIONClyde Wheeler, Surrey Satellite Technology Ltd (SSTL), United Kingdom


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IAC-18.B4.6B.5 DELFI-PQ:THEFIRSTPOCKETQUBEOFDELFTUNIVERSITYOFTECHNOLOGYSilvana Radu, Delft University of Technology (TU Delft), The Netherlands

IAC-18.B4.6B.6 THESTATUSOFCUBESATELECTRICPROPULSIONTECHNOLOGYPeijie Zhu, Shaanxi Engineering Laboratory for Microsatellites, Northwestern Polytechnical University, China

IAC-18.B4.6B.7 DESIGN,DEVELOPMENT,TESTINGANDON-ORBITPERFORMANCERESULTSOFALOW-COSTSTORE-AND-FORWARDPAYLOADONBOARDA1UCUBESATCONSTELLATIONFORREMOTEDATACOLLECTIONAPPLICATIONSAdrian Salces, Laboratory of Spacecraft Environment Interaction Engineering , Kyushu Institute of Technology, Japan

IAC-18.B4.6B.8 ACOMPACTTHERMO-OPTICALSUNANDEARTHSENSORFORSMALLSATELLITESMartin Dziura, Technical University of Munich, Germany

IAC-18.B4.6B.9 INTERSATELITALCOMMUNICATIONBETWEENTHECUBESAT"AZTECHSAT-1"ANDTHEGLOBALSTARCONSTELLATIONHector Simon Vargas Martinez, Universidad Popular Autónoma del Estado de Puebla, Mexico

IAC-18.B4.6B.10 OPPORTUNITIESANDTECHNICALCHALLENGESOFFEREDBYALED-BASEDTECHNOLOGYON-BOARDACUBESAT:THELEDSATMISSIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-18.B4.6B.11 ATTITUDEANDORBITCONTROLRESULTSOFTHEGOMX-4TANDEMCUBESATMISSIONRasmus Holst, GomSpace Aps, Denmark

IAC-18.B4.6B.12 ITERATIVEDESIGNANDEXPERIMENTALSIMULATIONANALYSISOFLOUVERFORNANOSATELLITESTanveer Ahmed, R.V.College of Engineering, India

IAC-18.B4.6B.13 DESIGNANDANALYSISOFANINNOVATIVECUBESATTHERMALCONTROLSYSTEMFORBIOLOGICALEXPERIMENTINLUNARENVIRONMENTChristian Conigliaro, Politecnico di Torino, Italy

IAC-18.B4.6B.14 BEESAT-5:ANEWLEVELOFSATELLITEMINIATURIZATIONANDINTEGRATIONFrank Baumann, Technische Universität Berlin, Germany

B4.7. Highly Integrated Distributed Systems

October 5 2018, 13:30 — ZARM 2 Co-Chair(s): Michele Grassi , University of Naples "Federico II", Italy; Rainer Sandau , International Academy of Astronautics (IAA), Germany; Rapporteur(s): Jaime Esper , National Aeronautics and Space Administration (NASA), United States; Marco D'Errico , Seconda Universita' di Napoli, Italy;

IAC-18.B4.7.1 DATACUBESERVICESONASATELLITE:THEORBIDANSEPROJECTPeter Baumann, Jacobs University Bremen, Germany

IAC-18.B4.7.2 ACHIEVINGCONSENSUSINDISTRIBUTEDSOFTWAREARCHITECTURESFORSATELLITEMISSIONSJohan Carvajal-Godinez, Delft University of Technology (TU Delft), The Netherlands

IAC-18.B4.7.3 AMODULARHARDWAREDIAGNOSISFRAMEWORKFORSMALLSPACECRAFTMario Starke, Technische Universität Berlin, Germany

IAC-18.B4.7.4 ONTOLOGYBASEDSELF-SYNTHESISMETHODOFTASKCONFIGURATIONFORSATELLITECLUSTERXuexuan Zhao, Tsinghua University, China

IAC-18.B4.7.5 CONSTELLATIONOFCUBESATFORWIRELESSTRANSMISSIONOFSPACEBASEDSOLARPOWERChaitnya Chopra, University of Petroleum and Energy Studies, India

IAC-18.B4.7.6 DEPLOYMENTANDMAINTENANCEOFNANOSATELLITETETRAHEDRALFORMATIONFLYINGUSINGAERODYNAMICFORCESDanil Ivanov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.B4.7.7 FLOCKINGINMICRO-NANOSATELLITEINTELLIGENTCLUSTERSYSTEMWITHCOLLABORATIVEANDAUTONOMICCONTROLBinglei SUN, Shanghai Institute of Spaceflight Control Technology, China

IAC-18.B4.7.8 CLOCKSYNCHRONIZATIONONBOARDACONSTELLATIONOFSMALLEARTHOBSERVINGLEOSATELLITESAimal Siraj, void inc., Japan

IAC-18.B4.7.9 LUNARNAVIGATIONANDPOSITIONINGSYSTEMBASEDONCUBESATCONSTELLATIONKarim Hacene Lhadj, Politecnico di Torino, Italy

IAC-18.B4.7.10 GLOBALMISSIONFOR3DIONOSPHEREMAPPINGVIACUBESATCONSTELLATIONKateryna Aheieva, Laboratory of Spacecraft Environment Interaction Engineering , Kyushu Institute of Technology, Japan

IAC-18.B4.7.11 SMALLSATELLITEFORMATIONFLYINGFORDISTRIBUTEDSYNTHETICAPERTURERADARGiancarmine Fasano, University of Naples "Federico II", Italy

IAC-18.B4.7.12 HOWTOBUILDASATELLITEINAWEEK–THEROADTOWARDSSATELLITEMASSMANUFACTURINGTom Segert, Berlin Space Technologies GmbH, Germany

B4.8. Small Spacecraft for Deep-Space ExplorationOctober 5 2018, 09:45 — ZARM 2 Co-Chair(s): Leon Alkalai , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States; Rene Laufer , Baylor University / University of Cape Town, United States; Rapporteur(s): Amanda Stiles , Rocket Lab, United States;

IAC-18.B4.8.1 ARGOMOON:CHALLENGESANDDESIGNSOLUTIONSFORTHEDEVELOPMENTOFADEEPSPACESMALLSATELLITEValerio Di Tana, Argotec, Italy

IAC-18.B4.8.2 MISSIONDESIGNOFTHEEQUULEUSANDOMOTENASHICUBESATSStefano Campagnola, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-18.B4.8.4 LUNARFLASHLIGHTCUBESATGNCSYSTEMDEVELOPMENTFORLUNAREXPLORATIONPeter Lai, NASA Jet Propulsion Laboratory, United States

IAC-18.B4.5A-C4.8.3 FLIGHTMODELDEVELOPMENTOFTHEWATERRESISTOJETPROPULSIONSYSTEMFORDEEPSPACEEXPLORATIONBYTHECUBESAT:EQUULEUSJun Asakawa, University of Tokyo, Japan

IAC-18.B4.5A-C4.8.4 HYBRIDATTITUDEANDORBITCONTROLOFAPICO-SATELLITEUSINGMAGNETICTORQUERSANDANELECTRICPROPULSIONSYSTEMPhilip Bangert, University Wuerzburg, Germany

IAC-18.B4.5A-C4.8.5 ADVANCEDMICRO-PROPULSIONBASEDONTHEMICRO-CATHODEARCTHRUSTERJonathan Kolbeck, George Washington University, United States

IAC-18.B4.5A-C4.8.6 IN-ORBITMICRO-PROPULSIONDEMONSTRATORFORPICO-SATELLITEAPPLICATIONSVidhya Pallichadath, Delft Institute Of Technology (TU Delft), The Netherlands

IAC-18.B4.5A-C4.8.7 DESIGNOFATESTPLATFORMFORMINIATURIZEDELECTRICPROPULSIONSYSTEMSFabrizio Stesina, Politecnico di Torino, Italy

IAC-18.B4.5A-C4.8.8 NPT30-ASTAND-ALONEELECTRICPROPULSIONSYSTEMFORSMALLSATELLITESAne Aanesland, ThrustMe, France

IAC-18.B4.5A-C4.8.10 DEVELOPMENTOFARADIO-FREQUENCYRESONANT-SWITCHPOWERSUPPLYFORRFIONTHRUSTERSFORSMALLSATELLITESIana Kharlan, , Russian Federation

IAC-18.B4.5A-C4.8.11 VLMSYSTEMDEVELOPMENTFORMICROSATELLITEAPPLICATIONRavi Ranjan, National University of Singapore, Singapore, Republic of

IAC-18.B4.5A-C4.8.12 SMALLSATELLITELOWCOSTPROPULSIONSYSTEMUSINGCOTSCOMPONENTSBen Risi, Space Flight Laboratory, University of Toronto, Canada

IAC-18.B4.5A-C4.8.13 CASELESSTHROTTLEABLESOLIDMOTORFORSMALLSPACECRAFTMykhailo Yemets, Oles Honchar Dnipropetrovsk National University, Ukraine

B4.6A. Generic Technologies for Small/Micro PlatformsOctober 4 2018, 09:45 — ZARM 2 Co-Chair(s): Joost Elstak , Airbus Defence and Space Netherlands, The Netherlands; Philip Davies , Deimos Space UK Ltd, United Kingdom; Rapporteur(s): Jian Guo , Delft University of Technology (TU Delft), The Netherlands; Thomas Terzibaschian , DLR, German Aerospace Center, Germany;

IAC-18.B4.6A.1 IN-ORBITASSEMBLYOFLARGESPACECRAFTUSINGSMALLSPACECRAFTANDINNOVATIVETECHNOLOGIESSteve Eckersley, Surrey Satellite Technology Ltd (SSTL), United Kingdom

IAC-18.B4.6A.2 TIANTUO-3:AHETEROGENEOUSMICRO-NANOSATELLITESCLUSTERXiaozhou Zhu, National Innovation Institute of Defense Technology, Chinese Academy of Military Science, China

IAC-18.B4.6A.3 STAVROUDIS-LIKEBAFFLESFORSMALLSATELLITEIMAGINGSYSTEMSIsrael Vaughn, Australian Defence Force Academy (ADFA), Australia

IAC-18.B4.6A.4 INITIALORBITRESULTSFROMTHETUBIX20PLATFORMMerlin F. Barschke, Technische Universität Berlin, Germany

IAC-18.B4.6A.5 SCALINGEFFECTSINMINIATURIZATIONOFREACTIONSPHERESLinyu Zhu, Delft University of Technology (TU Delft), The Netherlands, The Netherlands

IAC-18.B4.6A.6 ENABLINGTECHNOLOGIESANDPROCESSESFORSPACEMISSIONS-THES2TEPPLATFORMFrank Dannemann, German Aerospace Center (DLR), Germany

IAC-18.B4.6A.7 PICOSTARTRACKERWITHHIGHACCURACYANDHIGHDYNAMICPERFORMANCEAPPLIEDFORCOMMERCIALREMOTESENSINGSATELLITESTing Sun, Tsinghua University, China

IAC-18.B4.6A.8 SCOSA-SCALABLEON-BOARDCOMPUTINGFORSPACEAVIONICSCarl Treudler, German Aerospace Center (DLR), Germany

IAC-18.B4.6A.9 MICRO-SATELLITESDEPLOYABLESTRUCTURES:\\THECASEOFTHEICEYESPACECRAFTEmilio Lozano, ICEYE Oy, Finland

IAC-18.B4.6A.10 PRECISEPOINTPOSITIONINGPAYLOADFORENHANCEDNAVIGATIONMICROSATELLITEINLOWORBITGuohua Kang, Nanjing University of Aeronautics and Astronautics, China

IAC-18.B4.6A.11 DEVELOPMENTOFAHIGH-PERFORMANCELOW-COSTPPUFORANELECTROSPRAYCOLLOIDELECTRICPROPULSIONSYSTEMFORSMALLSATELLITEAPPLICATIONSFrank Stelwagen, Systematic, The Netherlands

IAC-18.B4.6A.12 IRAS:LOW-COSTCONSTELLATIONSATELLITEDESIGN,ELECTRICPROPULSIONANDCONCURRENTENGINEERINGManfred Ehresmann, Institute of Space Systems, Universität Stuttgart, Germany

B4.6B. Generic Technologies for Nano/Pico PlatformsOctober 4 2018, 14:45 — ZARM 2 Chairman(s): Andy Vick , RAL Space, United Kingdom; Co-Chair(s): Zeger de Groot , Innovative Solutions in Space BV, The Netherlands; Rapporteur(s): Eugene D Kim , Satrec Initiative, Korea, Republic of; Martin Buscher , Technische Universität Berlin, Germany;

IAC-18.B4.6B.2 HIGH-PRECISIONSPEEDMEASUREMENTBASEDONLINEARHALLEFFECTSENSORSOFREACTIONWHEELFORPICO-NANOSATELLITESGuanghui Liu, Northwestern Polytechnical University, China

IAC-18.B4.6B.3 FLIGHTRESULTSOFTHEMISSIONOFTNS-0#2NANOSATELLITECONNECTEDVIAGLOBALCOMMUNICATIONSYSTEMMikhail Ovchinnikov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.B4.6B.4 THEREDUNDANCYANDFAIL-SAFECONCEPTOFTHEOPS-SATPAYLOADPROCESSINGPLATFORMReinhard Zeif, Graz University of Technology (TU Graz), Austria


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IAC-18.B5.1.3 SWIMINSPACEWITHCOMRADESINTHEAIRFrank Morlang, DLR (German Aerospace Center), Germany

IAC-18.B5.1.4 SPACEBUSINESSAPPLICATIONSFORTHENEEDSOFCIVILSOCIETY:ANOVERVIEWOFAP-ITACTIVITIESWITHINTHEARTESBUSINESSAPPLICATIONSANDC&GPROGRAMMESEleonora Lombardi, Research Consortium Hypatia, Italy

IAC-18.B5.1.5 THEMATICMONITORINGOFCHANGESINTHESTATEOFOBJECTSONTHEEARTH'SSURFACELarysa Areshkina, , Belarus

IAC-18.B5.1.6 AHYBRIDEMBEDDEDDEVELOPINGANDDEBUGGINGSYSTEMFORHIGH-PRECISIONSATELLITENAVIGATIONTERMINALDESIGNLing Jiang, Chongqing Institute of Green and Intelligent Technology, Chinese Academy of Sciences (CIGIT), China

IAC-18.B5.1.7 PLANCKADDEDVALUEINTERFACESStratos Gerakakis, Planetek Hellas epe, Greece

IAC-18.B5.1.8 THERESEARCHONSYSTEMARCHITECTURESUITEDTOINTEGRATEDPAYLOADSBASEDONOPERATIONSYSTEMCONCEPTXiaodan Wu, Shanghai Academy of Spaceflight Technology (SAST), China Aerospace and Technology Corporation (CASC), China

IAC-18.B5.1.9 STATEOFTHEARTOFEARTHOBSERVATIONINSTRUMENTSFORSMALLSATELLITEMISSIONSPaweł Czapski, , Poland

IAC-18.B5.1.10 DEVELOPMENTOFGROUNDSENSORTERMINALFORSTORE&FORWARDMISSIONOFNANO-SATELLITEUITMSAT-1Siti Amalina Binti Enche Ab Rahim, Universiti Teknologi MARA (UITM), Malaysia

IAC-18.B5.1.11 AUGMENTEDREALITYFORTHEENHANCEMENTOFSPACEPRODUCTASSURANCEANDSAFETYRaul Alarcon, ESA - European Space Agency, The Netherlands

IAC-18.B5.1.12 DEVELOPMENTSOFTHELASERCOMMUNICATIONMODULESBETWEENSMALL-SATELLITEANDMOBILEGROUNDSTATIONSToshiki Nakamura, , Japan

IAC-18.B5.1.13 DEVELOPMENTOFASINGLE-CHANNELWILDFIREDETECTIONALGORITHMFORTHETUBINMISSIONJulian Bartholomäus, Technische Universität Berlin, Germany

B5.2. Integrated Applications End-to-End SolutionsOctober 4 2018, 09:45 — Bremen 3 Co-Chair(s): Boris Penne , OHB System AG, Germany; Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom; Rapporteur(s): Beatrice Barresi , ESA, United Kingdom; Yuval Brodsky , Newton VR Ltd., Israel;

IAC-18.B5.2.1 SPACE2030ANDSPACE4.0:SYNERGIESFORCAPACITYBUILDINGINTHEXXICENTURYStefano Ferretti, European Space Policy Institute (ESPI), Austria

IAC-18.B5.2.2 APPLICATIONSFROMMULTI-LEVELDATAACQUISITIONPLATFORMS,DEVELOPMENTOFSPACE-BASEDSOLUTIONSINCOSTARICARoberto Aguilar, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.B5.2.3 HOWFARMERSBENEFITFROMINTEGRATIONOFEO,METEOROLOGICAL,POSITIONINGANDFIELDDATAINANANALYTICSENGINE–THEAGRI-GISEXAMPLEOFSODISHA,INDIAMukund Kadursrinivas Rao, National Institute of Advanced Studies (NIAS), India

IAC-18.B5.2.5 GEOSPATIALANALYSISOFHIGH-RESOLUTIONIMAGEDERIVATIVESFOROPTIMIZINGSUSTAINABLECROPPRODUCTIONANDNATURALRESOURCESMANAGEMENTINTHENIDISTRICT,TAMILNADUManjunath C B, Vikram Sarabhai Space Centre, Trivandrum, India, India

IAC-18.B5.2.6 VESSELMONITORINGINTHENORTHANDBALTICSEACHANNELSBASEDONDUAL-POLARIZATIONSARIMAGESANDAISDATARamona-Maria Pelich, LuxSpace Sarl, Luxemburg

IAC-18.B5.2.7 K2SPACE:PROVIDINGNEWMARKETOPPORTUNITIESTOADDEDVALUECOMPANIESINTHENEWSPACEECONOMYERAGiorgio Licciardi, Research Consortium Hypatia, Italy

IAC-18.B5.2.8 (non-confirmed) APPLICATIONOFMACHINELEARNINGINPREDICTINGPOSSIBILITYOFTRAFFICCONGESTIONINOWERRI-DOUGLASROADOFIMOSTATE,NIGERIAFORANYGIVENTIMEOFTHEDAY.Anthony Nwachukwu, , Nigeria

IAC-18.B5.2.9 DEVELOPMENTOFSPACETECHNOLOGYAPPLICATIONSINPERUJimmy Gora, Beihang University (BUAA), China

IAC-18.B5.2.10 AUNIVERSITY-BASEDFACILITYFOREVALUATIONANDASSESSMENTOFSPACEPROJECTSAlexander Kharlan, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.B5.2.11 DELIVERINGSOLUTIONSATTHEINTERSECTIONSATELLITEBIGDATA,CLOUDCOMPUTING,MACHINELEARNINGANDIOTTECHNOLOGY-THECASEOFSATSUREPrateep Basu, International Space University, India

IAC-18.B5.2.12 SPACEASSETS,TECHNOLOGYANDSERVICESINSUPPORTOFMARITIMESECTORAngeliki Papadimitriou, European Space Agency (ESA), France

IAC-18.B5.2.13 FIRE-RSSYSTEM-INTEGRATINGLANDSENSORS,CUBESATCOMMUNICATIONS,UNMANNEDAERIALVEHICLESANDASITUATIONASSESSMENTSOFTWAREFORWILDLANDFIRECHARACTERIZATIONANDMAPPING.Franco Pérez-Lissi, University of Vigo, Spain

B5.3. Satellite Commercial Applications

October 4 2018, 14:45 — Bremen 3 Co-Chair(s): Dengyun Yu , China Aerospace Science and Technology Corporation (CASC), China; John M. Horack , The Ohio State University College of Engineering, United States; Rapporteur(s): Samuel Malloy , The Ohio State University, United States;

IAC-18.B4.8.5 SYSTEMDESIGNOFLUMIO:ACUBESATATEARTH-MOONL2FOROBSERVINGLUNARMETEOROIDIMPACTSPrem Sundaramoorthy, Delft University of Technology (TU Delft), The Netherlands

IAC-18.B4.8.6 LUNAREXPLORATIONORBITERPROGRAMPayal Nandi, Team Indus, Axiom Research Labs Pvt. Ltd., India

IAC-18.B4.8.7 FUTURELOW-COSTLUNARANDPLANETARYMISSIONSENABLEDBYCOMMERCIALSPACECOMPANIESAlain Berinstain, Moon Express Inc., United States

IAC-18.B4.8.8 GEOPHYSICALRECONNAISSANCEASTEROIDSURFACEPROBEKieran Carroll, Gedex Inc., Canada

IAC-18.B4.8.9 WHAT'SINSIDEARUBBLEPILEASTEROID?DISCUS-ATOMOGRAPHICTWINRADARCUBESATTOFINDOUT.Patrick Bambach, Max-Planck Institute for Solar Systems Research,, Germany

IAC-18.B4.8.10 CUBESAT3U-PAYLOADFORIN-SITURESOURCEUTILISATIONDEMONSTRATIONATC-TYPENEAREARTHASTEROIDSElioenai Sitepu, Cranfield University, United Kingdom

IAC-18.B4.8.11 MODELINGOFORBITALANDATTITUDEDYNAMICSOFNANOSATELLITESCONTROLLEDVIAACTIVEELECTROSTATICCHARGINGFilippo Corradino, Politecnico di Torino, Italy

IAC-18.B4.8.12 ANAUTONOMOUSOPTICALNAVIGATIONFILTERFORACUBESATMISSIONTOABINARYASTEROIDSYSTEMDario Modenini, University of Bologna, Italy

IAC-18.B4.8.15 FUEL-FREEANGULARMOMENTUMUNLOADINGUSINGTHEINTERPLANETARYMAGNETICFIELDINSMALL-SIZEDSPACECRAFTPachara Phlaengsorn, Nagoya University, Japan

IAC-18.B4.8.16 AMINIMALCHIPSATINTERSTELLARMISSION:TECHNOLOGYANDMISSIONARCHITECTUREWenjing Hu, International Space University (ISU), France

B4.9-GTS.5. Small Satellite Missions Global Technical SessionOctober 5 2018, 13:30 — ÖVB 4 Co-Chair(s): Matthias Hetscher , DLR (German Aerospace Center), Germany; Norbert Lemke , OHB System AG, Germany; Rapporteur(s): Alex da Silva Curiel , Surrey Satellite Technology Ltd (SSTL), United Kingdom;

IAC-18.B4.9-GTS.5.1 KEYNOTE:PRACTICALDEBRISMITIGATIONMANUALFORDEVELOPERSOFMICROSATELLITESANDSMALLERDarren McKnight, Integrity Applications Incorporated (IAI), United States

IAC-18.B4.9-GTS.5.2 THEFIRSTSATELLITEASSEMBLY,INTEGRATIONANDTESTFACILITY(AIT)INTHAILANDLIKHIT WARANON, Geo-Informatics and Space Technology Development Agency (Public Organization), Thailand

IAC-18.B4.9-GTS.5.3 SETEC Lab’s Small Satellite Program for Environmental Monitoring Marco Gomez Jenkins, Costa Rica Institute of Technology (ITCR), Costa Rica

IAC-18.B4.9-GTS.5.4 GALAMSAT2:FIRSTGHANASATELLITETOMONITORILLEGALMININGACTIVITIESBenjamin Bonsu, All Nations University, Ghana

IAC-18.B4.9-GTS.5.5 OHBSMALLSATELLITESNorbert M.K. Lemke, OHB System AG - Munich, Germany

IAC-18.B4.9-GTS.5.6 OPERATIONALEXPERIENCEWITHANANOSATELLITESCIENCEMISSIONOtto Koudelka, Graz University of Technology (TU Graz), Austria

IAC-18.B4.9-GTS.5.7 EIRSAT-1:THEEDUCATIONALIRISHRESEARCHSATELLITEDavid Murphy, University College Dublin (UCD), Ireland

IAC-18.B4.9-GTS.5.8 THEIN-ORBITDEMONSTRATIONPROGRAMME,MISSION1-ACCELERATINGTHEDEMONSTRATIONOFCOMMERCIALWEATHERDATAUSINGSMALLSATELLITESGraeme Taylor, Satellite Applications Catapult, United Kingdom

IAC-18.B4.9-GTS.5.9 (non-confirmed) APPLYINGARAPIDDEVELOPMENTAPPROACHTOSATELLITEDEVELOPMENTENABLINGCUSTOMERSTOMEETTHEIRMARKETREQUIREMENTSLibby Hoban, Clyde Space Ltd., United Kingdom

IAC-18.B4.9-GTS.5.10 COMPARATIVESTUDYOFCLASSICALANDFUZZYPIDATTITUDECONTROLSYSTEMWITHEXTENDEDKALMANFILTERFEEDBACKFORNANOSATELLITES.Prerna Baranwal, Birla Institute of Technology and Science(BITS), India

IAC-18.B4.9-GTS.5.11 PLATINOPROJECT:ANEWITALIANMULTI-APPLICATIONSMALLSATELLITEPLATFORMFORHIGHLYCOMPETITIVEMISSIONS.Vincenzo Stanzione, Sitael Spa, Italy

IAC-18.B4.9-GTS.5.12 NASA’SSMALLSPACECRAFTSYSTEMSVIRTUALINSTITUTEANDSMALLSPACECRAFTENTERPRISEBruce Yost, NASA, United States

B5. IAF SYMPOSIUM ON INTEGRATED APPLICATIONSCoordinator(s): Larry Paxton , The Johns Hopkins University Applied Physics Laboratory, United States; Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom;

B5.1. Tools and Technology in Support of Integrated ApplicationsOctober 1 2018, 15:00 — Bremen 3 Co-Chair(s): Boris Penne , OHB System AG, Germany; Larry Paxton, The Johns Hopkins University Applied Physics Laboratory, United States; Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom; Rapporteur(s): Beatrice Barresi , ESA, United Kingdom;

IAC-18.B5.1.2 STRATOSPHERICBALLOONS–LOW-COSTPLATFORMSFORSCIENCE,EARTHOBSERVATION,SATELLITEDATAVALIDATIONANDPREPARATIONOFNEWSPACEMISSIONSKristine Dannenberg, Swedish National Space Board (SNSB), Sweden


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IAC-18.B6.2.9 ELECTRICPROPULSIONINATWOTONCOMMUNICATIONSSPACECRAFT-OPERATIONALCHALLENGESAnuradha Prakasha, Indian Space Research Organization (ISRO), India

IAC-18.B6.2.10 TOWARDSTHEUTILIZATIONOFOPTICALGROUND-TO-SPACELINKSFORLOWEARTHORBITINGSPACECRAFTMarcus Knopp, German Aerospace Center (DLR), Germany

IAC-18.B6.2.11 FASTMOPS–PLANNINGANDANALYSISOFOPERATIONSANDNAVIGATIONSTRATEGIESINTHEPROXIMITYOPERATIONSFORANASTEROIDMISSIONJoao Branco, GMV Aerospace & Defence SAU, Portugal

B6.3. Mission Operations, Validation, Simulation and TrainingOctober 1 2018, 15:00 — CCB Franzius Co-Chair(s): Paolo Ferri , European Space Agency (ESA), Germany; Zeina Mounzer , Telespazio VEGA Deutschland GmbH, Germany; Rapporteur(s): Borre Pedersen , Kongsberg Satellite Services AS, Norway;

IAC-18.B6.3.1 THELISAPATHFINDERMISSIONIN-ORBITEXPERIENCEANDOUTLOOKFORLISAAndreas Rudolph, European Space Agency (ESA), Germany

IAC-18.B6.3.3 FLIGHTRESULTSOFMARCONISSTA-ANRFSPECTRUMANALYZERABOARDTHEISSTOIMPROVEFREQUENCYSHARINGANDSATELLITEOPERATIONSMartin Buscher, Technische Universität Berlin, Germany

IAC-18.B6.3.4 WHATCANGOWRONG,WILLGOWRONG:THEBUG-OUTPROCEDURESTESTEDDURINGICARES-1ANALOGMARSMISSIONATTHELUNARESHABITATINPILA,POLANDMalgorzata Perycz, Open Science Foundation, Poland

IAC-18.B6.3.5 THEMARSTERRAINSIMULATOR:ANINDOORANALOGUEFACILITYTOVALIDATEANDSIMULATEEXOMARSROVEROPERATIONSANDTOSUPPORTTHEEXOMARSSURFACEMISSIONMaurizio Deffacis, Altec S.p.A., Italy

IAC-18.B6.3.6 CHALLENGESINTHEDEFINITION,VALIDATIONANDSIMULATIONOFTHEGROUNDOPERATIONSOFTHEEXOMARS2020ROVERSURFACEMISSIONATTHEROVEROPERATIONSCONTROLCENTRE(ROCC)Diego Bussi, Altec S.p.A., Italy

IAC-18.B6.3.7 DANCE:AFRICTIONLESS5DOFFACILITYFORGNCPROXIMITYMANEUVERINGEXPERIMENTALTESTINGANDVALIDATIONPierluigi Visconti, Politecnico di Milano, Italy

IAC-18.B6.3.8 ATENA:ANADVANCEDSOLUTIONFORTHESIMULATIONANDVALIDATIONOFNANOSATELLITEOPERATIONSClaudio Galbiati, Argotec, Italy

IAC-18.B6.3.9 SPACEPAYLOADTESTSYSTEM:AFLEXIBLESOFTWARESUITEFORTMTCMANAGEMENTFROMDEVELOPMENTTOINTEGRATIONANDOPERATIONMISSIONPHASESCristoforo Abbattista, Planetek Italia, Italy

IAC-18.B6.3.10 SIMULATIONFORGOAL-BASEDMISSIONCONTINUATIONON-BOARDINTERPLANETARYSPACECRAFTAlexandra Wander, Universität der Bundeswehr München, Germany

IAC-18.B6.3.11 IN-FLIGHTCALIBRATIONOFNANOSATELLITE’SINERTIATENSOR:THEALGORITHMANDREQUIREMENTSFORON-BOARDSENSORSIgor Lomaka, Samara National Research University, Russian Federation

B6.4-B3.4. Flight & Ground Operations of HSF Systems (A Joint Session of the Human Spaceflight and Space Operations Symposia)October 3 2018, 09:45 — ZARM 4 Co-Chair(s): Annamaria Piras , Thales Alenia Space Italia, Italy; Dieter Sabath , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Thomas A.E. Andersen , Danish Aerospace Company ApS, Denmark;

IAC-18.B6.4-B3.4.2 COLUMBUSOPERATIONASBASISFORFUTUREEXPLORATIONGerd Söllner, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.B6.4-B3.4-B.3 HORIZONSMISSION–CHALLENGESANDHIGHLIGHTSJan Marius Bach, DLR (German Aerospace Center), Germany

IAC-18.B6.4-B3.4.4 COMMERCIALIZATIONINCOLUMBUS:LOOKINGBEFORELEAPINGNadia This, GMV-Insyen for German Space Operations Center (DLR/GSOC), Germany

IAC-18.B6.4-B3.4.5 ALTECEUROPEANLOGISTICSCENTERSUPPORTINGCOLUMBUSOPERATIONSRosa Sapone, Altec S.p.A., Italy

IAC-18.B6.4-B3.4.6 (non-confirmed) UTILIZATIONOFTHEINTERNATIONALSPACESTATIONFORCREWAUTONOMOUSSCHEDULINGTEST(CAST)Matthew Healy, United Space Alliance, United States

IAC-18.B6.4-B3.4.7 NEWEXTERNALPAYLOADPLATFORMBARTOLOMEOONTHEINTERNATIONALSPACESTATIONChristian Steimle, Airbus Defence and Space, Germany

IAC-18.B6.4-B3.4.8 PAYLOADOPERATIONSCENTER-LESSONSFROMCOMMERCIALENGAGEMENTBobby Watkins, NASA, United States

IAC-18.B6.4-B3.4.9 CADMOS,THEFRENCHUSOC:ANOUTLOOKONNEWPROSPECTSAFTERAQUARTERCENTURYHISTORY.Mauro Augelli, Centre National d'Etudes Spatiales (CNES), France

IAC-18.B6.4-B3.4.10 HIGHRATEDATABROKERFORFSLOPERATIONSMichel Kruglanski, Belgian Institute for Space Aeronomy (BISA), Belgium

IAC-18.B6.4-B3.4.11 ACOSTEFFECTIVEMETHODOLOGYFORBUILDINGFLIGHTSPARESFORROBOTICLIFEEXTENSIONONTHEINTERNATIONALSPACESTATIONVivian Truong, MDA Corporation, Canada

IAC-18.B6.4-B3.4.12 SAFEGUARDINGFORCONTINGENCYDEORBITCAPABILITYAFTERANISSDEPRESSURIZATIONFAILUREUlhas Kamath, Boeing, United States

IAC-18.B5.3.2 TRANSFERRINGRIGHTSOFSATELLITEIMAGERYANDDATA.CURRENTCONTRACTPRACTICEANDNEWCHALLENGES.Jordi Sandalinas, , Spain

IAC-18.B5.3.4 THEINTEGRATEDAPPLICATIONOFSATELLITECOMMUNICATIONINCIVILAVIATIONAREAVIASPACENETWORKRong Sun, Beijing Institute of Aerospace Systems Engineering, China Aerospace Science and Technology Corporation (CASC), China

IAC-18.B5.3.5 RESEARCHONTHEAPPLICATIONANDDEMANDOFMARITIMEAFFAIRSUNDERTHEPNTSYSTEMBASEDONBEIDOUNAVIGATIONSYSTEMYANG ZHANG, Ministry of Transport, China

IAC-18.B5.3.6 MODERNASPECTSOFAEROSPACEMONITORINGOFGEOTECHNICALSYSTEMSBASEDONUNMANNEDAERIALVEHICLESAlchin Shirin-zade, Azerbaijan National Aerospace Agency, Azerbaijan

IAC-18.B5.3.7 INEMERGINGEONEWSPACEGLOBALMARKETS-CHALLENGESFORINDIANREMOTESENSINGSYSTEMSMukund Kadursrinivas Rao, National Institute of Advanced Studies (NIAS), India

IAC-18.B5.3.8 THETECHNICALANDCOMMERCIALINCREMENTOFTHEFUSIONOFBIGDATAANALYSIS,ARTIFICIALINTELLIGENCEANDEARTHOBSERVATIONShan Huang, International Space University(ISU), France

IAC-18.B5.3.9 LEOS-50PLATFORMEVOLUTIONBjörn Danziger, Berlin Space Technologies , Germany

IAC-18.B5.3.10 RSHUB:AWEB-BASEDPLATFORMFORCOLLABORATIVERESEARCHANDINOVATIONWITHREMOTESENSINGDATAANDAPPLICATIONWei Wan, China Center for Resources Satellite Date and Application (CRESDA), China

IAC-18.B5.3.11 EXPLORINGTHREATSANDOPPORTUNITIESTHROUGHMEGATRENDSINTHESPACE4.0ERAGianluigi Baldesi, European Space Agency (ESA), France

IAC-18.B5.3.12 SARA–SYNTHETICAPERTURERADARCONSTELLATIONFORAFRICASias Mostert, Space Commercial Services Holdings (Pty) Ltd, South Africa

B6. IAF SPACE OPERATIONS SYMPOSIUMCoordinator(s): John Auburn , RHEATECH Ltd, United Kingdom; Otfrid Liepack , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States;

B6.1. Ground Operations - Systems and SolutionsOctober 4 2018, 14:45 — CCB Franzius Co-Chair(s): Mario Cardano , Thales Alenia Space France, Italy; Michael McKay , European Space Agency (ESA), Germany; Rapporteur(s): Hegyi Akos , Airbus Defence & Space, Germany;

IAC-18.B6.1.1 FLIGHTDYNAMICSMICROSERVICESStefan Hackel, DLR, German Aerospace Center, Germany

IAC-18.B6.1.2 AUTONOMOUSSYSTEMSOFREAL-TIMEMONITORINGANDSATELLITEMISSIONANALYSISTOOLSittiporn Channumsin, Geo-Informatics and Space Technology Development Agency (Public Organization, Thailand

IAC-18.B6.1.3 ELEMENTSOFMISSIONCONTROLSOFTWAREFORACOMMERCIALLUNARLANDINGANDSURFACEEXPLORATIONMISSIONChakshu Gupta, Team Indus, Axiom Research Labs Pvt. Ltd., India

IAC-18.B6.1.4 AWEBSERVICESOPENSTANDARDFORGROUNDSEGMENTOPERATIONSANDWHYWEMADEITEd Chester, Catena Space, United Kingdom

IAC-18.B6.1.5 (non-confirmed) EVOLUTIONOFTHEECLIPSEOPERATIONSCONCEPTFORESA’SX-RAYOBSERVATORYXMM-NEWTONMuhammad Shoaib Malik, Telespazio VEGA Deutschland GmbH c/o ESA-ESOC, Germany, Germany

IAC-18.B6.1.6 ADVANCESINCONTEXTAWARESPACECRAFTTELEMETRYCHECKINGChiara Brighenti, , Italy

IAC-18.B6.1.8 MINI-SLR:AFULLYAUTOMATEDMINIATURESATELLITELASERRANGINGGROUNDSTATIONDaniel Hampf, German Aerospace Center (DLR), Germany

B6.2. New Space Operations Concepts and Advanced SystemsOctober 5 2018, 09:45 — CCB Bergen Co-Chair(s): Pierre Lods , Centre National d'Etudes Spatiales (CNES), France; Thomas Kuch , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Keiichiro Sakagami , Japan Manned Space Systems Corporation (JAMSS), Japan;

IAC-18.B6.2.1 TOOMANYSATELLITESTOOPERATE?HOWPLANETSUCCESSFULLYOPERATES100’SOFSATELLITESUSINGAGILEAEROSPACEKattia Flores Pozo, Planet Labs Inc., Germany

IAC-18.B6.2.3 OPERATIONALPLANNINGOFREMOTESENSINGMISSIONSCOMBININGSATELLITESANDFLYINGASSETS–OPPORTUNITIESANDCHALLENGESDaniel Novak, Airbus Defence and Space SAS, France

IAC-18.B6.2.4 MISSIONSCHEDULINGFORMULTIPLESPACECRAFTREFUELINGBASEDONSPACEFUELSTATIONSBiao Xu, Nanjing University of Aeronautics and Astronautics, China

IAC-18.B6.2.5 AUTONOMOUSOPERATIONSFORSPACEFLIGHTMISSIONCONTROL:CHALLENGESANDBENEFITSAli Baghchehsara, TU Clausthal, Germany

IAC-18.B6.2.8 AUTOMATINGSATELLITEMANEUVERPLANNINGANDEXECUTIONFORLEOANDMEOMISSIONSAlexander Fehr, OHB System AG, Germany


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IAC-18.C1.3.2 ATTITUDECONTROLSTRATEGYOFATRANSFORMABLESPACECRAFTFORORBITALSTATION-KEEPINGAROUNDSUN-EARTHL2Yuki Kubo, University of Tokyo, Japan

IAC-18.C1.3.3 SOLARELASTICSTABILITYMODELINGANDSTRUCTURALCONTROLOFAHELIOGYROSOLARSAILAdonis Pimienta-Penalver, University at Buffalo, United States

IAC-18.C1.3.4 PUREMAGNETICCONTROLFORATTITUDESLEWMANEUVERSGiulio Avanzini, Università del Salento, Italy

IAC-18.C1.3.5 PERFORMANCECHARACTERIZATIONOFANON-CONVENTIONALSTARTRACKERBASEDONAHYPER-HEMISPHERICALPANORAMICCAMERARoberto Opromolla, University of Naples "Federico II", Italy

IAC-18.C1.3.6 TIME-OPTIMALSPACECRAFTREORIENTATIONUNDERMULTIPLECONSTRAINTSVIAANEFFICIENTHYBRIDOPTIMIZERHui Wang, Beijing Institute of Technology, China

IAC-18.C1.3.7 ONTHESMOOTHINGOFSLEWINGPROFILES\\FORLOWTHRUSTTRANSFERTRAJECTORIESPelayo Peñarroya Rodríguez, OHB System AG-Bremen, Germany

IAC-18.C1.3.8 CISLUNARNON-KEPLERIANORBITSRENDEZVOUS&DOCKING:6DOFGUIDANCEANDCONTROLAndrea Colagrossi, Politecnico di Milano, Italy

IAC-18.C1.3.9 TETHEREDTOWINGLARGESPACEDEBRISWITHFUELRESIDUESBYASMALLSPACECRAFT-TUGVladimir S. Aslanov, Samara National Research University, Russian Federation

IAC-18.C1.3.10 RIGID-FLEXIBLECOUPLINGDYNAMICSOFTETHEREDSPACEDEBRISWITHSOLARPANELSRui Qi, Beijing Institute of Technology, China

IAC-18.C1.3.11 MAGNETICDETUMBLINGOFFAST-TUMBLINGPICOSATELLITESRobert Fonod, Delft University of Technology (TU Delft), The Netherlands

C1.4. Attitude Dynamics (2)

October 3 2018, 09:45 — CCB Borgward Co-Chair(s): Gianmarco Radice , University of Glasgow, United Kingdom; James O'Donnell , National Aeronautics and Space Administration (NASA), Goddard Space Flight Center, United States; Rapporteur(s): Shinji Hokamoto , Kyushu University, Japan;

IAC-18.C1.4.1 HIGHSTABILITYANDPOINTINGPERFORMANCEAOCSFORTHEECULIDMISSIONAlfredo Agenjo, SENER, Spain

IAC-18.C1.4.2 INVESTIGATIONOFREDUNDANCYSTRATEGIESINFLUID-DYNAMICATTITUDECONTROLSebastian Grau, Technische Universität Berlin, Germany

IAC-18.C1.4.3 CLOSED-CHAINFORWARDDYNAMICSMODELINGOFAFOUR-PANELFOLDINGSPACECRAFTSTRUCTUREJoAnna Fulton, University of Colorado Boulder, United States

IAC-18.C1.4.4 OPTIMALCONTROLOFSPACECRAFTATTITUDEMOTIONUSINGPORT-HAMILTONIANSYSTEMSSakamoto Tomoya, Kyushu University, Japan

IAC-18.C1.4.5 MINIMUM-ERRORSINGLE-AXISPOINTINGFORANUNDERACTUATEDSPACECRAFTINTHEPRESENCEOFARESIDUALANGULARMOMENTUMGiulio Avanzini, Università del Salento, Italy

IAC-18.C1.4.6 BASEATTITUDESTABILIZATIONOFSPACEROBOTWITHGUARANTEEDPRESCRIBEDPERFORMANCEMingming Wang, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University, China

IAC-18.C1.4.7 LYAPUNOVCONTROLFORATTITUDEMANEUVERSWITHRESTRICTEDAREASStepan Tkachev, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.C1.4.8 ATTITUDEDYNAMICSOFANELECTRICSAILMODELWITHAREALISTICSHAPEMarco Bassetto, University of Pisa, Italy

IAC-18.C1.4.9 PERFORMANCEANALYSISOFANATTITUDECONTROLSYSTEM\\FORSMALLSATELLITESMatteo Dentis, Politecnico di Torino, Italy

IAC-18.C1.4.10 NONLINEAROBSERVERFORATTITUDEESTIMATIONANDRATEGYROCALIBRATIONSérgio Brás, HE Space, The Netherlands

IAC-18.C1.4.11 SYNERGETICAPPROACHINATTITUDECONTROLOFVERYFLEXIBLESATELLITESBYMEANSOFTHRUSTERSANDPZTDEVICESMarco Sabatini, Sapienza University of Rome, Italy

IAC-18.C1.4.12 LANDMARKACQUISITIONANDTRACKINGUSINGVARIABLESPEEDCONTROLMOMENTGYROSAbhilash Mony, Vikram Sarabhai Space Centre (VSSC), India

C1.5. Guidance, Navigation & Control (1)

October 3 2018, 14:45 — CCB Borgward Co-Chair(s): Bernard Lübke-Ossenbeck , OHB System AG-Bremen, Germany; Igor V. Belokonov , Samara State Aerospace University, Russian Federation; Rapporteur(s): Anton de Ruiter , Faculty of Engineering, Carleton University, Canada; Shoji Yoshikawa , Mitsubishi Electric Corporation, Japan;

IAC-18.C1.5.1 KEYNOTE:HOWTOSENSEGRAVITY?Eberhard Gill, Delft University of Technology, The Netherlands

IAC-18.C1.5.2 NUMERICALANDANALYTICALREACHABLESETAPPLICATIONSTOCOOPERATIVEANDNON-COOPERATIVEMULTI-SPACECRAFTTRAJECTORYCOORDINATIONChandrakanth Venigalla, University of Colorado Boulder, United States

IAC-18.C1.5.3 JOINTROBUSTSTRUCTUREDDESIGNOFVEGALAUNCHER’SRIGID-BODYCONTROLLERANDBENDINGFILTERDiego Navarro-Tapia, University of Bristol, United Kingdom

C1. IAF ASTRODYNAMICS SYMPOSIUMCoordinator(s): Alfred Ng , Canadian Space Agency, Canada; Anna Guerman , Centre for Mechanical and Aerospace Science and Technologies (C-MAST), Portugal;

C1.1. Orbital Dynamics (1)

October 1 2018, 15:00 — CCB Borgward Co-Chair(s): Antonio Prado , National Institute for Space Research - INPE , Brazil; Gerard Gomez , University of Barcelona, Spain; Rapporteur(s): Laureano Cangahuala , Jet Propulsion Laboratory, United States;

IAC-18.C1.1.1 HIGHERORDERANALYTICALSOLUTIONTOTHEDISTANTRETROGRADEORBITSPROBLEMMartin Lara, , Spain

IAC-18.C1.1.2 HYBRIDSGP4PROPAGATORBASEDONMACHINE-LEARNINGTECHNIQUESAPPLIEDTOGALILEO-TYPEORBITSJuan Félix San-Juan, Universidad de La Rioja, Spain

IAC-18.C1.1.3 HIGHACCURACYORBITDETERMINATIONOFGEO-STATIONARYSATELLITESUSINGDIFFERENTIALALGEBRAANDHIGH-ORDEREXTENDEDKALMANFILTERJianlin Chen, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University, China

IAC-18.C1.1.4 ANALYTICALANDSEMI-ANALYTICALAPPROACHESTOTHETHIRD-BODYPERTURBATIONINNEARLYCO-ORBITALREGIMESRita Neves, Cranfield University, United Kingdom

IAC-18.C1.1.7 EFFICIENTTWO-BODYAPPROXIMATIONSOFIMPULSIVETRANSFERSBETWEENHALOORBITSElena Fantino, Khalifa University of Science and Technology (KUST), United Arab Emirates

IAC-18.C1.1.8 IDENTIFYINGHETEROCLINICTRANSFERSUSINGARTIFICIALNEURALNETWORKSStijn De Smet, University of Colorado Boulder, United States

IAC-18.C1.1.9 EXTENDEDSTATESPACEAPPROACHFORTRAJECTORYDESIGNINELLIPTICRESTRICTEDTHREE-BODYPROBLEMYuki Akiyama, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C1.1.10 DYNAMICSOFCAPTUREORBITSFROMLIBRATIONREGIONANALYSISStefano Carletta, Sapienza University of Rome, Italy

IAC-18.C1.1.11 PHASINGANDRENDEZVOUSOPERATIONSONNON-KEPLERIANORBITSINTHEEARTH-MOONSYSTEMLorenzo Bucci, Politecnico di Milano, Italy

IAC-18.C1.1.12 NEUTRALATMOSPHEREDRAGATTHEALTITUDEOFLARESANDAJISAICarmen Pardini, ISTI-CNR, Italy

IAC-18.C1.1.13 ANALYTICALSOLUTIONOFLOW-THRUSTMINIMUMENERGYCOPLANARORBITTRANSFERBYUSINGTIME-AVERAGEDCANONICALEQUATIONSKenji Kitamura, Mitsubishi Electric Corporation, Japan

C1.2. Orbital Dynamics (2)

October 2 2018, 09:45 — CCB Borgward Co-Chair(s): Filippo Graziani , G.A.U.S.S. Srl, Italy; Josep J. Masdemont , Universitat Politecnica de Catalunya (UPC), Spain; Rapporteur(s): Simei Ji , Beijing Institute of Technology, China;

IAC-18.C1.2.1 SOLARSAILPROPELLANT--FREETRANSFERMANEUVERSBETWEENLIBRATIONPOINTORBITSAROUNDTHECOLLINEAREQUILIBRIUMPOINTSDuan Xun, University of Barcelona, Spain

IAC-18.C1.2.2 IMPACTOFSOLARRADIATIONPRESSUREMODELLINGONORBITALDYNAMICSINTHEVICINITYOFBINARYASTEROIDSIsabelle Jean, McGill Univeristy, Canada

IAC-18.C1.2.3 SOLARSAILRESONANTPERIODICORBITSINTHEAUGMENTEDEARTH-MOONQUASI-BICIRCULARPROBLEMMarc Jorba-Cuscó, University of Barcelona, Spain

IAC-18.C1.2.4 ANALYTICALAPPROACHTOCONSTRUCTIONAREFERENCEMOTIONFORTETRAHEDRALSATELLITEFORMATIONMikhail Ovchinnikov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.C1.2.6 HIGH-FIDELITYSIMULATIONSOFBALLISTICSMALLBODYLANDERSOnur Çelik, The Graduate University for Advanced Studies, Japan

IAC-18.C1.2.7 NATURALDYNAMICALPROCESSESONFASTROTATINGASTEROIDSDaniel Brack, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-18.C1.2.8 STABILITYANALYSISOFQUASI-SATELLITEORBITSAROUNDPHOBOSHongru Chen, Observatoire de Paris, France

IAC-18.C1.2.9 UNCERTAINTYPROPAGATIONINASTEROIDSSYSTEMSFeng Jinglang, Nanjing University, China

IAC-18.C1.2.10 STABLEREGIONSNEARTRIANGULARLIBRATIONPOINTSOFBINARYASTEROIDSYSTEMYuying Liang, , China

IAC-18.C1.2.11 SPACECRAFTATTITUDEIMPACTONORBITALTRAJECTORIESINASTEROIDMISSIONSDante Bolatti, Ryerson University, Canada

IAC-18.C1.2.12 EFFECTOFEARTH-MOONPERTURBATIONONTHEDEFLECTIONOFTETHEREDASTEROIDSYSTEMSLuis Marchi, National Institute for Space Research - INPE , Brazil

C1.3. Attitude Dynamics (1)

October 2 2018, 14:45 — CCB Borgward Co-Chair(s): Arun Misra , Mc Gill Institute for Aerospace Engineering (MIAE), Canada; Paolo Teofilatto , Sapienza University of Rome, Italy; Rapporteur(s): Alexander Ovchinnikov , Rocket Space Corporation Energia, Russian Federation; Hao-Chi Chang , tiSPACE Inc., Unknown;


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IAC-18.C1.7-A6.10.4 AUTOMATEDNEARREAL-TIMEVALIDATIONANDEXPLOITATIONOFOPTICALSENSORDATAFORIMPROVEDORBITALSAFETYThomas Kelecy, Applied Defense Solutions, Inc., United States

IAC-18.C1.7-A6.10.5 USINGREACHABILITYTOCOMPUTEUNSAFEREGIONSINSTATESPACETHROUGHSAMPLINGMETHODSJulian Brew, Georgia Institute of Technology, United States

IAC-18.A6.10.6 RAPIDMODELINGOFELECTROSTATICFORCESANDTORQUESCONSIDERINGDIELECTRICSJoseph Hughes, University of Colorado Boulder, United States

IAC-18.C1.7-A6.10.7 DEBRISCOLLISIONAVOIDANCEBYMEANSOFATTITUDECONTROL-INFLIGHTDEMONSTRATIONWITHTET-1Maren Huelsmann, DLR (German Aerospace Center), Germany

IAC-18.C1.7-A6.10.8 EVOLUTIONOFFRAGMENTATIONCLOUDINHIGHLYECCENTRICEARTHORBITSTHROUGHCONTINUUMMODELLINGStefan Frey, Politecnico di Milano, Italy

IAC-18.C1.7-A6.10.9 LEDSAT:ALED-BASEDLEODEMONSTRATORFORSPACEDEBRISORBITANDATTITUDEDETERMINATIONPaolo Marzioli, Sapienza University of Rome, Italy

IAC-18.C1.7-A6.10.10 THECONCEPTOFTHEFUNCTIONINGOFASPACEVEHICLE-ASPACEDEBRISCOLLECTORWITHAVIEWTOREMOVINGOBJECTSOFSPACEDEBRISINTOORBITOFABURIALVsevolod Koryanov, Bauman Moscow State Technical University, Russian Federation

IAC-18.C1.7-A6.10.11 DYNAMICALSYSTEMDESCRIPTIONOFTHESOLARRADIATIONPRESSUREANDJ2PHASESPACEFOREND-OF-LIFEDESIGNANDFROZENORBITDESIGNElisa Maria Alessi, IFAC-CNR, Italy

IAC-18.C1.7-A6.10.12 LOWTHRUSTMANOEUVREDETECTIONFORLOWEARTHORBITSPACEOBJECTSSteve Gehly, University of New South Wales, Australia

C1.8. Mission Design, Operations & Optimization (1)October 5 2018, 09:45 — CCB Borgward Co-Chair(s): Johannes Schoenmaekers , European Space Operations Centre, Germany; Richard Epenoy , Centre National d'Etudes Spatiales (CNES), France; Rapporteur(s): Massimiliano Vasile , University of Strathclyde, United Kingdom; Stéphanie Lizy-Destrez , SUPAERO- Ecole Nationale Supérieure de l'Aéronautique et de l'Espace, France;

IAC-18.C1.8.1 CURRENTSTATUSOFTHEON-GOINGORBITTRANSFEROFSUPERLOWALTITUDETESTSATELLITE(SLATS)Shunsuke Imamura, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C1.8.2 OPTIMIZATIONOFRADIATIONEXPOSUREFORLOW-THRUSTMISSIONSWITHASHAPE-BASEDMETHODVolker Maiwald, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.C1.8.3 FLOWERCONSTELLATIONSFOREARTHCOVERAGEWITHBIGNUMBEROFSATELLITESYury Razoumny, Peoples' Friendship University of Russia (RUDN University), Russian Federation

IAC-18.C1.8.4 MULTI-RENDEZVOUSTRAJECTORYOPTIMIZATIONWITHNEURALNETWORKANDREINFORCEMENTLEARNINGHaiyang Li, Tsinghua University School of Aerospace, China

IAC-18.C1.8.5 ANINTRUSIVEPOLYNOMIALALGEBRAMULTIPLESHOOTINGAPPROACHTOTHESOLUTIONOFOPTIMALCONTROLPROBLEMSCristian Greco, University of Strathclyde, United Kingdom

IAC-18.C1.8.6 LYAPUNOV-BASEDLOW-ENERGYLOW-THRUSTTRANSFERSTOTHEMOONRichard Epenoy, Centre National d'Etudes Spatiales (CNES), France

IAC-18.C1.8.7 OPTIMALESCAPEMANIFOLDSFORCIS-LUNARHALOORBITSLorenzo Bucci, Politecnico di Milano, Italy

IAC-18.C1.8.8 GAUSS'VARIATIONALEQUATIONSFORLOW-THRUSTOPTIMALCONTROLPROBLEMSINLOW-ENERGYREGIMESRita Neves, Cranfield University, United Kingdom

IAC-18.C1.8.9 LOW-THRUSTTRAJECTORYDESIGNVIADIRECTTRANSCRIPTIONLEVERAGINGSTRUCTURESFROMTHELOW-THRUSTRESTRICTEDPROBLEMRobert Pritchett, Purdue University, United States

IAC-18.C1.8.10 TRANSFERSBETWEENNEAR-RECTILINEARHALOORBITSANDTHEMOONSergey Trofimov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.C1.8.11 ONTHESOPHISTICATEDORBITDESIGNOFTHELUNARMETEOROIDIMPACTSOBSERVERCUBESATDiogene Alessandro Dei Tos, Politecnico di Milano, Italy

IAC-18.C1.8.12 DOYOUSEEWHATISEE?:INTERACTIVEVISUALIZATIONOFMISSIONDESIGNANDNAVIGATIONJeffrey Stuart, Jet Propulsion Laboratory - California Institute of Technology, United States

C1.9. Mission Design, Operations & Optimization (2)October 5 2018, 13:30 — CCB Borgward Co-Chair(s): Vincent Martinot , Thales Alenia Space France, France; Xiaoqian Chen , National Innovation Institute of Defense Technology, Chinese Academy of Military Science, China; Rapporteur(s): Kathleen Howell , Purdue University, United States; Michèle Lavagna , Politecnico di Milano, Italy;

IAC-18.C1.9.1 RAPIDTRAJECTORYDESIGNINCOMPLEXENVIRONMENTSENABLEDVIASUPERVISEDANDREINFORCEMENTLEARNINGSTRATEGIESAshwati Das-Stuart, Purdue University, United States

IAC-18.C1.9.2 TRAJECTORYOPTIMISATIONFORTHEESASWMMISSIONTOSUN-EARTHL5Pablo Hermosin, Deimos Space SLU, Spain

IAC-18.C1.9.3 WIDE-FIELDINFRAREDSURVEYTELESCOPEANDSTARSHADEFORMATIONFLYINGDYNAMICSATSUN-EARTHL2Ariadna Farres, NASA Goddard/University of Maryland, Baltimore County (UMBC), United States

IAC-18.C1.5.4 FUEL-FREEMAGNETICRENDEZVOUSUSINGMAGNETICTORQUERFORCUBESAT-SIZEDSMALLSATELLITESTakaya Inamori, Nagoya University, Japan

IAC-18.C1.5.5 HILTESTINGOFGNC/IPFORAPPROACHANDHOVERINGOFIRREGULARSMALLBODIESMiguel Hagenfeldt, Deimos Space SLU, Spain

IAC-18.C1.5.6 SEMI-PHYSICALSIMULATIONEXPERIMENTONTHEON-ORBITCAPTUREOFTUMBLINGUNCOOPERATIVETARGETSPACECRAFTYong Chun Xie, Beijing Institute of Control Engineering, China Academy of Space Technology (CAST), China

IAC-18.C1.5.7 ATTITUDEANDRELATIVEMOTIONCONTROLOFSATELLITESINFORMATIONFLYINGVIASOLARSAILWITHVARIABLEREFLECTIVITYPROPERTIESMikhail Ovchinnikov, Keldysh Institute of Applied Mathematics, RAS, Russian Federation

IAC-18.C1.5.8 ACALIBRATIONAPPROACHFORSMALLSATELLITEMAGNETOMETERSCONSIDERINGTIME-VARYINGERRORSHalil Ersin Soken, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-18.C1.5.9 HAZARDRELATIVENAVIGATIONFORPRECISEPLANETARYLANDINGSSvenja Woicke, Delft University of Technology (TU Delft), The Netherlands

IAC-18.C1.5.10 AUTONOMOUSCLOSE-PROXIMITYOPERATIONSINSPACE:THEPROBA-3RENDEZVOUSEXPERIMENT(P3RVX)Paulo Rosa, Elecnor Deimos, Portugal

IAC-18.C1.5.11 ON-BOARDMODEL-BASEDFAULTDIAGNOSISFORAUTONOMOUSPROXIMITYOPERATIONSPeter Schulte, Georgia Institute of Technology, School of Aerospace Engineering, United States

IAC-18.C1.5.12 GUIDANCECOMMANDGENERATIONANDNONLINEARDYNAMICINVERSIONCONTROLFORREUSABLELAUNCHVEHICLESPaul Acquatella B., DLR, German Aerospace Center, Germany

C1.6. Guidance, Navigation & Control (2)

October 4 2018, 09:45 — CCB Borgward Co-Chair(s): Fuyuto Terui , Japan Aerospace Exploration Agency (JAXA), Japan; Stephan Theil , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Yong Chun Xie , Beijing Institute of Control Engineering, China Academy of Space Technology (CAST), China;

IAC-18.C1.6.1 NETWORKEDANDDISTRIBUTEDCOOPERATIVEATTITUDECONTROLOFFRACTIONATEDSMALLSATELLITESFlorian Kempf, University of Würzburg, Germany

IAC-18.C1.6.2 BALANCINGDIFFERENTIALDRAGWITHCOULOMBREPULSIONINLOWEARTHORBITPLASMAWAKESJordan Maxwell, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-18.C1.6.3 ULTRA-SOFTELECTROMAGNETICDOCKINGWITHAPPLICATIONSTOIN-ORBITASSEMBLYRebecca Foust, University of Illinois at Urbana-Champaign, United States

IAC-18.C1.6.4 LISAL3GRAVITYWAVEOBSERVATORY:NON-LINEARMODELLINGANDPRELIMINARYDFACARCHITECTURECarlo Novara, Politecnico di Torino, Italy

IAC-18.C1.6.5 optimal trajectory design for safety rendezvous based on sparse modeling Satoshi Nagashima, Kyushu University, Japan

IAC-18.C1.6.7 INS/ST/OPTICALSENSORINTEGRATEDALGORITHMWITHWEIGHTEDMULTI-OBSERVATIONKIDUCK KIM, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-18.C1.6.8 IMAGE-BASEDAUTONOMOUSGUIDANCE,NAVIGATIONANDCONTROLOFSPACECRAFTKatsuya Sakamoto, The University of TOKYO, Graduate school, Japan

IAC-18.C1.6.10 PERFORMANCEANALYSISOFREAL-TIMEOPTIMALGUIDANCEMETHODSFORVERTICALTAKE-OFF,VERTICALLANDINGVEHICLESAndreas Wenzel, German Aerospace Center (DLR), Bremen, Germany

IAC-18.C1.6.11 AUTONOMOUSSMALLBODYMAPPINGANDSPACECRAFTNAVIGATIONVIAREAL-TIMESPC-SLAMFrancesca Baldini, California Institute of Technology, United States

IAC-18.C1.6.12 PATHPLANNINGANDGUIDANCEALGORITHMSFORFORMATIONRECONFIGURATIONSalvatore Sarno, Università degli Studi della Campania "Luigi Vanvitelli", Italy

IAC-18.C1.6.13 FEASIBILITYASSESSMENTOFAUTONOMOUSOPTICALNAVIGATIONINLUMIOMISSIONVittorio Franzese, Politecnico di Milano, Italy

C1.7-A6.10. Orbital Safety and Optimal Operations in an Increasingly Congested Environment (Joint Astrodynamics/Space Debris Session)October 4 2018, 14:45 — CCB Borgward Co-Chair(s): Daniel Scheeres , Colorado Center for Astrodynamics Research, University of Colorado, United States; Yukihito Kitazawa , JAXA, Japan; Rapporteur(s): Anilkumar A K , Vikram Sarabhai Space Centre (VSSC), India; Moriba Jah , The University of Texas at Austin, United States;

IAC-18.C1.7-A6.10.1 GOES8TUMBLINGSPINSTATEEVOLUTIONANDTHEIMPLICATIONSFORGEODEBRISMITIGATIONConor Benson, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-18.C1.7-A6.10.2 UNCERTAINTYANDDATAOBSERVABILITYANALYSISFORRSOMASS/ALBEDO-AREAESTIMATIONVishnuu Mallik, The University of Texas at Austin, United States

IAC-18.C1.7-A6.10.3 LONG-TERMDYNAMICALEVOLUTIONANALYSISANDLUNI-SOLARRESONANCESFORINCLINEDGEOSTATIONARYTRANSFERORBITSYue Wang, Beihang University, China


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IAC-18.C2.2.2 APPLICATIONOFSELF-DEPLOYABLETRUSSTOSTARSHADEMomoko Fukunaga, Nihon University, Japan

IAC-18.C2.2.3 (non-confirmed) SCIENTIFICPROBLEMSANDENGINEERRESOLVENTDURINGDEVELOPMENTOFLARGEDEPLOYABLEMESHANTENNAJungang Yang, Xi'an Institute of Space Radio Technology, China

IAC-18.C2.2.4 THEDEPLOYABLESOFHPS:LARGEANTENNAS,DE-ORBITINGDRAGSAILSANDARTICULATEDBOOMSThomas Sinn, HPS GmbH, Germany

IAC-18.C2.2.5 SPACEROBOTDYNAMICANALYSISOFTHERELATIVEORBITALANDATTITUDEMOTIONINTHECLOSERANGERENDEZVOUSPHASEANDGRASPINGOFATARGETSPACEVEHICLEIjar Da Fonseca, ITA-DCTA, Brazil

IAC-18.C2.2.6 OPTIMALIN-ORBITOPERATIONSOFASEVEN-DEGREEOFFREEDOMSPACEMANIPULATORAngelo Stolfi, Sapienza University of Rome, Italy

IAC-18.C2.2.7 CONCEPTANDSTRUCTURALPROPERTIESOFDEPLOYABLEBOOMWITHCORRUGATEDCLOSEDSECTIONHideaki Okada, Tokyo Institute of Technology, Japan

IAC-18.C2.2.8 DEPLOYMENTDYNAMICSOFMESHANTENNASWITHANOVELMULTISCALEMODELINGAPPROACHZhihua Zhao, Tsinghua University, China

IAC-18.C2.2.9 TESTANDANALYTICMODELRESULTSCORRELATIONFORDEPLOYABLETRUSSWORKMASTCristovao Cardoso, Hps-high Performance Structures, Lda, Portugal

IAC-18.C2.2.10 ACCURATETHERMO-MECHANICALANALYSISOFCOMPOSITETRUSSSTRUCTURESFORSPACEAPPLICATIONSEnrico Zappino, Politecnico di Torino, Italy

IAC-18.C2.2.12 VISCOELASTICBEHAVIOROFTHIN-PLYCOMPOSITESFORDEPLOYABLESTRUCTURESAndrew Gomez-Delrio, University of Central Florida (UCF), United States

C2.3. Space Structures - Dynamics and MicrodynamicsOctober 2 2018, 14:45 — ÖVB 2 Co-Chair(s): Harijono Djojodihardjo , , Indonesia; Ijar Da Fonseca , ITA-DCTA, Brazil; Rapporteur(s): Antonio Del Vecchio , CIRA Italian Aerospace Research Centre, Italy;

IAC-18.C2.3.1 OPTIMIZATIONOFSATELLITEVIBRO-ACOUSTICMODELLINGTECHNIQUESBASEDONTHESGEOPLATFORMPFMACOUSTICTESTRESULTSMarcel Otto, OHB System AG-Bremen, Germany

IAC-18.C2.3.2 UNIFIEDPIEZOELECTRICVIBRATIONCONTROLOFACOUSTICALLYANDENVIRONMENTALLYEXCITEDSTRUCTUREHarijono Djojodihardjo, , Indonesia

IAC-18.C2.3.3 ANALYSISOFTHEINFLUENCEOFSMALLASYMMETRIESONTHEOCCURRENCEOFPROGRESSIVESELF-ROTATIONOFASPACELANDINGVEHICLEVsevolod Koryanov, Bauman Moscow State Technical University, Russian Federation

IAC-18.C2.3.4 BARTOLOMEOMICRO-GDISTURBANCECONTROLATPAYLOADSRiccardo Sgobbo, Airbus DS GmbH, Germany

IAC-18.C2.3.5 AUGMENTEDCONTROLOFINVERSIONOFTHESPINNINGSPACECRAFT,USINGINERTIALMORPHINGPavel M. Trivailo, RMIT University, Australia, Australia

IAC-18.C2.3.6 STUDYOFIMAGECORRECTIONMETHODUSINGIMAGEMOTIONDETECTEDWITHINERTIALSENSORSOsamu Takahara, Mitsubishi Electric Corporation, Japan

IAC-18.C2.3.7 CONTACTDYNAMICSOFASPACEROBOTCAPTURINGASATELLITEBYTHEAPOGEEKICKMOTORNOZZLEVinicius Piro Barragam, ITA-DCTA, Brazil

IAC-18.C2.3.8 VLM-1MODELINGANDCONTROLWITHSTRUCTURALBENDINGMODESÉlcio Jeronimo de Oliveira, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.C2.3.9 OPTIMALDESIGNOFANETOFADAPTIVESTRUCTURESFORMICRO-VIBRATIONCONTROLINLARGESPACEMESHREFLECTORSFederica Angeletti, Sapienza University of Rome, Italy

IAC-18.C2.3.10 MANAGINGTHEMICROVIBRATIONIMPACTONSATELLITEPERFORMANCESFrank Steier, OHB System AG, Germany

IAC-18.C2.3.12 DYNAMICSOFSUPERLARGESPACESTRUCTURESWITHMOVINGCOMPONENTSRuinan Mu, Dalian University of Technology, China

C2.4. Advanced Materials and Structures for High Temperature ApplicationsOctober 3 2018, 09:45 — ÖVB 2 Co-Chair(s): David E. Glass , National Aeronautics and Space Administration (NASA), United States; Marc Lacoste , ArianeGroup, France; Rapporteur(s): Zijun Hu , China Academy of Launch Vehicle Technology (CALT), China;

IAC-18.C2.4.1 KEYNOTE:SANTINILECTURE,GIVENBYGERBENSINNEMA:SAFETYOFSPACEFLIGHTSTRUCTURES-THEAPPLICATIONOFFRACTUREANDDAMAGECONTROLGerben Sinnema, European Space Agency (ESA-ESTEC), The Netherlands

IAC-18.C2.4.2 (non-confirmed) AERODYNAMICHEATINGRESEARCHOFSCRAMJETINLETTHROUGHTHEDUPLICATINGHYPERSONICFLIGHTCONDITIONWINDTUNNELZhaowei Wang, China Academy of Launch Vehicle Technology (CALT), China

IAC-18.C2.4.3 ARCHITECTUREDCERAMICSWITHIMPROVEDTOUGHNESSFORHIGHTEMPERATUREAPPLICATIONSHamidreza Yazdani Sarvestani, National Research Council, Canada

IAC-18.C2.4.4 CHARACTERIZATIONOFCARBON-FIBERREINFORCEDULTRA-HIGH-TEMPERATURECERAMICMATRIXCOMPOSITESINARC-JETENVIRONMENTStefano Mungiguerra, Università degli Studi di Napoli “Federico II”, Italy

IAC-18.C1.9.4 ORBITMAINTENANCEOFQUASI-SATELLITETRAJECTORIESVIAMEANRELATIVEORBITELEMENTSNicola Baresi, Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C1.9.5 MAVENOPTIMALAEROBRAKEMANEUVERESTIMATIONBruno Sarli, The Catholic University of America, United States

IAC-18.C1.9.7 DOUBLEASTEROIDREDIRECTIONTEST(DART)MISSIONDESIGNANDNAVIGATIONFORLOWENERGYESCAPEJustin Atchison, The Johns Hopkins University Applied Physics Laboratory, United States

IAC-18.C1.9.8 ESTIMATIONEVALUATIONOFTHERADIOSCIENCEPHASEOFTHEOSIRIS-REXMISSIONDaniel Brack, Colorado Center for Astrodynamics Research, University of Colorado, United States

IAC-18.C1.9.9 LOW-ENERGYTRAJECTORYDESIGNANDAUTONOMOUSNAVIGATIONTOFLYBYNEAR-EARTHASTEROIDSUSINGCUBESATSPablo Machuca, Cranfield University, United Kingdom

IAC-18.C1.9.10 MISSIONDESIGNOFDESTINY+Takayuki Yamamoto, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C1.9.11 TOURDESIGNTECHNIQUESFORTHEEUROPACLIPPERMISSIONStefano Campagnola, National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States

IAC-18.C1.9.12 ADAPTEDSYZYGYFUNCTIONSFORTHEPRELIMINARYDESIGNOFMULTIGRAVITYASSISTSTRAJECTORIESDavide Menzio, Politecnico di Milano, Italy

IAC-18.C1.9.13 HYBRIDDIFFERENTIALDYNAMICPROGRAMMINGALGORITHMFORLOW-THRUSTTRAJECTORYDESIGNUSINGEXACTHIGH-ORDERTRANSITIONMAPSMichele Maestrini, Politecnico di Milano, Italy

C2. IAF MATERIALS AND STRUCTURES SYMPOSIUMCoordinator(s): Andreas Rittweger , DLR (German Aerospace Center), Germany; Paolo Gasbarri , Sapienza University of Rome, Italy;

C2.1. Space Structures I - Development and Verification (Space Vehicles and Components)October 1 2018, 15:00 — ÖVB 2 Co-Chair(s): Alwin Eisenmann , IABG Industrieanlagen - Betriebsgesellschaft mbH, Germany; Andreas Rittweger , DLR (German Aerospace Center), Germany; Rapporteur(s): Jochen Albus , ArianeGroup, Germany;

IAC-18.C2.1.1 (non-confirmed) GROUNDEXPERIMENTALINVESTIGATIONOFTHERMODYNAMICVENTSYSTEMFORPROPELLANTON-ORBITSTORAGEXiaoyu Zhang, China Academy of Launch Vehicle Technology(CALT), China

IAC-18.C2.1.2 DUALTECHNOLOGYSTRAINGAUGEFORON-ORBITSPACESTRUCTURESHEALTHMONITORING.CASEREPORT:TOPSEELorenzo Grossi, Progem, Italy

IAC-18.C2.1.3 ANALYTICAL,NUMERICALANDEXPERIMENTALPREDICTIONSFORFREEVIBRATIONSANDBUCKLINGOFPRESSURIZEDORTHOTROPICCYLINDRICALSHELLSFelipe Franzoni, DLR (German Aerospace Center), Germany

IAC-18.C2.1.4 BRAZILIANVLM-ATMOSPHERICSTAGESEPARATIONANALYSISÉlcio Jeronimo de Oliveira, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.C2.1.5 ASYSTEMATICAPPROACHTOTHESTRUCTURALDESIGNVERIFICATIONFORSPACEPAYLOADS,LESSONSLEARNEDFROMSOLARORBITEREPT-HETINSTRUMENTAli Ravanbakhsh, University of Kiel, Germany

IAC-18.C2.1.6 OPTIMIZATIONOFLAUNCHERLIQUIDPROPELLANTTANKSINCFRPAlexander Schütte, ArianeGroup, Germany

IAC-18.C2.1.7 SPECIALTESTINGANDTESTSTRATEGIESFORUNIQUESPACEHARDWAREDEVELOPMENTSPatric Seefeldt, German Aerospace Center (DLR), Germany

IAC-18.C2.1.8 ASSEMBLYANDQUALIFICATIONOFAMODULARSATELLITESTRUCTUREThomas A. Schervan, RWTH Aachen University, Germany

IAC-18.C2.1.9 (non-confirmed) AGENERALFRAMEWORKFORAERODYNAMICTHERMALTESTOFLAUNCHVEHICLEFAIRINGLingling CAO, Shanghai Academy of Spaceflight Technology (SAST), China Aerospace and Technology Corporation (CASC), China

IAC-18.C2.1.10 STRUCTUREDEVELOPMENTOFTHEHP3INSTRUMENTSUPPORTSYSTEMFORTHEMARSMISSIONINSIGHTTom Sproewitz, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.C2.1.11 DESIGNOPTIMISATIONANDMASSSAVINGOFTHESTRUCTUREOFTHEORION-MPCVEUROPEANSERVICEMODULEGandolfo Di Vita, ESA european space agency, The Netherlands

IAC-18.C2.1.12 DESIGNOFAFLIGHTLOADMEASUREMENTSYSTEMFORSOUNDINGROCKETSKarl Domjahn, DLR (German Aerospace Center), Australia

IAC-18.C2.1.13 Topology Optimization of UokSat3 Amr Elhussein, University of Khartoum, Sudan

C2.2. Space Structures II - Development and Verification (Deployable and Dimensionally Stable Structures)October 2 2018, 09:45 — ÖVB 2 Co-Chair(s): Oliver Kunz , RUAG Space, Switzerland; Paolo Gasbarri , Sapienza University of Rome, Italy; Rapporteur(s): Pierre Rochus , CSL (Centre Spatial de Liège), Belgium;

IAC-18.C2.2.1 SPATIALDISTRIBUTIONPROPERTYOFSURFACEDISTORTIONOFSQUAREMEMBRANEWITHWRINKLESSUBJECTEDTOSHEARANDTENSIONLOADSTakashi Iwasa, Tottori University, Japan


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IAC-18.C2.6.10 MODELINGANDEXPERIMENTALRESULTSOFUVENHANCEMENTEFFECTONSPACECRAFTMOLECULARCONTAMINATIONJia-wen Qiu, China Academy of Space Technology (CAST), China

IAC-18.C2.6.12 SIMULATIONOFTHETOTALIONIZINGDOSEFORTHEORGANICPHOTOVOLTAICMATERIAL(PCBM)INSPACERADIATIONENVIRONMENTSANDEQUIVALENTFLUXOFDAMAGETOSOLARCELLS(EFFLUX)Yair Israel Piña López, Universidad Nacional Autónoma de México, Mexico

C2.7. Space Vehicles – Mechanical/Thermal/Fluidic SystemsOctober 4 2018, 14:45 — ÖVB 2 Co-Chair(s): Brij Agrawal , Naval Postgraduate School, United States; Oleg Alifanov , Moscow Aviation Institute, Russian Federation; Rapporteur(s): Guoliang Mao , Beijing Institute of Aerodynamics, China;

IAC-18.C2.7.1 AUTOMATEDTHERMALMODELCORRELATIONTOOLFORSPACEAPPLICATIONSMartin Trinoga, ArianeGroup, Germany

IAC-18.C2.7.3 (non-confirmed) MICRO-PUMPEDCOOLINGLOOPTOSTANDARDIZEMICRO-SATTHERMALCONTROLJohannes van Es, National Aerospace Laboratory (NLR), The Netherlands

IAC-18.C2.7.4 (non-confirmed) ABACKUPSYSTEMOFASATELLITEORIENTATIONBASEDONINVERSEPROBLEMSTECHNIQUEAleksey V. Nenarokomov, Moscow Aviation Institute, Russian Federation

IAC-18.C2.7.5 EVALUATIONOFTHERMALANALYSISOFORBITALENVIRONMENTOFMICROSATELLITEALEEMina Konaka, Tohoku University, Japan

IAC-18.C2.7.6 THEWAYOFDEFININGAPOWERFULMETHODFORSUPERSONICANDHYPERSONICWINGEDSPACECRAFTAERODYNAMICSPREDICTIONOlena Koliada, Yuzhnoye State Design Office, Ukraine

IAC-18.C2.7.7 THERMALLOADSSIMULATORSANDSETUPSTRATEGIESOFTHERMALTESTSFORSMALLSATELLITESRoy Stevenson Soler Chisabas, Brazilian National Institute for Space Research - INPE, Brazil

IAC-18.C2.7.9 USINGTHE“COMPARATIVETESTMETHOD”TODETERMINETHEHEATSTATUSESFORTHEHEATSHIELDSOFSPACECRAFTOleg Alifanov, Moscow Aviation Institute, Russian Federation

IAC-18.C2.7.10 EXPERIMENTALANDNUMERICALSTUDYONTHEPCMTHERMALCONTROLDEVICEFORSPACECRAFTELECTRONICSTaig Young Kim, Korea Polytechnic University, Korea, Republic of

IAC-18.C2.7.11 THERMALCONTROLOFHIGHPOWERAPPLICATIONSONCUBESATSKatja Janzer, Technische Universität München, Germany

IAC-18.C2.7.12 THEINFLUENCEOFSHOCKWAVEONABLATIONTHERMALENVIRONMENTOFRE-ENTRYVEHICLEPROTUBERANCEDongbin Ou, China Academy of Aerospace Aerodynamics (CAAA), China

C2.8. Specialised Technologies, Including NanotechnologyOctober 5 2018, 09:45 — ÖVB 2 Co-Chair(s): Mario Marchetti , Sapienza University of Rome, Italy; Pierre Rochus , CSL (Centre Spatial de Liège), Belgium; Rapporteur(s): Bangcheng Ai , China Aerospace Science and Industry Corporation, China;

IAC-18.C2.8.1 ATOMICOXYGENEFFECTSEVALUATIONONHIGHTHICKNESSCARBON-CARBONNANO-COATEDSTRUCTURESFORRE-ENTRYAPPLICATIONSAndrea Delfini, Sapienza University of Rome, Italy

IAC-18.C2.8.2 DEVELOPINGTITANIUMDIOXIDE-GRAPHENEMETAMATERIALSFORNEXTGENERATIONTHERMOELECTRICSElizabeth Barrios, University of Central Florida (UCF), United States

IAC-18.C2.8.3 DIAMONDASAQUANTUMSENSORFORSPACEEXPLORATIONJaroslav Hruby, Institute for Material Research (IMO), IMOMEC, IMEC , Belgium

IAC-18.C2.8.4 EMERGING2D-NANOMATERIALSFORADDITIVEMANUFACTURINGOFSPACE-GRADEHYBRIDELECTRONICSTwinkle Pandhi, Boise State University (BSU), United States

IAC-18.C2.8.5 GRAPHENELOOPHEATPIPESINSPACEMarco MOLINA, Leonardo Spa, Italy

IAC-18.C2.8.6 IDENTIFICATIONOFTHEMATHEMATICALMODELFORNON-EQUILIBRIUMTHERMOCHEMICALKINETICSOFDESTRUCTIVEPOLYMERICMATERIALFORDESCENTVEHICLESTHERMALPROTECTIONAlena V. Morzhukhina, Moscow Aviation Institute (National Research University, MAI), Russian Federation

IAC-18.C2.8.7 LONGTERMSTORAGEISSUESFORNDFEBMAGNETSANDDEVELOPMENTOFNEWMAGNETICMATERIALSLucia Pigliaru, ESA - European Space Agency, The Netherlands

IAC-18.C2.8.8 MANUFACTURINGOFALIGHTLYLOADEDREUSABLETHERMALINTERFACEFORSPACEAPPLICATIONSJens Riesselmann, Technische Universität Berlin, Germany

IAC-18.C2.8.9 NANOMATERIALS,SPECIALISEDTECHNOLOGIESANDEQUIPMENTFORPRODUCTIONFLEXIBLEHYBRIDSYSTEMWITHHIGHENERGYLIBATTERIESANDPVMODULESFORSPACEAPPLICATIONS.Elena Shembel, , United States

IAC-18.C2.8.10 (non-confirmed) MULTIDISCIPLINARYDESIGNANDSIMULATIONOFA3DPRINTEDLATTICECOLDPLATECarlo Giovanni Ferro, Politecnico di Torino, Italy

IAC-18.C2.8.11 ONE-STEPMETHODTOSYNTHESIZETUNGSTENNANOFLUIDSINVARIABLEGRAVITYJulia Tielke, ZARM, University of Bremen, Germany

IAC-18.C2.8.12 ANEWLYDEVELOPEDRADIATIONHARDENEDNOC-MESHINGMULTICOREDIGITALSIGNALPROCESSORFORHIGHAEROSPACECOMPUTINGPERFORMANCEHui Cao, Xi'an Microelectronics Technology Institute, China Academy of Space Electronics Technology (CASET), China Aerospace Science and Technology Corporation (CASC), China

IAC-18.C2.4.5 INVESTIGATIONOFPASSIVETOACTIVEOXIDATIONTRANSITIONONULTRAHIGHTEMPERATURECERAMICSDaniel Galla, , Germany

IAC-18.C2.4.7 ANALYSISANDTESTRESULTSONHEATINSULATIONPERFORMANCEOFLIGHTWEIGHTTHERMALPROTECTIONSTRUCTURECHEN XUAN, Science and Technology on Space Physics Laboratory, China

IAC-18.C2.4.8 OXIDATIONANDHETEROGENEOUSCATALYSISONTITANIUMTI-6AL-4VINHIGH-ENTHALPYFLOWSBartomeu Massuti Ballester, IRS, University of Stuttgart, Germany

IAC-18.C2.4.9 PROPERTIESOFCARBONREINFORCEDPOLYBENZOXAZINERESINCOMPOSITES–ANABLATIVEMATERIALWITHNEWSTRUCTUREYalin Guo, Xi'an Aerospace Composites Research Institute, China

IAC-18.C2.4.10 OPTIMALDESIGNOFTHERMALPROTECTIONCONSIDERINGTHECARBONFOAMMORPHOLOGYOleg Alifanov, Moscow Aviation Institute, Russian Federation

C2.5. Smart Materials and Adaptive StructuresOctober 3 2018, 14:45 — ÖVB 2 Co-Chair(s): Hiroshi Furuya , Tokyo Institute of Technology, Japan; Pavel M. Trivailo , RMIT University, Australia, Australia; Rapporteur(s): Paolo Gaudenzi , Sapienza University of Rome, Italy;

IAC-18.C2.5.1 MODULARMECHATRONICCOMPONENTDEVELOPMENTArmin Wedler, German Aerospace Center (DLR), Germany IAC-18.C2.5.2 DEVELOPMENTOFSHAPEMONITORINGSYSTEMUSINGSMADIPOLEANTENNAONADEPLOYABLEMEMBRANESTRUCTURE.Ayako Kayaba, Tokyo Metropolitan University, Japan

IAC-18.C2.5.3 DESIGNANDPERFORMANCEEVALUATIONOFANAEROELASTICENERGYHARVESTERBASEDONTHELIMITCYCLEOSCILLATIONPHENOMENONHassan Elahi, Sapienza University of Rome, Italy

IAC-18.C2.5.4 DEVELOPMENTOFGECKO-INSPIREDADHESIVEMATERIALSFORSPACEAPPLICATIONSChristopher Trentlage, Technische Universität Braunschweig, Institute of Space Systems, Germany

IAC-18.C2.5.5 ANEFFICIENTFINITEELEMENTMODELUPDATINGAPPROACHBASEDONTHEENSEMBLEKALMANFILTERWITHSYSTEMNOISESWITCHINGCONTROLTakeshi Akita, Chiba Institute of Technology, Japan

IAC-18.C2.5.6 ANALYSISOFBIDIRECTIONALREFLECTIONDISTRIBUTIONFUNCTIONONASOLARCELLWITHAMICROSTRUCTUREShuya Kashioka, The Graduate Universty for Advanced Studies[SOKENDAI], Japan

IAC-18.C2.5.7 POSS-POSS Nanostructures for Energy Absorption Blaze Heckert, Oklahoma State University (OSU), United States

IAC-18.C2.5.8 INSITUSTRUCTURALHEALTHMONITORINGANDANTI-DELAMINATIONOFLAMINATEDCOMPOSITESWITHMULTIFUNCTIONALCARBONNANOTUBESFILMSDedong Huang, College of Astronautics, Northwestern Polytechnical University (NPU), China

IAC-18.C2.5.10 EVALUATINGGRAPHENE-ENHANCEDMATERIALSFORSPACE-BASEDSTRUCTURALAPPLICATIONSRobert Walsh, , United Kingdom

IAC-18.C2.5.11 TOWARDSFLIGHTQUALIFICATIONOFANADDITIVELYMANUFACTUREDNANOSATELLITECOMPONENTMarius Bierdel, Fraunhofer EMI, Germany

IAC-18.C2.5.12 DECOMPOSITIONPROBLEMSINDYNAMICSOFGYROSTABILIZATIONSYSTEMSFORSMALLSATELLITESLyudmila Kuzmina, Kazan National Research Technical University, Russian Federation

IAC-18.C2.5.13 DEVELOPMENTANDDESIGNOFMULTIFUNCTIONALLIGHTWEIGHTSTRUCTURESFORSATELLITEAPPLICATIONSMartin Schubert, RWTH Aachen University - Institut fuer Leichtbau, Germany

C2.6. Space Environmental Effects and Spacecraft ProtectionOctober 4 2018, 09:45 — ÖVB 2 Co-Chair(s): Anatolii Lohvynenko , Yuzhnoye State Design Office, Ukraine; Giuliano Marino , CIRA Italian Aerospace Research Centre, Italy; Rapporteur(s): Kyeum-rae Cho , Pusan National University, Korea, Republic of;

IAC-18.C2.6.1 HYPERVELOCITYIMPACTTESTCAMPAIGNOFINFLATABLEMODULESFORLUNARORBITALAPPLICATIONNatalia Goldenko, TSNIIMASH, Russian Federation

IAC-18.C2.6.2 SPACERADIATIONRESISTANTINORGANIC/POLYMERNANOCOMPOSITESOLARSAILMEMBRANESJin Ho Kang, National Institute of Aerospace, United States

IAC-18.C2.6.3 FUTURERADIATIONTESTING:ADAPTORFAILJochen Kuhnhenn, Fraunhofer INT, Germany

IAC-18.C2.6.4 COMPRESSIONBEHAVIOUROFCOMPOSITESANDWICHPANELSIMPACTEDATEXTREMETEMPERATURESFORSPACEAPPLICATIONSMathilde Jean-St-Laurent, Universite Laval, Canada

IAC-18.C2.6.5 POLYETHYLENE-BASEDNANOCOMPOSITESFORRADIATIONSHIELDING:MODELLINGINRADIATIVEENVIRONMENTANDLABORATORYTESTSINTHERMO-VACUUMCHAMBERSusanna Laurenzi, Sapienza University of Rome, Italy

IAC-18.C2.6.6 EXPERIMENTALSTUDYOFSOLARRADIATIONEFFECTSONCARBONNANOCOMPOSITESENSORSINSIMULATEDSPACEENVIRONMENTM. Gabriella Santonicola, Sapienza University of Rome, Italy

IAC-18.C2.6.7 OPTIMIZATIONOFSATELLITEPROTECTIONFROMTHESPACERADIATIONEFFECTSOleg Dotsenko, Yuzhnoye State Design Office, Ukraine

IAC-18.C2.6.8 RAVI-2017:ASOLARPROTONFLUENCEMONITORFORLEONANOSATELLITEMISSIONSBASEDONCOTSELECTRONICSBhaskar Mukherjee, The University of Sydney, Australia

IAC-18.C2.6.9 RADIATIONTESTSWITHPARTIALLYOPENHARDWARESYSTEM-ON-A-CHIPCOMPUTERSFORAPPLICATIONSINSPACEAnja Kohfeldt, Technische Universität Berlin, Germany


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IAC-18.C3.2.1 IDENTIFYINGSPECTRUMFORUSEINLONG-DISTANCEWIRELESSPOWERTRANSMISSIONJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-18.C3.2.2 ULTRAMICROGRAVITYPLATFORMWIRELESSPOWERTRANSFERWITHIMPROVEDEFFICIENCYBASEDONTRANSFORMOPTICSANDMETAMATERIALSLiangyu Bai, Technology and Engineering Center for Space Utilization, China

IAC-18.C3.2.4 CHALLENGESOFSPACEPOWERBEAMING:FORGINGPRODUCTIONSERVICESFROMTHETECHNOLOGYDEVELOPMENTTRADESPACEGary Barnhard, XISP-Inc, United States

IAC-18.C3.2.5 DESIGN,DEVELOP,ADVANCEDFUTUREAUTONOMOUSFLEETOFROBOTICROVERSWITHARTIFICIALINTELLIGENCESOFTWARETOTERRAFORMTHELUNARCRATERTOBUILDSOPHISTICATEDHELIOSTATSSANDYA RAO, , India

IAC-18.C3.2.7 BRUSHLESSSLIPRINGWITHALONGROTATINGAXISTOTRANSFERALARGEAMOUNTOFPOWERTadashi Takano, Nihon University, Japan

IAC-18.C3.2.8 THEROADMAPTOWARDTHESSPSREALIZATIONANDAPPLICATIONOFITSTECHNOLOGY.Shoichiro Mihara, Japan Space Systems, Japan

IAC-18.C3.2.9 KEYNOTE:WIRELESSPOWERTRANSPORTATIONWORLDRESEARCHCENTER–PURPOSEANDOPERATIONGuy Pignolet, Science Sainte Rose, La Reunion

C3.3. Advanced Space Power Technologies

October 3 2018, 14:45 — ZARM 4 Co-Chair(s): Gary Pearce Bamhard , Xtraordinary Innovative Space Partnerships, Inc., United States; Matthew Perren , Airbus Defence & Space, United Kingdom; Rapporteur(s): Koji Tanaka , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Lee Mason, National Aeronautics and Space Administration (NASA), Glenn Research Center, United States;

IAC-18.C3.3.1 ANEWMETHODFORLEOBATTERYAGINGEVALUATIONBASEDONTELEMETRYANALYSISAndrea Falconi, Sapienza University of Rome, Italy

IAC-18.C3.3.2 ALL-SOLID-STATELITHIUM-IONBATTERIESTOWARDOPERATIONINLOW-TEMPERATUREMARTIANENVIRONMENTEmily Hitz, National Aeronautics and Space Administration (NASA), Langley Research Center, United States

IAC-18.C3.3.4 STATEESTIMATIONOFLITHIUM-IONBATTERIESINAEROSPACEBirger Horstmann, German Aerospace Center (DLR), Germany

IAC-18.C3.3.5 ANENERGYMANAGEMENTAPPROACHFORSATELLITESTobias Posielek, German Aerospace Center (DLR), Germany

IAC-18.C3.3.6 THEREIMEILI-IONBATTERIESAFTERMORETHAN12YEARSOFOPERATIONOmar Mendoza, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-18.C3.3.7 INTEGRATIONOFENERGYSTORAGEFUNCTIONALITIESINTOFIBERREINFORCEDSPACECRAFTSTRUCTURESBenjamin Grzesik, Technische Universität Braunschweig, Germany

IAC-18.C3.3.8 THEORETICALSTUDYOFTHEOPENCIRCUITVOLTAGEDECAYONORGANICPHOTOVOLTAIC(OPV)SOLARCELLSBASEDONSPACERADIATIONIONIZINGDAMAGE.Yair Israel Piña López, Universidad Nacional Autónoma de México, Mexico

IAC-18.C3.3.10 DESIGNOFEMIFILTERAPPLIEDFORHIGH-POWERSARDC/DCCONVERTERZhipo Ji, Beijing Spacecrafts, China Academy of Space Technology (CAST), China, China

IAC-18.C3.3.11 ENERGYDISTRIBUTIONSYSTEMONAMODULARSATELLITEAnja Kohfeldt, Technische Universität Berlin, Germany

IAC-18.C3.3.12 RESEARCHONINTELLIGENTAUTONOMOUSMANAGEMENTARCHITECTUREOFSPACECRAFTPOWERSYSTEMJianWu Zhao, Institute of Telecommunication Satellite, China Academy of Space Technology (CAST), China

IAC-18.C3.3.13 INTELLIGENTSURGECURRENTSUPPRESSIONWITHSMALLSOLID-STATEPOWERCONTROLLERZhihao Zhang, Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences., China

C3.4. Space Power System for Ambitious MissionsOctober 4 2018, 14:45 — CCB Danzig Co-Chair(s): Massimiliano Vasile , University of Strathclyde, United Kingdom; Shoichiro Mihara , Japan Space Systems, Japan; Rapporteur(s): Koji Tanaka , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Xinbin Hou, CAST, China;

IAC-18.C3.4.2 ON-ORBITFLIGHTTESTINGOFTHEROLL-OUTSOLARARRAYMatthew Chamberlain, National Aeronautics and Space Administration (NASA), United States

IAC-18.C3.4.3 GOSOLAR–AGOSSAMERSOLARARRAYCONCEPTFORHIGHPOWERSPACECRAFTAPPLICATIONSUSINGFLEXIBLETHIN-FILMPHOTOVOLTAICSTom Sproewitz, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.C3.4.4 PHOTOVOLTAICASSEMBLYFORJUICEMarco MOLINA, Leonardo Spa, Italy

IAC-18.C3.4.5 DEVELOPMENTANDPROSPECTSFORTHESPACEAPPLICATIONOFCDTETHINFILMSOLARCELLTECHNOLOGYCraig Underwood, Surrey Space Centre, University of Surrey, United Kingdom

IAC-18.C3.4.6 DEVELOPMENTOF1KWHIGHPOWERX-BANDSARINSTALLEDONSMALLSATELLITEFORON-DEMANDOBSERVATIONKoji Tanaka, Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan

IAC-18.C3.4.7 MARSHABITATPOWERCONSUMPTIONCONSTRAINTS,PRIORITIZATION,ANDOPTIMIZATIONSimon Engler, University of Hawaii, United States

IAC-18.C2.8.13 DEVELOPMENTANDANALYSISOFANEWALLOYCANDIDATEFORLARES2SATELLITEAntonio Paolozzi, Sapienza University of Rome, Italy

C2.9. Advancements in Materials Applications and Rapid PrototypingOctober 5 2018, 13:30 — ÖVB 2 Co-Chair(s): Behnam Ashrafi , National Research Council, Canada; Giuliano Marino , CIRA Italian Aerospace Research Centre, Italy; Rapporteur(s): James Tucker , Southern Research Institute, United States;

IAC-18.C2.9.1 ROBOTIC3DDEPOSITIONOFIMPREGNATEDCARBONROVINGSWITHGRADIENTPROPERTIESFORPRIMARYSTRUCTURESPascal Mindermann, Institute for Textile and Fiber Technologies (ITFT), University of Stuttgart, Germany

IAC-18.C2.9.2 NASAADDITIVEMANUFACTURINGINITIATIVESFORDEEPSPACEHUMANEXPLORATIONRaymond "Corky" Clinton, NASA MSFC, United States

IAC-18.C2.9.3 DESIGNFORADDITIVEMANUFACTURINGINTHECONTEXTOFCUBESATPRIMARYSTRUCTURESScott Walker, University of Southampton, United Kingdom

IAC-18.C2.9.4 DESIGNANDTESTINGOFADDITIVELYMANUFACTUREDLATTICESTRUCTURESTim Lewis, Airbus DS GmbH, Germany

IAC-18.C2.9.5 OHBINITIATIVESINDEVELOPMENTOFADDITIVEMANUFACTURINGTECHNOLOGYFOROPTO-MECHANICALANDMECHATRONICSPACESYSTEMSMarkus Thiel, OHB System AG - Oberpfaffenhofen, Germany

IAC-18.C2.9.6 SELECTIVELASERMELTINGOFA1UCUBESATSTRUCTURE.DESIGNFORADDITIVEMANUFACTURINGANDASSEMBLY.Valerio Cardini, Sapienza University of Rome, Italy

IAC-18.C2.9.7 DESIGN,ANALYSIS,ANDVALIDATIONOFATHREE-PIECECOMPOSITEROCKETFUSELAGEMANUFACTUREDBYAUTOMATEDBYAUTOMATEDFIBERPLACEMENT.Oleg Khalimonov, Concordia University, Canada

IAC-18.C2.9.8 STRUCTURALANALYSISOF3DPRINTEDALATTICESTRUCTUREFORLUNARLANDERFOOTPADSAndrea Mazza, Politecnico di Torino, Italy

IAC-18.C2.9.9 INFLUENCEOFSPATIALORIENTATIONONPROPERTIESOF3DPRINTEDPEEKPARTSANDTHEIRDESIGNADAPTATIONAnna Daurskikh, Sonaca Space GmbH, Germany

IAC-18.C2.9.11 NONLINEARFINITEELEMENTANALYSISOFTHECRACKPROPAGATIONINFDMSAMPLESFederico Cecchini, University of Rome "Tor Vergata", Italy

IAC-18.C2.9.12 ADDITIVEBIOMANUFACTURINGFORSCALABLECONSTRUCTIONINSPACEJessica Snyder, USRA / NASA Ames Research Center, United States

IAC-18.C2.9.13 (non-confirmed) RESEARCHONMICROSATELLITECARBONFIBER-STRUCTUREFORMINGTECHNOLOGYBYCONTINUOUSFIBER3DPRINTINGLiu Dali, Aerospace System Engineering Shanghai, China

C3. IAF SPACE POWER SYMPOSIUMCoordinator(s): Koji Tanaka , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Ming Li , China Academy of Space Technology (CAST), China;

C3.1. Solar Power Satellite

October 1 2018, 15:00 — CCB Bergen Co-Chair(s): John C. Mankins , ARTEMIS Innovation Management Solutions, LLC, United States; Ming Li , China Academy of Space Technology (CAST), China; Rapporteur(s): Koji Tanaka , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Leopold Summerer , European Space Agency (ESA), The Netherlands;

IAC-18.C3.1.1 KEYNOTE:FIFTYYEARSOFSPACESOLARPOWERJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-18.C3.1.3 HARVESTOFSPACESOLARPOWERAnuhya Sirobhushanam, University of Petroleum and Energy Studies, India

IAC-18.C3.1.4 CASSIOPEIA–ANEWPARADIGMFORSPACESOLARPOWERIan Cash, International Electric Company (IECL), United Kingdom

IAC-18.C3.1.5 HIGHPOWERELECTRICGENERATIONANDWPTDEMONSTRATIONINSPACEFORSPSXinbin Hou, CAST, China

IAC-18.C3.1.7 THECONSTRUCTIONMETHODOFA30-M-CLASSLARGEPLANARANTENNAFORSPACESOLARPOWERSYSTEMSDaisuke Joudoi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C3.1.8 ASSEMBLYSEQUENCEPLANNINGOFTHESOLARPOWERSATELLITEShunan Wu, Dalian University of Technology, China

IAC-18.C3.1.9 HONEYMOONONPROXIMAB,ENGAGEMENTOFSTARSHOTANDSBPPIDEASOmid Shekoofa, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.C3.1.10 NEWOPTIMIZATIONMETHODFORSPS-ALPHAMARK-IIBASEDONIMPROVEDACOALGORITHMRui Wang, Northwestern Polytechnical University, China

IAC-18.C3.1.11 DEVELOPMENTOFANRFIDSYSTEMFORSPS-ALPHAJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

C3.2. Wireless Power Transmission Technologies and ApplicationOctober 2 2018, 09:45 — CCB Bergen Co-Chair(s): Ming Li , China Academy of Space Technology (CAST), China; Nobuyuki Kaya , Kobe University, Japan; Rapporteur(s): Haroon B. Oqab , Space Canada Corporation, Canada; Massimiliano Vasile , University of Strathclyde, United Kingdom;


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IAC-18.C4.1.8 FLPPETID:HOT-FIRETESTRESULTSOFFUTUREEUROPEANEXPANDERTECHNOLOGIESThomas Fuhrmann, ArianeGroup, Germany

IAC-18.C4.1.9 (non-confirmed) LEADINGPROGRESSOFCHEMICALROCKETENGINESINCHINAFashu Shi, CALT,CASC, China

IAC-18.C4.1.10 MODELLINGANDCORRELATIONOFCRYOGENICORBITALSTAGESWITHFOCUSONPROPELLANTTANKSDanail Nedyalkov-Höfkes, ArianeGroup, Germany

IAC-18.C4.1.12 QUALIFICATIONAPPROACHFORMODIFICATIONSOFLIQUIDPROPULSIONSYSTEMSDUSSOLLIER Gabriel, ArianeGroup SAS, France

IAC-18.C4.1.13 CURRENTSTATUSOFTHELUMENLOX/LNGROCKETENGINEDEMONSTRATORJan Deeken, DLR (German Aerospace Center), Germany

IAC-18.C4.1.14 DAMAGEMITIGATINGANALYSISFORLIQUIDROCKETENGINEOFNEXTREUSABLELAUNCHVEHICLERen Jiawan, , China

IAC-18.C4.1.15 (non-confirmed) LATESTPROGRESSOFHIGHPERFORMANCELIQUIDAPOGEEENGINEFORSATELLITESINSISPChangguo Liu, Shanghai Institute of Space Propulsion, China

IAC-18.C4.1.16 (non-confirmed) STATUSOFTHEEVALUATIONOFTHEVINCIROCKETENGINEOXYGENCHILL-DOWNWITHCOMETETHERMAL-HYDRAULICSOFTWARE.Charles-Hubert Bachelet, ArianeGroup, France

C4.2. Propulsion System (2)

October 2 2018, 09:45 — ZARM 5 Co-Chair(s): Stéphane Henry , ArianeGroup, France; Toru Shimada , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Rapporteur(s): Yen-Sen Chen , American Institute of Aeronautics and Astronautics (AIAA), United States;

IAC-18.C4.2.1 (non-confirmed) KEYNOTE:RECENTDEVELOPMENTSINSOLIDPROPULSIONJean-Francois Guery, ArianeGroup, France

IAC-18.C4.2.2 FLIGHTRESULTSOFSOLIDPROPULSIONSYSTEMFOREPSILONLAUNCHVEHICLEFROMTHETHIRDFLIGHTKoki Kitagawa, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-18.C4.2.3 RESEARCHONTHERMOCHEMICALREACTIONMECHANISMANDMODELOFEPDMINSULATORUNDERSLAGDEPOSITIONCONDITIONYiwen Guan, Northwestern Polytechnical University，NPU, China

IAC-18.C4.2.4 ASSESSMENTOFTHEFLIGHTEXPERIMENTSOFAMULTIFUNCTIONHYBRIDSOUNDINGROCKETYen-Sen Chen, American Institute of Aeronautics and Astronautics (AIAA), Taiwan, China

IAC-18.C4.2.5 TECHNOLOGYDEVELOPMENTFORAPOTENTIALHYBRIDMARSASCENTVEHICLEAshley Karp, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.C4.2.6 EFFECTOFPRESSURELOSSDEVICESONTHEPERFORMANCEOFHYBRIDROCKETSYSTEMSArif Karabeyoglu, Koc University, United States

IAC-18.C4.2.7 ASTUDYONTHROTTLING,ANTI-O/FSHIFTOPERATIONANDLOXVAPORIZATIONFORHYBRIDROCKETENGINEWITHMULTI-SECTIONSWIRLINJECTIONMETHODShigeru Aso, Kyushu University, Japan

IAC-18.C4.2.8 CHARACTERIZATIONOFREGRESSIONRATEANDCOMBUSTIONPROCESSINAHIGH-PRESSURE2DHYBRIDROCKETENGINEWITHOPTICALACCESSGeorg Poppe, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.C4.2.9 THEPRELIMINARYSTUDYOFSEVERITYLEVELOFSTRUCTURALDISCONTINUITIESINPARAFFINGRAINOFHYBRIDPROPELLANTROCKETArtem Andrianov, University of Brasilia, Brazil

IAC-18.C4.2.10 EXPERIMENTALINVESTIGATIONOFTHEFEEDSYSTEMINSTABILITIESINHYBRIDROCKETMOTORSArtur Bertoldi, University of Brasilia, Brazil

IAC-18.C4.2.11 VALIDATIONAGAINSTEXPERIMENTALDATAOFNUMERICALPREDICTIONOFCHARACTERISTICSOFCOMBUSTIONINSTABILITYINHYBRIDROCKETMOTORSGoutham Karthikeyan, Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency, Japan

C4.3. Propulsion Technology (1)

October 3 2018, 09:45 — ZARM 5 Co-Chair(s): Angelo Cervone , Delft University of Technology (TU Delft), The Netherlands; Didier Boury , ArianeGroup SAS, France; Rapporteur(s): Changjin Lee , Konkuk University, Korea, Republic of; John Harlow , Aerojet Rocketdyne, United Kingdom;

IAC-18.C4.3.2 Carbon-carbon Nozzle Extension Assembly for the RL10 Engines Thierry Pichon, ArianeGroup, France

IAC-18.C4.3.3 ADDITIVEMANUFACTURINGDEVELOPMENTFORLE-9ENGINEAkira Ogawara, Mitsubishi Heavy Industries, Ltd., Japan

IAC-18.C4.3.4 INFLUENCESOFSTRUCTURALPARAMETERSONATOMIZATIONANDCOMBUSTIONPERFORMANCESOFLOX/METHANEPINTLEINJECTORShen Chibing, National University of Defense Technology, China

IAC-18.C4.3.6 HYBRIDROCKETSWITHNOZZLESINULTRA-HIGH-TEMPERATURECERAMICCOMPOSITESGiuseppe Di Martino, University of Naples "Federico II", Italy

IAC-18.C4.3.7 COMPARISONOFSIMULATIONANDEXPERIMENTALRESULTSFORFUNCTIONALVERIFICATIONOFAPROPELLANTMASS-FLOWREGULATIONDEVICESamuel Webster, ArianeGroup, Germany

IAC-18.C4.3.8 Development and Qualification of Turbines for the Vinci Upper Stage Engine for Ariane 6 Li Forsberg, GKN Aerospace Engine Systems, Sweden

IAC-18.C4.3.9 STATUSOFTHETURBOPUMPDEVELOPMENTINTHELUMENPROJECTTobias Traudt, DLR (German Aerospace Center), Germany

IAC-18.C3.4.8 SPACEBASEDELECTRICITYGENERATIONUSINGSPACERESOURCESFORFUTURESPACECOLONIESANDMISSIONSShivangi Chauhan, University of Petroleum and Energy Studies, India

IAC-18.C3.4.9 STAGE-WISEANALYSISOFPOWERPRODUCTIONFORESTABLISHINGPERMANENTHUMANSETTLEMENTONMARSTaavishe Gupta, University of Petroleum and Energy Studies, India

IAC-18.C3.4.10 SOLARPOWERSATELLITESFORLUNAREXPLORATIONRohan Ramasamy, ESA - European Space Agency, Netherlands Antilles

IAC-18.C3.4.11 THEELECTRICALPOWERSUBSYSTEMOFTHEESAMISSIONTOJUPITEREmilio Lapeña, Airbus Defence and Space, Spain

IAC-18.C3.4.12 (non-confirmed) SOLARPANELDESIGNASPECTSANDCHALLENGESFORALUNARMISSIONMannika Garg, Team Indus, Axiom Research Labs Pvt. Ltd., India

C3.5-C4.7. Joint Session on Advanced and Nuclear Power and Propulsion SystemsOctober 5 2018, 09:45 — ZARM 5 Co-Chair(s): Jerome Breteau , European Space Agency (ESA), France; Leopold Summerer , European Space Agency (ESA), The Netherlands; Rapporteur(s): Changjin Lee , Konkuk University, Korea, Republic of; Constanze Syring , ArianeGroup, Germany; Vito Salvatore , CIRA Italian Aerospace Research Center, Capua, Italy;

IAC-18.C3.5-C4.7.1 PLANSANDCONCEPTSFORANEWGENERATIONOFRTGSFORPLANETARYSCIENCEMISSIONSDavid Woerner, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.C3.5-C4.7.2 CONCEPTUALDESIGNANDECONOMICSTUDYFORACOMPACTNUCLEARREACTORTOENABLEFUTUREHUMANSPACEEXPLORATIONPierre EVELLIN, , France

IAC-18.C3.5-C4.7.3 PRELIMINARYNOZZLEDESIGNFORANUCLEARTHERMALPROPULSIONTESTMISSIONNick Salamon, The Ohio State University College of Engineering, United States

IAC-18.C3.5-C4.7.4 (non-confirmed) SYSTEMINVESTIGATIONANDPARAMETRICANALYSISOFA110KNTHRUSTFORNUCLEARTHERMALENGINE(NTE)Haoze Wang, Beijing Aerospace Propulsion Institute, China

IAC-18.C3.5-C4.7.5 SPACEDRIVE–THRUSTBALANCEDEVELOPMENTANDFIRSTMEASUREMENTSOFMACH-EFFECTANDEMDRIVETHRUSTERSMartin Tajmar, TU Dresden, Germany

IAC-18.C3.5-C4.7.8 (non-confirmed) SOLARTHERMALPOWERPROPULSIONSYSTEMFORSHORTLEO-TO-GEOMISSIONSergey Finogenov, Moscow Aviation Institute (National Research University, MAI), Russian Federation

IAC-18.C3.5-C4.7.9 CRYOGENICPROPELLANTSTORAGEFORHIGHPOWERPLASMASPACEPROPULSIONThierry Wiertz, Air Liquide, France

IAC-18.C3.5-C4.7.10 MISSIONARCHITECTUREFORAPROOF-OF-CONCEPTNUCLEARTHERMALPROPULSIONINTERPLANETARYMISSIONZachary Strimbu, The Ohio State University College of Engineering, United States

IAC-18.C3.5-C4.7.11 THENUMERICALANALYSISOFTHETHRUSTCHARACTERISTICOFTHEMAGNETOPLASMASAILINTHENON-UNIFORMMAGNETICREYNOLDSNUMBERCONDITIONHiroyuki Arai, Shizuoka University, Japan

IAC-18.C3.5-C4.7.12 BREAKTHROUGHOFINERTIALELECTROSTATICCONFINEMENTCONCEPTFORADVANCEDSPACEPROPULSIONYung-An Chan, Institute of Space Systems, Universität Stuttgart, Germany

IAC-18.C3.5-C4.7.13 THEIMPACTOFNUCLEARPROPULSIONONCISLUNARSTATIONSMark Hempsell, The British Interplanetary Society, United Kingdom

C4. IAF SPACE PROPULSION SYMPOSIUMCoordinator(s): Christophe Bonhomme , Centre National d'Etudes Spatiales (CNES), France; Giorgio Saccoccia, European Space Agency (ESA), The Netherlands; Helen Webber, Reaction Engines Ltd., United Kingdom; Riheng Zheng , China Aerospace Science & Industry Corporation (CASIC), China; Toru Shimada , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan;

C4.1. Propulsion System (1)

October 1 2018, 15:00 — ZARM 5 Co-Chair(s): Christophe Bonhomme , Centre National d'Etudes Spatiales (CNES), France; Patrick Danous , Snecma, France; Rapporteur(s): Akira Ogawara , Mitsubishi Heavy Industries, Ltd., Japan; Ozan Kara , Space Generation Advisory Council (SGAC), Turkey;

IAC-18.C4.1.1 (non-confirmed) KEYNOTE:THEEUROPEANWAYFORLIQUIDPROPULSION–HYDROGEN/METHANEFAMILYCONCEPTGerald Hagemann, ArianeGroup, Germany

IAC-18.C4.1.2 PROMETHEUS:PRECURSOROFNEWLOW-COSTROCKETENGINEFAMILYPamela SIMONTACCHI, ArianeGroup SAS, France

IAC-18.C4.1.4 VINCIUPPERSTAGEENGINEDEVELOPMENT,TEST,QUALIFICATION,ANDINDUSTRIALISATIONSTATUSFORARIANE6Dietrich Haeseler, ArianeGroup, Germany

IAC-18.C4.1.5 RESULTOFPRELIMINARYDESIGNANDDEVELOPMENTSTATUSOFLE-9ENGINEAkihide Kurosu, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C4.1.6 ANALYSISANDVERIFICATIONOFTHESPACEILLUNARLANDERPROPULSIONSYSTEMDURINGDEVELOPMENTANDBREADBOARDTESTINGAvichai Elimelech, Israel Aerospace Industries Ltd., Israel

IAC-18.C4.1.7 PROGRESSIN30KNLOX/METHANEEXPANDERCYCLEENGINEShengqing Cheng, Beijing Aerospace Propulsion Institute, China


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IAC-18.C4.5.8 DEVELOPMENTOFVALVESFORTHEORIONESMPROPULSIONSUBSYSTEMMARKIIArtur Koop, Airbus DS GmbH, Germany

IAC-18.C4.5.9 NUMERICALMODELLINGOFSUPERCRITICALCOMBUSTIONINLOX-METHANEMULTI-ELEMENTCHAMBERAbhishek Sharma, Indian Space Research Organization (ISRO), India

IAC-18.C4.5.10 LIQUIDROCKETENGINEDESIGNFORADDITIVEMANUFACTURINGJan Fessl, University of Southern California, United States

IAC-18.C4.5.12 PRELIMINARYTESTONMAGNESIUM-BASEDADDITIVEDOPEDPARAFFINFUELFORHYBRIDROCKETENGINEDahae LEE, Université Libre de Bruxelles, Belgium

IAC-18.C4.5.13 INVESTIGATIONSOFVARIABLETHRUSTLIQUIDOXYGEN/KEROSENEENGINEUSINGAPINTLEINJECTORNanjia Yu, Beijing University of Aeronautics and Astronautics (BUAA), China

IAC-18.C4.5.15 SLOSHINGBEHAVIOROFLIQUIDNITROGENINALARGESCALECRYOGENICTANKDEMONSTRATORNicolas Darkow, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Space Systems, Germany

IAC-18.C4.5.16 HOWTOSTEERANAEROSPIKEChristian Bach, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

IAC-18.C4.5.17 TESTINGCAPABILITIESFORHEATTRANSFERINSIMULATIVELIQUIDROCKETENGINECOOLINGCHANNELSATTHEJOHNSHOPKINSUNIVERSITYBenjamin Hill-Lam, , United States

C4.6. New Missions Enabled by New Propulsion Technology and SystemsOctober 4 2018, 14:45 — ZARM 5 Co-Chair(s): Giorgio Saccoccia , European Space Agency (ESA), The Netherlands; Sabrina Corpino , Politecnico di Torino, Italy; Rapporteur(s): Alexander Lovtsov , SSC Keldysh Research Centre, Russian Federation; Elena Toson , , Italy;

IAC-18.C4.6.1 (non-confirmed) CONTROLLEDSUBLIMATINGSOLIDPROPELLANT-TANKFORNANO-ANDPICO-SATELLITEAPPLICATIONSDidier Maxence, Delft University of Technology (TU Delft), The Netherlands

IAC-18.C4.6.2 CHEMICALPROPULSIONSYSTEMDESIGNFORA16UINTERPLANETARYCUBESATKarthik Venkatesh Mani, Politecnico di Milano, Italy

IAC-18.C4.6.3 IONSAT:CHALLENGINGTHEATMOSPHERICDRAGWITHA6UNANOSATELLITE.Clément Pellouin, Ecole Polytechnique, France

IAC-18.C4.6.4 ADVANCESONTHEINDUCTIVEPLASMATHRUSTERDESIGNFORANATMOSPHERE-BREATHINGEPSYSTEMFrancesco Romano, Institute of Space Systems, Universität Stuttgart, Germany

IAC-18.C4.6.6 A20KW-CLASSHALLEFFECTTHRUSTERTOENHANCEPRESENTANDFUTURESPACEMISSIONSMartina Mammarella, Politecnico di Torino, Italy

IAC-18.C4.6.7 (non-confirmed) CAPTUREDCOMETNUCLEIASSPACERESOURCEFORINTERPLANETARYFLYINGAlexander Bagrov, Lavochkin Association, Russian Federation

IAC-18.C4.6.8 ANALYSISOFMANNEDMISSIONSENABLEDBYBIMODALNUCLEARPROPULSIONTECHNOLOGIESJustin Clark, The Ohio State University College of Engineering, United States

IAC-18.C4.6.9 COMPARATIVESTUDYOFSOLARELECTRICSAILTHRUSTMODELINGFORINTERPLANETARYMISSIONSHarijono Djojodihardjo, , Indonesia

IAC-18.C4.6.10 THEINTERPLANETARYCROSSBOW:TECHNOLOGYANDARCHITECTUREDESCRIPTIONFORANINTERPLANETARYLASER-SAILSYSTEMFORTHEUSEOFSMALLPAYLOADS.Kelvin Long, Initiative for Interstellar Studies, United Kingdom

IAC-18.C4.6.11 ADVANCEDPROPULSIONSYSTEMFORSEARCHINGEXOPLANETSMridul Jain, University of Petroleum and Energy Studies, India

IAC-18.C4.6.12 TRAJECTORYANDCONTROLSYSTEMSDESIGNFORAHOVERINGMESOPAUSEPROBEDorian Hargarten, DLR (German Aerospace Center), Germany

IAC-18.C4.6.13 IMPACTOFSOLARWINDFLUCTUATIONSONELECTRICSAILTRAJECTORYLorenzo Niccolai, University of Pisa, Italy

C4.7-C3.5.Joint Session on Advanced and Nuclear Power and Propulsion SystemsOctober 5 2018, 09:45 — ZARM 5 Co-Chair(s): Jerome Breteau , European Space Agency (ESA), France; Leopold Summerer , European Space Agency (ESA), The Netherlands; Rapporteur(s): Changjin Lee , Konkuk University, Korea, Republic of; Constanze Syring , ArianeGroup, Germany; Vito Salvatore , CIRA Italian Aerospace Research Center, Capua, Italy;

IAC-18.C4.7-C3.5.1 PLANSANDCONCEPTSFORANEWGENERATIONOFRTGSFORPLANETARYSCIENCEMISSIONSDavid Woerner, Jet Propulsion Laboratory - California Institute of Technology, United States

IAC-18.C4.7-C3.5.2 CONCEPTUALDESIGNANDECONOMICSTUDYFORACOMPACTNUCLEARREACTORTOENABLEFUTUREHUMANSPACEEXPLORATIONPierre EVELLIN, , France

IAC-18.C4.7-C3.5.3 PRELIMINARYNOZZLEDESIGNFORANUCLEARTHERMALPROPULSIONTESTMISSIONNick Salamon, The Ohio State University College of Engineering, United States

IAC-18.C4.7-C3.5.4 (non-confirmed) SYSTEMINVESTIGATIONANDPARAMETRICANALYSISOFA110KNTHRUSTFORNUCLEARTHERMALENGINE(NTE)Haoze Wang, Beijing Aerospace Propulsion Institute, China

IAC-18.C4.7-C3.5.5 SPACEDRIVE–THRUSTBALANCEDEVELOPMENTANDFIRSTMEASUREMENTSOFMACH-EFFECTANDEMDRIVETHRUSTERSMartin Tajmar, TU Dresden, Germany

IAC-18.C4.3.10 SYSTEMSADVANTAGESOFELECTRICPUMPFEDUPPERSTAGEHYBRIDROCKETKaan Gegeoglu, Koc University, Turkey

IAC-18.C4.3.11 ELECTRICALPRESSURIZATIONCONCEPTFORTHEORION-ESMPROPULSIONSYSTEMJan-Hendrik Meiss, Airbus DS GmbH, Germany

IAC-18.C4.3.12 DEVELOPMENTSTATUSOF500N-CLASSHTP/TMPDABI-PROPELLANTROCKETENGINEPawel Surmacz, Institute of Aviation, Poland

IAC-18.C4.3.13 DEVELOPMENTOF10NMARK-2THRUSTERFORSPACECRAFTAPPLICATIONSARUN KUMAR P, Liquid Propulsion Systems Centre(LPSC), Indian Space Research Organization (ISRO), India

IAC-18.C4.3.14 (non-confirmed) INVESTIGATIONOFNEWIGNITIONSYSTEMSFORFUTURELAUNCHERAPPLICATIONLaurent Gomet, ArianeGroup, France

IAC-18.C4.3.15 MODALPROPELLANTGAUGING:HIGH-RESOLUTIONANDNON-INVASIVEGAUGINGOFBOTHSETTLEDANDUNSETTLEDLIQUIDSINREDUCEDGRAVITY.Kevin Crosby, Carthage College, United States

C4.4. Electric Propulsion

October 3 2018, 14:45 — ZARM 5 Co-Chair(s): Garri A. Popov , Research Institute of Applied Mechanics and Electrodynamics (RIAME), MAI, Russian Federation; Norbert Puettmann , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Nicoletta Wagner , Airbus DS GmbH, Germany; Vanessa Vial , Safran Aircraft Engines, France;

IAC-18.C4.4.1 ELECTRICPROPULSIONRESEARCHANDDEVELOPMENTATNASAGeorge Schmidt, NASA Glenn Research Center, United States

IAC-18.C4.4.2 STATUSOFADVANCEDELECTRICPROPULSIONSYSTEMSFOREXPLORATIONMISSIONSR. Joseph Cassady, Aerojet Rocketdyne, United States

IAC-18.C4.4.3 IN-FLIGHTOPERATIONOFTHEHAYABUSA2IONENGINESYSTEMONITSWAYTORENDEZVOUSWITHASTEROID162173RYUGUKazutaka Nishiyama, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.C4.4.4 STATUSOFHIGH-POWERIONTHRUSTERANDFLOWCONTROLUNITQUALIFICATIONAlexander Lovtsov, SSC Keldysh Research Centre, Russian Federation

IAC-18.C4.4.5 CHALLENGESOFTRANSFERRINGTHEHEMP-THRUSTERBASEDIONPROPULSIONSYSTEMFROMHISPASATTOHEINRICHHERTZThomas Wolf, DLR (German Aerospace Center), Germany

IAC-18.C4.4.6 THESTRATEGICRESEARCHCLUSTERSONSPACEELECTRICPROPULSIONOFTHEEUROPEANUNION’SHORIZON2020Jorge LOPEZ REIG, CDTI (Centre for the development of Industrial Technology), Spain

IAC-18.C4.4.7 FUTUREELECTRICPROPULSIONNEEDSDEDUCEDFROMLAUNCHERANDMISSIONCONSTRAINTSBirk Wollenhaupt, OHB System AG-Bremen, Germany

IAC-18.C4.4.8 HT20KHALLTHRUSTERDEVELOPMENTSTATUSTommaso Andreussi, Sitael Spa, Italy

IAC-18.C4.4.9 PPS®X00HALLTHRUSTERDEVELOPMENTATSAFRANJulien VAUDOLON, Safran Aircraft Engines, France

IAC-18.C4.4.10 SITAELLOWPOWERHALLEFFECTPROPULSIONSYSTEMSFORSMALLSATELLITESTommaso Misuri, Sitael Spa, Italy

IAC-18.C4.4.11 DEVELOPMENTOFELECTRICPROPULSIONTHRUSTERSFORSMALLSPACECRAFTATRIAMEMAIALEKSANDR BOGATYY, Research Institute of Applied Mechanics and Electrodynamics (RIAME), MAI, Russian Federation

IAC-18.C4.4.12 PPUNEWDEVELOPMENTSFORHET,GITANDNEWSPACEFernando Pinto, Airbus Defence and Space, Spain

IAC-18.C4.4.13 DESTRUCTIVEEVALUATIONOFAXENONHOLLOWCATHODEAFTERA15,000HOURLIFETESTJIE FENG, Lanzhou Institute of Physics, Electric Propulsion Department, China

IAC-18.C4.4.14 PROGRESSOFRESEARCHACTIVITIESONELECTRICPROPULSIONATCIRAFrancesco Battista, CIRA Italian Aerospace Research Centre, Italy

IAC-18.C4.4.15 DEVELOPMENTOFGALLIUMANDINDIUMMEMSFEEPTHRUSTERSUSINGGLASSCAPILLARIESMartin Tajmar, TU Dresden, Germany


October 4 2018, 09:45 — ZARM 5 Co-Chair(s): Jacques Gigou , European Space Agency (ESA), France; Walter Zinner , ArianeGroup, Germany; Rapporteur(s): Max Calabro , The Inner Arch, France;

IAC-18.C4.5.2 Catalyst Support Development for High Performance Green Monopropellant Thruster YeonSoo Jung, Korea Advanced Institute of Science and Technology (KAIST), Korea, Republic of

IAC-18.C4.5.3 COMPARISONOFHTPCATALYSTPERFORMANCEFORDIFFERENTINTERNALMONOLITHSTRUCTURESRobert-Jan Koopmans, , Austria

IAC-18.C4.5.4 DYNAMICTHRESOLDDETECTIONBASEDABORTSCHEMEFORSAFEGAURDINGCRYOGENICTURBOPUMPSDURINGCAVITATIONVINOD P, Indian Space Research Organization (ISRO), India

IAC-18.C4.5.6 EXPERIMENTALINVESTIGATIONOFSTRATIFICATIONWITHLIQUIDNITROGENINALARGESCALECRYOGENICTANKDEMONSTRATORAnton Stark, DLR (German Aerospace Center), Germany

IAC-18.C4.5.7 TECHNOLOGICALADVANCEMENTSINTHEHYPROBPROJECT-DEMONSTRATORSDEVELOPMENTLINEFrancesco Battista, CIRA Italian Aerospace Research Centre, Italy


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IAC-18.C4.9.11 THERESOLUTIONANALYSISOFTUNABLEDIODELASERABSORPTIONSPECTROSCOPYSYSTEMFORVELOCITYMEASUREMENTOFTHESCRAMJETCOMBUSTIONFLOWWei Rao, Academy of Eqiupment, China

IAC-18.C4.9.12 NUMERICALINVESTIGATIONSONTHEIMPROVEMENTOFBURNINGCONDITIONSINTHESCRAMJETSterian Danaila, University POLITEHNICA of Bucharest - Research Center for Aeronautics and Space, Romania

IAC-18.C4.9.13 LATTICEBOLTZMANNSIMULATIONOFAKEROSENEDROPLETIMPACTONWALLOFCOMBUSTIONCHAMBERINRBCCYan Ba, Northwestern Polytechnical University, China

IAC-18.C4.9.14 NUMERICALINVESTIGATIONONTHEMIXINGCHARACTERISTICSOFSHEARLAYERSINSUPERSONIC-SUBSONICFLOWKai Ma, Northwestern Polytechnical University, China

IAC-18.C4.9.15 (non-confirmed) SIMULATIONOFSUPERSONICCOMBUSTIONBASEDONVERY-LARGEEDDYSIMULATIONMETHODXingsi Han, Nanjing University of Aeronautics and Astronautics, China


October 5 2018, 13:30 — Bremen 3 Co-Chair(s): Norbert Puettmann , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Riheng Zheng , China Aerospace Science & Industry Corporation (CASIC), China; Rapporteur(s): Angelo Cervone , Delft University of Technology (TU Delft), The Netherlands; Martin Velander , GKN Aerospace Engine Systems, Sweden;

IAC-18.C4.10.1 KEYNOTE:GREENSOLUTIONSFORSPACEPROPULSIONUlrich Gotzig, Airbus Safran Launchers, Germany

IAC-18.C4.10.2 COMBUSTIONCHARACTERSTICSOFLOX-METHANEINSWIRLCOAXIALINJECTORHYDROGENPROPULSIONSYSTEMAbhishek Sharma, Indian Space Research Organization (ISRO), India

IAC-18.C4.10.3 RESEARCHONTHEKEYTECHNOLOGYOFTHE‘SWINGBEHINDPUMP’THRUSTVECTORREGULATIONARCHITECTUREUSEDINLARGETHRUSTLOX/KEROSENEENGINEJian ZHAO, Xi'an Aerospace Propulsion Institute, China

IAC-18.C4.10.4 MAXIMIZINGSIDEFORCEGENERATIONINAEROSPIKENOZZLESFORATTITUDEANDTRAJECTORYCONTROLMartin Propst, TU Dresden, Germany

IAC-18.C4.10.5 CRYO-LABORATORYFORTHEINVESTIGATIONOFPROPELLANTBEHAVIOURANDDEVELOPMENTOFPROPELLANTMANAGEMENTTECHNOLOGIESJens Gerstmann, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Space Systems, Germany

IAC-18.C4.10.6 NUMERICALINVESTIGATIONONPERFORMANCEOFFUELBOOSTERTURBOPUMPFORSTAGEDCOMBUSTIONCYCLEBASEDROCKETENGINE.KHALID RASHID, Indian Space Research Organization (ISRO), India

IAC-18.C4.10.8 FLPP3:TESTRESULTSOFFULLELECTRICALLYACTUATEDENGINEVALVESFelipe Juan Dengra Moya, ArianeGroup, Germany

IAC-18.C4.10.9 SLOSHINGANDPRESSURIZATIONTESTSFORMEMBRANETANK:TESTS,VALIDATIONANDMODELSJörg Klatte, ArianeGroup, Germany

IAC-18.C4.10.10 TESTOFAHIGHLYREUSABLELOX/METHANEGASGENERATORDEMONSTRATORINAFLIGHT-LIKECONFIGURATIONYoan Boué, ArianeGroup SAS, France

IAC-18.C4.10.11 IDENTIFICATIONANDMATURATIONOFTECHNOLOGIESFORFUTURELIQUIDPROPELLANTENGINESSebastian Soller, ArianeGroup, Germany

IAC-18.C4.10.12 CFDSIMULATIONOFREACTIVEFLOWINCRYOGENICROCKETNOZZLEANDPERFORMANCEPREDICTIONOFLVMIIICE20NOZZLEAjith M, Vikram Sarabhai Space Centre, ISRO, Thiruvananthapuram, India

IAC-18.C4.10.13 THEPYRONUMERIC,ANEWTECHNOLOGYTOANSWERTOTHEFUTURELAUNCHERSCHALLENGESNathalie CESCO, Centre National d'Etudes Spatiales (CNES), France

D1. IAF SPACE SYSTEMS SYMPOSIUMCoordinator(s): Jill Prince , National Aeronautics and Space Administration (NASA), United States; Reinhold Bertrand , European Space Agency (ESA), Germany;

D1.1. Innovative and Visionary Space SystemsOctober 1 2018, 15:00 — CCB London Co-Chair(s): Peter Dieleman , National Aerospace Laboratory (NLR), The Netherlands; Tibor Balint , Art Center College of Design, United States; Rapporteur(s): Camillo Richiello , CIRA Italian Aerospace Research Centre, Italy;

IAC-18.D1.1.1 MASSIVELYEXTENDEDMODULARMONITORINGANDASECONDLIFEFORUPPERSTAGESJan-Gerd Meß, Deutsches Zentrum für Luft- und Raumfahrt, Germany

IAC-18.D1.1.2 EVOLVINGASTEROIDSTARSHIPS:ABIO-INSPIREDAPPROACHFORINTERSTELLARSPACESYSTEMSAngelo Vermeulen, Delft University of Technology (TU Delft), The Netherlands

IAC-18.D1.1.3 DESIGNANDTESTINGOFSELF-DEPLOYABLESTRUCTURESFORADVANCEDSPACEAPPLICATIONSAntonio Accettura, OHB System AG - Munich, Germany

IAC-18.D1.1.4 ACONCEPTSTUDYOFUNIDADREEMPLAZABLEENóRBITAFORCOMMUNICATIONSSATELLITESINGEOSTATIONARYORBITKentaro Nishi, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.D1.1.5 SCENARIOSFORAFFORDINGANDACHIEVINGHUMANMARSEXPLORATION:SCENARIOSFROMTHEFIFTHCOMMUNITYWORKSHOPJohn Connolly, , United States

IAC-18.D1.1.6 ASTROPLASTIC:FROMCOLONTOCOLONYPreetha Gopalakrishnan, University of Calgary, Canada

IAC-18.C4.7-C3.5.8 (non-confirmed) SOLARTHERMALPOWERPROPULSIONSYSTEMFORSHORTLEO-TO-GEOMISSIONSergey Finogenov, Moscow Aviation Institute (National Research University, MAI), Russian Federation

IAC-18.C4.7-C3.5.9 CRYOGENICPROPELLANTSTORAGEFORHIGHPOWERPLASMASPACEPROPULSIONThierry Wiertz, Air Liquide, France

IAC-18.C4.7-C3.5.10 MISSIONARCHITECTUREFORAPROOF-OF-CONCEPTNUCLEARTHERMALPROPULSIONINTERPLANETARYMISSIONZachary Strimbu, The Ohio State University College of Engineering, United States

IAC-18.C4.7-C3.5.11 THENUMERICALANALYSISOFTHETHRUSTCHARACTERISTICOFTHEMAGNETOPLASMASAILINTHENON-UNIFORMMAGNETICREYNOLDSNUMBERCONDITIONHiroyuki Arai, Shizuoka University, Japan

IAC-18.C4.7-C3.5.12 BREAKTHROUGHOFINERTIALELECTROSTATICCONFINEMENTCONCEPTFORADVANCEDSPACEPROPULSIONYung-An Chan, Institute of Space Systems, Universität Stuttgart, Germany

IAC-18.C4.7-C3.5.13 THEIMPACTOFNUCLEARPROPULSIONONCISLUNARSTATIONSMark Hempsell, The British Interplanetary Society, United Kingdom

C4.8-B4.5A. Joint Session between IAA and IAF for Small Satellite Propulsion SystemsOctober 5 2018, 13:30 — ZARM 5 Co-Chair(s): Arnau Pons Lorente , Purdue University, United States; Jeffery Emdee , The Aerospace Corporation, United States; Rapporteur(s): Elena Toson , , Italy; Elizabeth Jens , Jet Propulsion Laboratory - California Institute of Technology, United States;

IAC-18.C4.8-B4.5A.1 (non-confirmed) KEYNOTE:CHALLENGESANDOPPORTUNITIESINSPACEPROPULSIONFORSMALLSATELLITESPaulo Lozano, MIT, United States

IAC-18.C4.8-B4.5A.2 MAGNETICENHANCEDPLASMAPROPULSIONSYSTEMFORSMALL-SATELLITESIODDEVELOPMENTMarco Manente, , Italy

IAC-18.C4.8-B4.5A.3 FLIGHTMODELDEVELOPMENTOFTHEWATERRESISTOJETPROPULSIONSYSTEMFORDEEPSPACEEXPLORATIONBYTHECUBESAT:EQUULEUSJun Asakawa, University of Tokyo, Japan

IAC-18.C4.8-B4.5A.4 HYBRIDATTITUDEANDORBITCONTROLOFAPICO-SATELLITEUSINGMAGNETICTORQUERSANDANELECTRICPROPULSIONSYSTEMPhilip Bangert, University Wuerzburg, Germany

IAC-18.C4.8-B4.5A.5 ADVANCEDMICRO-PROPULSIONBASEDONTHEMICRO-CATHODEARCTHRUSTERJonathan Kolbeck, George Washington University, United States

IAC-18.C4.8-B4.5A.6 IN-ORBITMICRO-PROPULSIONDEMONSTRATORFORPICO-SATELLITEAPPLICATIONSVidhya Pallichadath, Delft Institute Of Technology (TU Delft), The Netherlands

IAC-18.C4.8-B4.5A.7 DESIGNOFATESTPLATFORMFORMINIATURIZEDELECTRICPROPULSIONSYSTEMSFabrizio Stesina, Politecnico di Torino, Italy

IAC-18.C4.8-B4.5A.8 NPT30-ASTAND-ALONEELECTRICPROPULSIONSYSTEMFORSMALLSATELLITESAne Aanesland, ThrustMe, France

IAC-18.C4.8-B4.5A.10 DEVELOPMENTOFARADIO-FREQUENCYRESONANT-SWITCHPOWERSUPPLYFORRFIONTHRUSTERSFORSMALLSATELLITESIana Kharlan, , Russian Federation

IAC-18.C4.8-B4.5A.11 VLMSYSTEMDEVELOPMENTFORMICROSATELLITEAPPLICATIONRavi Ranjan, National University of Singapore, Singapore, Republic of

IAC-18.C4.8-B4.5A.12 SMALLSATELLITELOWCOSTPROPULSIONSYSTEMUSINGCOTSCOMPONENTSBen Risi, Space Flight Laboratory, University of Toronto, Canada

IAC-18.C4.8-B4.5A.13 CASELESSTHROTTLEABLESOLIDMOTORFORSMALLSPACECRAFTMykhailo Yemets, Oles Honchar Dnipropetrovsk National University, Ukraine

C4.9. Hypersonic Air-breathing and Combined Cycle PropulsionOctober 2 2018, 14:45 — ZARM 5 Co-Chair(s): Helen Webber , Reaction Engines Ltd., United Kingdom; Riheng Zheng , China Aerospace Science & Industry Corporation (CASIC), China; Rapporteur(s): Salvatore Borrelli , CIRA Italian Aerospace Research Centre, Italy;

IAC-18.C4.9.1 KEYNOTE:ADVANCEOFSCRAMJETOPERATINGMODECOMPREHENSIONBASEDONSHOCKTUNNELEXPERIMENTSANDNUMERICALMODELLINGKlaus Hannemann, DLR, German Aerospace Center, Germany

IAC-18.C4.9.3 ANINTEGRATEDTURBOPUMPFEEDSYSTEMBASEDONGASGENERATORCYCLEFORRBCCINMULTIPLEMODESHongliang Pan, Northwestern Polytechnical University, China

IAC-18.C4.9.4 FLOWANDTHERMALCHARACTERISTICSINREGENERATIVECOOLINGCHANNELSAROUNDCAVITYOFRBCCTingting Jing, Northwestern Polytechnical University, China

IAC-18.C4.9.6 DESIGNANDANALYSISOFAFOUR-DUCTSINWARDTURNINGINLETFORXTENDERENGINEChengxiang Zhu, Xiamen University, China

IAC-18.C4.9.7 HEATTRANSFERENHANCEMENTOFSUPERCRITICALHYDROCARBONFUELINREGENERATIVECOOLINGCHANNELSWITHMICRO-RIBSOFSCRAMJETXin Li, Harbin Institute of Technology, China

IAC-18.C4.9.9 NUMERICALSIMULATIONSTUDYONTHESCALARMIXINGCHARACTERISTICSINSUPERSONICMIXINGLAYERSShen Chibing, National University of Defense Technology, China

IAC-18.C4.9.10 RESEARCHONDYNAMICCHARACTERISTICSANDCONTROLSCHEMEOFKEROSENE-BASEDSCRAMJETSYSTEMXuan Jin, National University of Defense Technology, China


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IAC-18.D1.3.12 FAULTESTIMATIONANDFAULT-TOLERANTCONTROLFORCONTROLMOMENTGYROACTUATEDHIGHAGILITYSPACECRAFTChengfei Yue, National University of Singapore, Singapore, Republic of

IAC-18.D1.3.13 APPLICATIONOFASCINTILLATORDETECTORASAFAULTTOLERANCESYSTEMFORFPGAJuan Salvador Tafoya Vargas, Universidad Nacional Autónoma de México (UNAM), Mexico

D1.4A. Space Systems Engineering - Methods, Processes and Tools (1)October 4 2018, 09:45 — CCB London Co-Chair(s): Dapeng Wang , China HEAD Aerospace Technology Co., China; Dmitry Payson , ROSCOSMOS, Russian Federation; Rapporteur(s): Franck Durand-Carrier , Centre National d'Etudes Spatiales (CNES), France; Geilson Loureiro , Instituto Nacional de Pesquisas Espaciais (INPE), Brazil;

IAC-18.D1.4A.1 MODELINGSYSTEMSENGINEERING-APPLYINGTHELIFECYCLEMODELINGLANGUAGEINFORMANDCONCEPTJerry Sellers, Teaching Science and Technology, Inc., United States

IAC-18.D1.4A.2 TOOLFOREVALUATIONOFFUTUREEOSPACESYSTEMSDURINGPHASE0/ASimon Rommelaere, ESA - European Space Agency, The Netherlands

IAC-18.D1.4A.3 CONCURRENTENGINEERINGINLATERPROJECTPHASES:CURRENTMETHODSANDFUTUREDEMANDSStephan Siegfried Jahnke, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.D1.4A.4 THERELATIONSHIPBETWEENTHEMODELBASEDSYSTEMENGINEERINGMODELSANDINFORMATIONSYSTEMSTOSUPPORTSPACEPRODUCTSLIFECYCLEPROCESSESAna Claudia Silva, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.D1.4A.5 TARGETSSELECTIONMETHODFORMULTI-OBJECTIVEASTEROIDSEXPLORATIONMISSIONXiaohui Wang, Beihang University, China

IAC-18.D1.4A.6 SYSTEM-OF-SYSTEMSTOOLSFORTHEANALYSISOFTECHNOLOGICALCHOICESINSPACEPROPULSIONCesare Guariniello, Purdue University, United States

IAC-18.D1.4A.7 SPACESYSTEMSENGINEERINGTOOLSFORTECHNOLOGYROADMAPPINGACTIVITIES:TRIS,TECHNOLOGYROADMAPPINGSTRATEGY,ANDHYDAT,DATABASEONHYPERSONICTRANSPORTATIONSYSTEMSNicole Viola, Politecnico di Torino, Italy

IAC-18.D1.4A.8 MODEL-BASEDCONCEPTFRAMEWORKFORSUBORBITALHUMANSPACEFLIGHTMISSIONSYaroslav Menshenin, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.D1.4A.9 ANAUTOMATEDSTATISTICALDESIGNTOOLFORLEOCOMMUNICATIONSATELLITECONCEPTUALDESIGNEhsan Zabihian, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.D1.4A.10 SYSTEMLEVELFAULTVERIFICATIONOFHIGH-LEVELAUTONOMICDEEPSPACEEXPLORATIONPROBESXiaowei Fu, China Academy of Space Technology (CAST), China

IAC-18.D1.4A.11 ECSSREQUIREMENTSMANAGEMENT:FROMDOORSTOTHEFUTUREMASTERDATABASEWolfram Knorr, Airbus Defence and Space, Germany

IAC-18.D1.4A.12 GUIDELINESTODESIGNMULTI-ROLESUBORBITALFLIGHTSYSTEMS.Roberta Fusaro, Politecnico di Torino, Italy

D1.4B. Space Systems Engineering - Methods, Processes and Tools (2)October 4 2018, 14:45 — CCB London Co-Chair(s): Geilson Loureiro , Instituto Nacional de Pesquisas Espaciais (INPE), Brazil; Norbert Frischauf , , Austria; Rapporteur(s): Otfrid Liepack , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States;

IAC-18.D1.4B.1 JOINTEFFORTOFDLRANDJPLTOWARDSMODEL-BASEDPREDICTIONOFROVERLOCOMOTIONPERFORMANCEFOROPERATIONPURPOSESFabian Buse, German Aerospace Center (DLR), Germany

IAC-18.D1.4B.2 SYSTEMPADS:AUNIQUEAPPROACHTOIMPLEMENTINGSYSTEMSENGINEERINGTASKSGuillermo Jimenez, , United States

IAC-18.D1.4B.3 MODELBASEDREQUIREMENTSVERIFICATIONLIFECYCLESam Gerené, Rhea Group, Belgium

IAC-18.D1.4B.4 ORGANIZATIONALLYDISTRIBUTEDREQUIREMENTSMANAGEMENTONTHENASAEUROPACLIPPERMISSIONMaxwell Wieder, The Johns Hopkins University Applied Physics Laboratory, United States

IAC-18.D1.4B.7 THEEU:CROPISASSEMBLY,INTEGRATIONANDVERIFICATIONCAMPAIGNS:BUILDINGTHEFIRSTDLRCOMPACTSATELLITESebastian Kottmeier, German Aerospace Center (DLR), Germany

IAC-18.D1.4B.8 ENABLINGACONCEPTUALDATAMODELANDWORKFLOWINTEGRATIONENVIRONMENTFORCONCURRENTLAUNCHVEHICLEANALYSISPhilipp M. Fischer, DLR (German Aerospace Center), Germany

IAC-18.D1.4B.10 ENHANCEDROBUSTPORTFOLIOOPTIMIZATIONFORCOST,PERFORMANCERISKANDSCHEDULEANALYSISOFALUNARMISSION.William O'Neill, Purdue University, United States

IAC-18.D1.4B.11 SPACESYSTEMSRESILIENCEENGINEERINGANDGLOBALSYSTEMRELIABILITYOPTIMISATIONUNDERIMPRECISIONANDEPISTEMICUNCERTAINTYGianluca Filippi, University of Strathclyde, United Kingdom

IAC-18.D1.4B.12 INNOVATIVEMDOMETHODOLOGYTODESIGNSPACELAUNCHSYSTEM-APPLICATIONTOALTAIRAIR-LAUNCHSYSTEMCedric Dupont, BERTIN Technologies, France

IAC-18.D1.1.7 THENEWPARADIGMOFCHINACOMMERCIALSPACESYSTEMANDINVESTMENTINTHEFUTUREJingnan Zhang, China Academy of Aerospace Systems Science and Engineering, China

IAC-18.D1.1.8 SPACESERVICING:STRATEGYANDLOGISTICSVsevolod Koryanov, Bauman Moscow State Technical University, Russian Federation

IAC-18.D1.1.9 SPACEFACTORY4.0-NEWPROCESSESFORTHEROBOTICASSEMBLYOFMODULARSATELLITESONANIN-ORBITPLATFORMBASEDON„INDUSTRIE4.0”APPROACHThiago Weber Martins, TU Darmstadt, Germany

D1.2. Space Systems Architectures

October 2 2018, 09:45 — CCB London Co-Chair(s): Franck Durand-Carrier , Centre National d'Etudes Spatiales (CNES), France; Peter Dieleman , National Aerospace Laboratory (NLR), The Netherlands; Rapporteur(s): Jill Prince , National Aeronautics and Space Administration (NASA), United States;

IAC-18.D1.2.1 PROBA-3MISSION:CREATINGANARTIFICIALSOLARECLIPSEEVERYDAYBYSPACECRAFTFLYINGINFORMATIONLuis F. Peñin, SENER Ingenieria y Sistemas, S.A., Spain

IAC-18.D1.2.2 THEEUCLIDSPACECRAFTEzio Ciancetta, Thales Alenia Space, Italy

IAC-18.D1.2.3 FROMGRACETOAVANTI:15YEARSOFFORMATION-FLYINGEXPERIENCEATDLRJean-Sébastien Ardaens, German Aerospace Center (DLR), Germany

IAC-18.D1.2.4 TRANSFORMABLESPACECRAFT:ASYSTEMWITHVARIABLE-SHAPESTRUCTUREAPPLICABLETONONHOLONOMICATTITUDECONTROLToshihiro Chujo, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.D1.2.6 OPTIMALARCHITECTURESFORAMARSHELICOPTERDRONE:EXPLORINGTHEDESIGNSPACEWITHGEEGLEELéon Phan, System Value, France

IAC-18.D1.2.7 INFUSEDATAFUSIONMETHODOLOGYFORSPACEROBOTICS,AWARENESSANDMACHINELEARNINGMark Post, University of Strathclyde, United Kingdom

IAC-18.D1.2.8 MODESOFOPERATIONFORA3UCUBESATWITHHYPERSPECTRALIMAGINGPAYLOADRutwik Jain, Birla Institute of Technology and Science(BITS), India

IAC-18.D1.2.9 SA-4S:CONCEPTANDDEVELOPMENTPLANOFTHESABAEROSPACESEPARATIONSYSTEMFORSMALLSATELLITES.Manuele Scipioni, SAB AEROSPACE SRL, Italy

IAC-18.D1.2.10 “SYSTEMENGINEERINGCHALLENGESINISRO’SMODULARI-3KSPACECRAFTBUSDESIGN”SOHIT SAINI, ISRO Satellite Centre (ISAC),ISRO, India

IAC-18.D1.2.11 TECHNOLOGYDEVELOPMENTTARGETSFORCOMMERCIALIN-SPACEMANUFACTURINGMatthew Moraguez, Massachusetts Institute of Technology (MIT), United States

IAC-18.D1.2.12 DESIGNANDQUALIFICATIONOFAMULTIFUNCTIONALINTERFACEFORMODULARSATELLITESYSTEMSMartin Kortmann, RWTH Aachen University, Germany

D1.3. Technologies to Enable Space Systems

October 2 2018, 14:45 — CCB London Co-Chair(s): Steven Arnold , The Johns Hopkins University Applied Physics Laboratory, United States; Xavier Roser , Thales Alenia Space France, France; Rapporteur(s): Eiichi Tomita , Japan Aerospace Exploration Agency (JAXA), Japan;

IAC-18.D1.3.1 ADVANCEDGNCFORIN-ORBITAUTONOMOUSASSEMBLYOFFLEXIBLEVEHICLES–IOA-GNCPablo Colmenarejo, GMV Innovating Solutions, Spain

IAC-18.D1.3.2 GROUNDTESTINGOFVISION-BASEDGNCSYSTEMSBYMEANSOFANEWEXPERIMENTALFACILITYPaolo Lunghi, Politecnico di Milano, Italy

IAC-18.D1.3.3 AHIGHLYINTEGRATEDNAVIGATIONUNITFORON-ORBITSERVICINGMISSIONSVincenzo Capuano, Techno System Developments S.R.L., Italy

IAC-18.D1.3.4 TESTINGVISION-BASEDGUIDANCEANDNAVIGATIONSYSTEMSFORENTRYDESCENTANDLANDINGOPERATIONSSteve Parkes, University of Dundee, United Kingdom

IAC-18.D1.3.5 ROVERORIENTATIONESTIMATIONUSINGSUNSENSORSFORLUNARANDPLANETARYEXPLORATIONTakuto Oikawa, Tohoku University, Japan

IAC-18.D1.3.6 ANEWCOMPLEMENTARYMULTI-COREDATAPROCESSORFORSPACEAPPLICATIONSDaniele Luchena, ARCA Dynamics, Italy

IAC-18.D1.3.7 PROBLEMS,CHALLENGESANDEXPERIENCESFROMSEVERALPRACTICALSOCCHIPSFORSPACEBORNEELECTRONICSHui Cao, Xi'an Microelectronics Technology Institute, China Academy of Space Electronics Technology (CASET), China Aerospace Science and Technology Corporation (CASC), China

IAC-18.D1.3.8 APPLICATIONOFGPUON-ORBITANDSELF-ADAPTIVESCHEDULINGBYITSINTERNALTHERMALSENSORNan Li, University of Chinese Academy of Sciences; Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences, China

IAC-18.D1.3.9 BEYONDFUNCTIONALCORRECTNESS-GETTINGFLIGHTSOFTWARETIMINGRIGHTAndreas Wortmann, OHB System AG, Germany

IAC-18.D1.3.10 THERESEARCHCENTERFORSPACECOLONYATTHETOKYOUNIVERSITYOFSCIENCEDUALSPACE-EARTHDEVELOPMENTOFFUTURELIVINGTECHNOLOGIESShinichi Kimura, Tokyo University of Science, Japan

IAC-18.D1.3.11 THERMOELECTRICSYSTEMOFTHERMOSTATINGFORSPACESTATIONS,MOONANDMARTIANBASESOleksandr Loza, Yuzhnoye State Design Office, Ukraine


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IAC-18.D2.1.2 ARIANE6LAUNCHERSYSTEMDEVELOPMENTSTATUSMathieu CHAIZE, Airbus Safran Launchers, France

IAC-18.D2.1.3 THEVEGASPACETRANSPORTATIONSYSTEMDEVELOPMENT:STATUSANDPERSPECTIVESGiorgio Tumino, European Space Agency (ESA), France

IAC-18.D2.1.4 NASA'SSPACELAUNCHSYSTEMMOVESINTOTESTINGANDINTEGRATIONGarry Lyles, NASA Marshall Space Flight Center, United States

IAC-18.D2.1.5 INNOVATION&LAUNCHSERVICESFORTHENEXTDECADEBernard Kutter, United Launch Alliance, United States

IAC-18.D2.1.6 LAUNCHSYSTEMREUSEAkhil Gujral, The Aerospace Corporation, United States

IAC-18.D2.1.7 THELATESTDEVELOPMENTSTATUSOFH3Akihiro Sato, Mitsubishi Heavy Industries, Ltd., Japan

IAC-18.D2.1.8 THERESULTOFEPSILONLAUNCHVEHICLETHIRDFLIGHTANDPLANFORMULTILAUNCHESKyoko Oribe, IHI Aerospace Co, Ltd., Japan

IAC-18.D2.1.9 SOYUZ-2:NEWSOLUTIONSFORDEDICATEDLAUNCHESMila Savelyeva, JSC Glavcosmos, Russian Federation

IAC-18.D2.1.10 (non-confirmed) CURRENTDEVELOPMENTSANDTECHNICALCHALLENGESOFLOW-COSTSPACETRANSPORTATIONSYSTEMShengbao Wu, , China

D2.2. Launch Services, Missions, Operations and FacilitiesOctober 2 2018, 09:45 — CCB Lloydsaal Co-Chair(s): Francesco Santoro , Altec S.p.A., Italy; Jerry Cook , National Aeronautics and Space Administration (NASA), Marshall Space Flight Center, United States; Rapporteur(s): Yves Gerard , Airbus Defence & Space, France;

IAC-18.D2.2.1 DEVELOPMENTOFMODERNMISSIONANALYSISSYSTEMANDMISSIONPLANNINGIMPROVEMENTINH3LAUNCHSYSTEMPROGRAMYoshichika Tanabe, Mitsubishi Heavy Industries, Ltd., Japan

IAC-18.D2.2.2 DEVELOPMENTANDPROCESSOPTIMIZATIONOFLM-3ASERIESLAUNCHVEHICLESCONTROLSYSTEMINCONTINUALLAUNCHMISSIONSXiaopeng Shang, Beijing Aerospace Automatic Control Institute, China

IAC-18.D2.2.3 COMPATIBLEANDRECONFIGURABLETESTLAUNCHCONTROLSYSTEMOFTHEEXPEDITIONSERIESUPPERSTAGEMeng Lian, Beijing Aerospace Automatic Control Institute, China

IAC-18.D2.2.4 STUDYONTHEEXPERIMENTOFPROPELLANTREFUELINGBASEDONSATELLITEPROPULSIONSYSTEM.Yuanding Wang, Shanghai Institute of Space Propulsion, China

IAC-18.D2.2.5 INCREASEDCAPABILITIESATESRANGE–SMALLSATELLITELAUNCHESANDTESTSOFREUSABLEMOTORSANDSTAGESAnne Ytterskog, SSC, Sweden

IAC-18.D2.2.6 ANDøYASPACEPORT–THENORWEGIANLAUNCHFACILITYFORSMALLSATELLITESSandra Blindheim, Andøya Space Center, Norway

IAC-18.D2.2.7 INFRASTRUCTUREANDFACILITIESOFTHENEWRUSSIANVOSTOCHNYCOSMODROMEMila Savelyeva, JSC Glavcosmos, Russian Federation

IAC-18.D2.2.8 THECASEFORANINDIGENOUSAUSTRALIANSPACEPORTJack Hooper, University of Adelaide, Australia

IAC-18.D2.2.10 BLOCKCHAINFORON-DEMANDSMALLLAUNCHVEHICLESUPPLYCHAINRaju K, AgniKul Cosmos, India

IAC-18.D2.2.12 INVESTIGATIONOFFEASIBLEOPTIONSFORDEVELOPINGAMICRO-LAUNCHERINDUSTRYINSOUTHAFRICATori Campbell, University of Cape Town, South Africa

IAC-18.D2.2.13 SPACEPORTS:GATEWAYSTOSPACEFLIGHTSOFTHEFUTUREANDCASESTUDYOFPRIVATESPACEPORTFEASIBILITYUgur Guven, UN CSSTEAP, United States

D2.3. Upper Stages, Space Transfer, Entry and Landing SystemsOctober 3 2018, 09:45 — CCB Lloydsaal Co-Chair(s): Brian Smith , Raytheon Canada Limited, Canada; Oliver Kunz , RUAG Space, Switzerland; Rapporteur(s): Oleg Ventskovskiy , , Ukraine;

IAC-18.D2.3.1 THEORION-ESMPROPULSIONSYSTEM:STATUSANDOUTLOOKMarkus Jäger, Airbus Defence & Space, Space Systems, Germany

IAC-18.D2.3.2 FLPPNEOMUSE-MULTIFUNCTIONALUPPERSTAGEEXPRESSMenko Wisse, ArianeGroup, Germany

IAC-18.D2.3.3 FREGATUPPERSTAGECAPABILITIESFORLAUNCHINGDEDICATEDAND/ORMILTIPLEPAYLOADSINTOAWIDERANGEOFORBITSMila Savelyeva, JSC Glavcosmos, Russian Federation

IAC-18.D2.3.4 DEMISEOBSERVATIONCAPSULE:PROGRESSUPDATE2018Stefan van der Linden, S[&]T, The Netherlands

IAC-18.D2.3.5 AUTONOMOUSOPERATIONTECHNIQUEOFUPPERSTAGEFORMULTI-SATELLITEDEPLOYMENTRui Xu, Beijing Institute of Technology, China

IAC-18.D2.3.8 INTERPLANETARYSUPPLYCHAINNETWORKFORSPACEEXPLORATION:STUDYOFAMODELINGFRAMEWORKGiovanni Giardina, Associazione Italiana di Aeronautica e Astronautica (AIDAA), Spain

IAC-18.D2.3.9 ORBITINCLINATIONCHANGEOFLUNARPROBESUTILIZINGEARTH'SGRAVITYHou Xiyun, Nanjing University, China

IAC-18.D2.3.10 DEVELOPMENTOFACOMPUTATIONALLIFTINGBODYGLIDERMODELFORFLIGHTSIMULATIONSTUDIESNanette Valentour, University of North Dakota, United States

IAC-18.D2.3.11 SPACERIDER:THEREUSABLEEUROPEANPLATFORMFORIN-ORBITEXPERIMENTATIONANGELO DENARO, Thales Alenia Space Italia, Italy

D1.5. Lessons Learned in Space Systems: Achievements, Challenges, Best Practices, Standards.October 5 2018, 09:45 — CCB London Co-Chair(s): Eiichi Tomita , Japan Aerospace Exploration Agency (JAXA), Japan; Klaus Schilling , University Wuerzburg, Germany; Rapporteur(s): Otfrid Liepack , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States;

IAC-18.D1.5.1 THEEVOLUTIONOFSATELLITEOPERATIONS:FROM5TO100’SOFSATELLITESThomas Haylock, Planet, Germany

IAC-18.D1.5.2 ANEWAPPROACHTOMISSIONCLASSIFICATIONANDRISKMANAGEMENTFORNASASPACEFLIGHTMISSIONSFrancesco Bordi, The Aerospace Corporation, United States

IAC-18.D1.5.3 ECSSEVOLUTION-PROJECTPHASINGANDREVIEWSINFUTURESPACEPROJECTSDaniel Schiller, DLR (German Aerospace Center), Germany

IAC-18.D1.5.4 E-GLOSSARYCAPABILITIESANDPOTENTIALBENEFICIARIES–ASAPPLICATIONOFBESTPRACTICEAndrew Herd, ESA - European Space Agency, The Netherlands

IAC-18.D1.5.5 AGILECHANGEOFPRODUCTDEVELOPMENTMETHODSINAMICROSATELLITECOMPANYHubert Anton Moser, LuxSpace Sarl, Luxemburg

IAC-18.D1.5.6 UNAWARENESSOFTHESYSTEMLEVELVIEWINTHEMAGNETICDESIGNKazuyuki Okada, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.D1.5.7 RESEARCHANDDEVELOPMENTOFINTEGRATEDMODULARAVIONICSFORTHELOW-COSTMICRO-SATELLITESLianxiang Jiang, China Academy of Space Technology (CAST), China

IAC-18.D1.5.8 USINGHISTORICALPRACTICESTODEVELOPSAFETYSTANDARDSFORCOOPERATIVEON-ORBITRENDEZVOUSANDPROXIMITYOPERATIONSDavid Barnhart, University of Southern California, United States

D1.6. Cooperative and Robotic Space SystemsOctober 5 2018, 13:30 — CCB London Co-Chair(s): Dapeng Wang , China HEAD Aerospace Technology Co., China; Igor V. Belokonov , Samara State Aerospace University, Russian Federation; Rapporteur(s): Steven Arnold , The Johns Hopkins University Applied Physics Laboratory, United States;

IAC-18.D1.6.1 TIM:AFORMATIONOFSMALLSATELLITESFORPHOTOGRAMMETRICEARTHOBSERVATIONKlaus Schilling, University Wuerzburg, Germany

IAC-18.D1.6.2 ARM/CMGCOOPERATIVECONTROLOFSPACEROBOTSATELLITEChise Taniguchi, Tokyo Metropolitan University, Japan

IAC-18.D1.6.3 CAESAR:SPACEROBOTICSTECHNOLOGYFORASSEMBLY,MAINTENANCE,ANDREPAIRGerhard Grunwald, DLR (German Aerospace Center), Germany

IAC-18.D1.6.4 THEOHBROADMAPFORAUTOMATIONANDROBOTICSINSPACE–KEYTECHNOLOGIESFORFUTUREEXPLORATIONANDORBITALSYSTEMSMarkus Thiel, OHB System AG - Oberpfaffenhofen, Germany

IAC-18.D1.6.5 MODULARACTIVEPAYLOADMODULESFORROBOTICHANDLINGSINFUTUREORBITALMISSIONSWiebke Brinkmann, DFKI Robotics Innovation Center Bremen, Germany

IAC-18.D1.6.7 TOWARDSANAUTONOMOUSFREE-FLYINGROBOTFLEETFORINTRA-VEHICULARTRANSPORTATIONOFLOADSINUNMANNEDSPACESTATIONSRodrigo Ventura, Institute for Systems and Robotics, Portugal

IAC-18.D1.6.8 COLLISIONDETECTIONANDISOLATIONFORFREE-FOATINGSPACEROBOTSFrancesco Cavenago, Politecnico di Milano, Italy

IAC-18.D1.6.9 REAL-TIMEAUTONOMOUSVISION-BASEDUNCOOPERATIVEPOSEDETERMINATIONOFKNOWNANDUNKNOWNSPACEOBJECTSVincenzo Capuano, California Institute of Technology, United States

IAC-18.D1.6.10 METHODSANDOUTCOMESOFTHECOMRADEPROJECT-DESIGNOFROBUSTCOMBINEDCONTROLFORROBOTICSPACECRAFTANDMANIPULATORINSERVICINGMISSIONS:COMPARISONBETWEENHINFANDNONLINEARLYAPUNOV-BASEDAPPROACHESPablo Colmenarejo, GMV Innovating Solutions, Spain

IAC-18.D1.6.11 ON-LINECENTEROFMASSANDINERTIADETERMINATIONOFASPACEDEBRISDURINGADEORBITINGMISSIONMarco Sabatini, Sapienza University of Rome, Italy

IAC-18.D1.6.12 THEERGOFRAMEWORKANDITSUSEINPLANETARY/ORBITALSCENARIOSJorge Ocón, GMV Aerospace & Defence SAU, Spain

D2. IAF SPACE TRANSPORTATION SOLUTIONS AND INNOVATIONS SYMPOSIUMCoordinator(s): Markus Jäger , Airbus Defence & Space, Space Systems, Germany; Steve Creech , National Aeronautics and Space Administration (NASA), United States;

Secretary(s): Yuguang Yang , China Aerospace Science & Industry Corporation (CASIC), China;

D2.1. Launch Vehicles in Service or in DevelopmentOctober 1 2018, 15:00 — CCB Lloydsaal Co-Chair(s): Iwao Igarashi , Mitsubishi Heavy Industries Ltd. - Nagoya Aerospace Systems, Japan; Randolph Kendall , The Aerospace Corporation, United States; Rapporteur(s): Igor V. Belokonov , Samara State Aerospace University, Russian Federation;

IAC-18.D2.1.1 THEARIANE6LAUNCHSYSTEMDEVELOPMENT,STATUSANDPERSPECTIVESJulio Aprea, European Space Agency (ESA), France


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D2.6. Future Space Transportation Systems Verification and In-Flight ExperimentationOctober 4 2018, 14:45 — CCB Lloydsaal Co-Chair(s): David E. Glass , National Aeronautics and Space Administration (NASA), United States; Sreedhara Panicker Somanath , Indian Space Research Organization (ISRO), India; Rapporteur(s): Tetsuo Hiraiwa , Japan Aerospace Exploration Agency (JAXA), Japan;

IAC-18.D2.6.1 ANUPDATEOFTHEUPCOMINGDLRREUSABILITYFLIGHTEXPERIMENT-REFEXPeter Rickmers, German Aerospace Center (DLR), Bremen, Germany

IAC-18.D2.6.2 RECENTDEVELOPMENTOFFLIGHTDEMONSTRATORSFORREUSABLESUBORBITALTECHNOLOGIESANDIT’SAPPLICATIONGuna Surendra Gossamsetti, Kyushu Institute of Technology, Japan

IAC-18.D2.6.3 AERODYNAMICSTUDIESINPREPARATIONFORCALLISTO-REUSABLEVTOLLAUNCHERFIRSTSTAGEDEMONSTRATORJosef Klevanski, Deutsches Zentrum fuer Luft- und Raumfahrt (DLR), Germany

IAC-18.D2.6.4 CALLISTOPROJECT–MECHANICALARCHITECTUREANDSTRUCTURALDESIGNCHALLENGESINTHEFRAMEOFAREUSABLEFIRSTSTAGEDEMONSTRATIONVEHICLEOlga Diaz Lopez, Centre National d'Etudes Spatiales (CNES), France

IAC-18.D2.6.5 EXPERIMENTALFLIGHTDATAANALYSISOFTHESTRATOSII+SOUNDINGROCKETFelix Lindemann, University of Stuttgart, Germany

IAC-18.D2.6.6 DEVELOPMENTANDFLIGHTTESTINGOFAROCKETPOWEREDUAVASPATHFINDERFORAREUSABLESOUNDINGROCKET.Jeroen Wink, Dawn Aerospace, The Netherlands

IAC-18.D2.6.7 SUB-ORBITALROCKETSTHEFASTANDEASYWAYTOREACHSPACEChristian Lockowandt, SSC, Sweden

IAC-18.D2.6.8 SOUNDINGROCKETSAREUNIQUEEXPERIMENTALPLATFORMSRainer Kirchhartz, German Aerospace Center (DLR), Germany

IAC-18.D2.6.9 APPLICATIONOFAEROSPIKETOHYPERSONICVEHICLE:THESCIENTIFICFLIGHTTESTOFCHINA'SFIRSTCOMMERCIALROCKETFan Deng, One Space Technology Co., Ltd., China

IAC-18.D2.6.10 BRINGINGTHEPROPULSIONSYSTEMOFTHEFIRSTORION-ESMFLIGHTUNITTOLIFEChristian Eger, ArianeGroup, Germany

D2.7. Small Launchers: Concepts and Operations (Part I)October 2 2018, 14:45 — CCB Lloydsaal Co-Chair(s): Harry A. Cikanek , National Oceanic and Atmospheric Administration (NOAA), United States; Ulf Palmnäs, SSC, Sweden; Rapporteur(s): Julio Aprea , European Space Agency (ESA), France;

IAC-18.D2.7.1 THELIGHTLAUNCHERLANDSCAPE:ACOMPILATIONANDASSESSMENTOFPUBLICLYAVAILABLEDATAONMARKET,COMPETITIONANDFINANCINGHolger Burkhardt, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.D2.7.2 SOUNDINGROCKETSS-520:ITSCAPABILITIESASACUBESATLAUNCHVEHICLETakahiro Ito, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.D2.7.3 ROCKETLAB:OPENINGACCESSTOLEOFORTHESMALLSATELLITEMARKETMorgan Bailey, Rocket Lab, New Zealand

IAC-18.D2.7.4 LAUNCHERONE:RESPONSIVELAUNCHFORSMALLSATELLITESSirisha Bandla, Virgin Galactic L.L.C, United States

IAC-18.D2.7.5 LOWCOSTSMALL-SATELLITEACCESSTOSPACEUSINGHYBRIDROCKETPROPULSIONChristian Schmierer, German Aerospace Center (DLR), Germany

IAC-18.D2.7.6 SMALLINNOVATIVELAUNCHERFOREUROPE:RESULTSOFTHEH2020PROJECTSMILEBertil Oving, Netherlands Aerospace Centre (NLR), The Netherlands

IAC-18.D2.7.7 (non-confirmed) KEYNOTE:EXPERIENCEFROMSUBORBITALREUSABLELAUNCHESAriane Cornell, Blue Origin LLC, United States

IAC-18.D2.7.8 ALTAIRINNOVATIVEAIR-LAUNCHSYSTEM–CONSOLIDATEDDESIGN,LESSONSLEARNEDANDPERSPECTIVENicolas Bérend, ONERA - The French Aerospace Lab, France

IAC-18.D2.7.9 DEVELOPMENTANDLAUNCHEXPERIMENTSOFAHYDROCARBONLIQUIDPROPELLANTORBITAL/SUB-ORBITALLAUNCHERRyuichiro KANAI, Interstellar Technologies Inc., Japan

D2.8-A5.4. Space Transportation Solutions for Deep Space MissionsOctober 5 2018, 09:45 — CCB Lloydsaal Co-Chair(s): Andrew Aldrin , Florida Institute of Technology, United States; Ernst Messerschmid , University of Stuttgart, Germany; K. Bruce Morris , RUAG Space, United States; Rapporteur(s): Gerhard Schwehm , European Space Agency (ESA), The Netherlands;

IAC-18.D2.8-A5.4.1 PAYLOADUTILIZATIONINNASA’SSPACELAUNCHSYSTEMSteve Creech, National Aeronautics and Space Administration (NASA), United States

IAC-18.D2.8-A5.4.3 SPACETRANSPORTATIONVEHICLESFORCARGODELIVERYTOTHEORBITSOFSMALLCELESTIALBODIESOleg Sergeevich Grafodatsky, Lavochkin Association, Russian Federation

IAC-18.D2.8-A5.4.4 ANANALYSISANDSELECTIONOFLAUNCHWINDOWSANDORBITALTRAJECTORIESFORTHEJESSEOWENSTHERMONUCLEARPROPULSIONINTERPLANETARYSPACEFLIGHTMISSIONTaylor Huneycutt, The Ohio State University College of Engineering, United States

IAC-18.D2.3.12 REUSABLECRUISEROCKETFORURGENTCARGODELIVERYINCASEOFDISASTERRoman Mykhalchyshyn, Yuzhnoye State Design Office, Ukraine

IAC-18.D2.3.13 CONCEPTFORATMOSPHERICFLIGHTATSUPER-ORBITAL-SPEEDUSINGDOWNWARDLIFTJisong Zhao, Nanjing University of Aeronautics and Astronautics, China

D2.4. Future Space Transportation Systems

October 3 2018, 14:45 — CCB Lloydsaal Co-Chair(s): Carina Dorbath , MT Aerospace AG, Germany; José Gavira Izquierdo , European Space Agency (ESA), The Netherlands; Rapporteur(s): Nicolas Bérend , ONERA - The French Aerospace Lab, France;

IAC-18.D2.4.1 FUTUREEUROPEANREUSABLEBOOSTERSTAGES:EVALUATIONOFVTHLANDVTVLRETURNMETHODSJascha Wilken, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Institute of Space Systems, Germany

IAC-18.D2.4.2 THECONCEPTOFTHEDEVELOPMENTOFTHEREUSABLEINTERORBITALSPACETRANSPORTATIONSYSTEMFORPROVIDINGLUNARANDINTERPLANETARYMISSIONSSergii Moskalov, Yuzhnoye State Design Office, Ukraine

IAC-18.D2.4.3 STRATEGIESFORRE-USEOFLAUNCHVEHICLEFIRSTSTAGESMatthew Vernacchia, Massachusetts Institute of Technology (MIT), United States

IAC-18.D2.4.4 ASSESSMENTOFMULTIPLEMISSIONREUSABLELAUNCHVEHICLESMartin Sippel, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.D2.4.5 PREPARINGTHEFUTUREOFEUROPEANSPACETRANSPORTATIONKate Underhill, European Space Agency (ESA), France

IAC-18.D2.4.6 POSSIBLEAREASOFRUSSIAN-EUROPEANCOOPERATIONONTHEMARKETOFLIGHTLVLAUNCHSERVICESAleksandr Medvedev, Central Research Institute for Machine Building (FGUP TSNIIMASH), Russian Federation

IAC-18.D2.4.7 EUROPEANPLATFORMFORPOST-ISSUTILIZATIONWITHTHEDREAMCHASER®SPACECRAFTMarco Berg, OHB System, Germany

IAC-18.D2.4.8 SPACESTART,THESOLUTIONFORSPACECRAFTSERVICESANDTRANSPORTATIONINSPACE.Carlo Cassi, Thales Alenia Space Italia, Italy

IAC-18.D2.4.9 ACOMPREHENSIVEMODELINGFRAMEWORKFORINTEGRATEDSPACECRAFTANDTRAJECTORYDESIGNOFANELECTRICSPACETUGMartina Mammarella, Politecnico di Torino, Italy

IAC-18.D2.4.10 NAVIGATINGOURCISLUNARBACKYARDENABLEDBYACESMelissa Sampson, Ball Aerospace, United States

D2.5. Technologies for Future Space Transportation SystemsOctober 4 2018, 09:45 — CCB Lloydsaal Co-Chair(s): Giuseppe Rufolo , CIRA Italian Aerospace Research Centre, Italy; Lin Shen , China Academy of Launch Vehicle Technology (CALT), China; Rapporteur(s): Patrick M. McKenzie , RUAG Space, United States;

IAC-18.D2.5.1 TANKSANDSTRUCTURESFORTHENEWARIANE6Christopher Chaffardon, MT Aerospace AG, Germany

IAC-18.D2.5.2 RE-ENTRYGNCCONCEPTFORAREUSABLEORBITALPLATFORM(SPACERIDER)Rodrigo Haya Ramos, SENER Ingenieria y Sistemas, S.A., Spain

IAC-18.D2.5.3 FROG,AROCKETFORGNCDEMONSTRATIONSDavid Monchaux, Centre National d'Etudes Spatiales (CNES), France

IAC-18.D2.5.4 RUAG’SAPPROACHTOREUSABLEPAYLOADFAIRINGSINFUTURELAUNCHERSTobias Gerngross, RUAG Space, Switzerland

IAC-18.D2.5.5 ANINNOVATIVETHERMALPROTECTIONSYSTEMWITHOPPOSINGJETTHROUGHEXTENDEDNOZZLEANDFILMCOOLINGFORREUSABLELAUNCHVEHICLESShigeru Aso, Kyushu University, Japan

IAC-18.D2.5.6 DEVELOPMENTANDTESTINGOFANAERIALLIQUIDOXYGENTANKERSUPPORTAIRCRAFTTOENABLELOWCOSTLEOLAUNCHSERVICESCharles Lauer, Rocketplane Global, Inc., United States

IAC-18.D2.5.7 PRESENTSTATUSOFSYSTEMVERIFICATIONSTUDYBYREUSABLEVEHICLEEXPERIMENTSatoshi Nonaka, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.D2.5.8 DESIGNOFACONTINUOUSLYCONTROLLEDPRESSURIZATIONSYSTEMFORREUSABLELAUNCHVEHICLESSheng Zhao, China Academy of Launch Vehicle Technology (CALT), China

IAC-18.D2.5.9 PRELIMINARYGUIDANCEANDNAVIGATIONDESIGNFORTHEUPCOMINGDLRREUSABILITYFLIGHTEXPERIMENT(REFEX)Marco Sagliano, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.D2.5.10 THENATIONALPROCEEDPROGRAM-INNOVATIVELAUNCHERTECHNOLOGIESTOENHANCECRYOGENICUPPERSTAGESRalf Knoche, ArianeGroup, Germany

IAC-18.D2.5.11 ACONCEPTSTUDYOFALAUNCHVEHICLEPROPELLEDBYSOLID-FUELSCRAMJETYi Li, Northwestern Polytechnical University, China

IAC-18.D2.5.12 FLIGHTSIMULATIONSOFTHESTRATOSIIIPARACHUTERECOVERYSYSTEMLars Pepermans, Delft Aerospace Rocket Engineering (DARE), The Netherlands


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IAC-18.D3.1.6 DESIGNOFAMODULARMULTIPURPOSEMARSLANDERCONCEPTASHIGHRELIABILITYDEPLOYMENTARCHITECTUREFORAROBOTICRECONNAISSANCEUNITJuan Carlos Mariscal, Facultad de Ingeniería-UNAM, Mexico

IAC-18.D3.1.7 KEYBUILDINGBLOCKSFORFUTURESYSTEMSOFSYSTEMSFOREXPLORATION+MODULAR,SCALABLEAVIONICSMatthias Maeke-Kail, , Austria

IAC-18.D3.1.8 SPACEREADY:THELAUNCHPADFOREMERGINGAGENCIESBen Adams, International Space University (ISU)/University of South Australia, Australia

IAC-18.D3.1.9 STRATEGICCONSIDERATIONSFORRESOURCEUTILISATIONINAFUTURESPACE-BASEDECONOMYManny Shar, Bryce Space and Technology, United Kingdom

IAC-18.D3.1.10 TECHNOLOGY-DRIVENCHALLENGESINTHEGOVERNANCEOFFUTURESPACECOLONIESNikola Schmidt, Charles University, Czech Republic

IAC-18.D3.1.11 Y-ISEF:ANEWBUILDINGBLOCKFORENABLINGTHEFUTUREOFSPACEEXPLORATIONMika Ochiai, Japan Aerospace Exploration Agency (JAXA), Japan

D3.2. Systems and Infrastructures to Implement Future Building Blocks in Space Exploration and DevelopmentOctober 2 2018, 14:45 — Bremen 1 Co-Chair(s): Paivi Jukola , Aalto University, Finland; Scott Hovland , European Space Agency (ESA), The Netherlands; Rapporteur(s): William H. Siegfried , The Boeing Company, United States;

IAC-18.D3.2.1 CO2HYDROGENATIONANDWATERELECTROLYZERTANDEMSYSTEMTOGENERATEOXYGENANDWATERYoshitsugu Sone, Japan Aerospace Exploration Agency (JAXA), ISAS, Japan

IAC-18.D3.2.2 POWERINGSPACE:THEPOTENTIALROLEOFSOLARPOWERINEXPLORATION,DEVELOPMENTANDSETTLEMENTJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-18.D3.2.3 THEFIRSTCOMMERCIALAIRLOCKMODULE:BUILDINGTHECOMMERCIALSPACEMARKETBrock Howe, Nanoracks, United States

IAC-18.D3.2.4 ABIOLOGICALNUTRIENTCYCLEFORAPARTIALLYSELF-SUFFICIENTCOLONYBenjamin Lehner, TU Delft, The Netherlands

IAC-18.D3.2.5 GATEWAYEARTHTAKINGOFF:DETAILINGINFRASTRUCTUREANDMISSIONLOGISTICSMatjaz Vidmar, The University of Edinburgh, United Kingdom

IAC-18.D3.2.6 MARSIN-SITUWATEREXTRACTIONWHILEPREPARINGAHARDENEDLANDINGZONEStan Kaethler, International Space University (ISU), Canada

IAC-18.D3.2.7 BENEFITSANDAPPROACHESOFARTIFICIALLYINDUCINGGRAVITYINDEEP-SPACEHABITATSUTILIZINGTORPORJohn Bradford, SpaceWorks Enterprises, Inc., United States

IAC-18.D3.2.8 MARSEXPEDITIONRESUPPLYNODES[MERN]:DESIGNOFREUSABLE,TRANSPORTABLEINSITURESOURCEUTILISATIONMODULESFORSUSTAINABLEMARTIANINFRASTRUCTUREHamish McPhee, The University of Adelaide, Australia

IAC-18.D3.2.9 SPACEBASEDELECTRICITYSYSTEMBYUSINGMARTIANDUSTSTORMSShivangi Chauhan, University of Petroleum and Energy Studies, India

IAC-18.D3.2.10 CONCEPTUALDESIGNOFAHIGH-POWERSOLAR-ELECTRICTRANSPORTATIONSYSTEMFORMARSEXPLORATIONSteffen Callsen, Bremen University of Applied Sciences, Germany

IAC-18.D3.2.11 MICRO-SATELLITESFORINTERPLANETARYANDDEEPSPACEEXPLORATION–POTENTIAL,LIMITATIONS,ANDCAPABILITIESPiotr Perczynski, OHB System AG, Germany

IAC-18.D3.2.12 FUTURESPACEMISSIONSWITHRECONFIGURABLEMODULARPAYLOADMODULESANDSTANDARDINTERFACE–ANOVERVIEWOFTHESIROMPROJECTJAVIER VINALS, SENER Ingenieria y Sistemas, S.A., Spain

IAC-18.D3.2.13 STRATEGICDESIGNRESEARCHANDMASTERPLANNINGFORCONSTRUCTIONOFCOMPLEXINFRASTRUCTUREPaivi Jukola, Aalto University, Finland

D3.3. Novel Concepts and Technologies to Enable Future Building Blocks in Space Exploration and DevelopmentOctober 3 2018, 14:45 — Bremen 1 Co-Chair(s): Alain Pradier , European Space Agency (ESA), The Netherlands; Christopher Moore , National Aeronautics and Space Administration (NASA), United States; Rapporteur(s): Alain Dupas , European Bank for Reconstruction and Development, France; Junjiro Onoda , Japan Society for Aeronautics and Space Sciences (JSASS), Japan;

IAC-18.D3.3.1 MARSPROSPECTOR:LEADINGTHEWAYTOIN-SITURESOURCEUTILIZATIONONTHEREDPLANETWayne Sidney, Laboratory for Atmospheric and Space Physics (LASP) at University of Colorado, United States

IAC-18.D3.3.2 AUTONOMOUSMULTI-MODEROVERNAVIGATIONFORLONG-RANGEPLANETARYEXPLORATIONUSINGORBITALANDLOCALLYPERCEIVEDDATARóbert Marc, Airbus Defence and Space, United Kingdom

IAC-18.D3.3.3 VALIDATIONOFTHEI3DS:SUITEOFSENSORSFORORBITALANDPLANETARYMISSIONSSabrina Andiappane, Thales Alenia Space – France, France

IAC-18.D3.3.4 CRITICALASSESSMENTOFIN-SPACEASSEMBLYANDMANUFACTURINGVIABILITYASAPPLIEDTONEWMISSIONSLauren Smith, Northrop Grumman Aerospace Systems, United States

IAC-18.D3.3.5 DISCUSSIONONBOTTLENECKANDCOUNTERMEASUREOFIN-SPACEASSEMBLYTECHNOLOGYLing-bin ZENG, Shanghai Aerospace System Engineering Institute, China

IAC-18.D3.3.6 ARECONFIGURABLECOMMUNICATIONARCHITECTUREFORMODULARSATELLITESDung Tham, TU Berlin, Germany

IAC-18.D2.8-A5.4.5 ANALYSISOFNUCLEARTHERMALPROPULSION(NTP)ENABLEDHELIOPAUSETRAJECTORIES,USINGSOLAR-OBERTHMANEUVERSANDINNERPLANETARYGRAVITYASSISTDennis Scott, The Ohio State University, United States

IAC-18.D2.8-A5.4.6 DESIGNANDOPTIMIZATIONOFTRANSFEROFRESOURCESFROMTHELUNARSURFACETOLUNARORBITGiovanni Artuso, Politecnico di Torino, Italy

IAC-18.D2.8-A5.4.7 DEEPSPACETRANSPORTATIONENHANCEDBY20KW-CLASSHALLEFFECTTHRUSTERChristopher Andrea Paissoni, Politecnico di Torino, Italy

IAC-18.D2.8-A5.4.8 ANOVELMETHODFORMANNEDASTEROIDSLANDINGMISSIONSCALEANALYSISBASEDONMISSIONARCHITECTUREMATRIXYuxian Yue, Beihang University, China

IAC-18.D2.8-A5.4.10 EXPLOITINGAHIGH-POWERELECTRICSPACETUGTOSUPPORTTHEDEEPSPACEGATEWAYMartina Mammarella, Politecnico di Torino, Italy

IAC-18.D2.8-A5.4.11 RESEARCHONTHEPRELIMINARYCONCEPTUALDESIGNOFORBITTRANSFERVEHICLEBASEDONNUCLEARTHERMALPOWERDong Zhang, National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi'an,, China

D2.9-D6.2. Safe Transportation Systems for Sustainable Commercial Human Spaceflight / Small Launchers: Concepts and Operations (Part II)October 5 2018, 13:30 — CCB Lloydsaal Co-Chair(s): Aline Decadi , HE Space Operations, France; Martin Sippel , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Charles E. Cockrell Jr. , National Aeronautics and Space Administration (NASA), United States;

IAC-18.D2.9-D6.2.1 EVOLUTIONOFCREWSAFETYCRITERIAFORFUTURESPACETRANSPORTATIONSYSTEMSAline Decadi, HE Space Operations, France

IAC-18.D2.9-D6.2.2 FROMAVIATIONTOURISMTOSUBORBITALSPACETOURISM:ASTUDYANDDISCUSSIONONTOURISTSCREENINGCRITERIAANDBUSINESSOPPORTUNITIESEva Yi-Wei Chang, University of Science & Technology, Taiwan, China

IAC-18.D2.9-D6.2.3 RISKMANAGEMENTFORCOMMERCIALHUMANSPACEFLIGHTAndrea Harrington, Air University, United States

IAC-18.D2.9-D6.2.4 ANEWCOMMERCIALSPACEFLIGHTTRAININGPROGRAMFORSUBORBITALANDORBITALSPACEFLIGHTCharles Lauer, Blue Abyss, United States

IAC-18.D2.9-D6.2.5 THEROLEOFPARLIAMENTSINSPACEANDSECURITYAngeliki Papadimitriou, European Space Agency (ESA), France

IAC-18.D2.9-D6.2.7 INTERNALNOISESOURCELOCATIONOFMANNEDSPACECRAFTCAPSULEBASEDONSPHERICALMICROPHONEARRAYDandan Ding, , China

IAC-18.D2.9-D6.2.8 ACRITICALASSESSMENTOFTHESMALLLAUNCHVEHICLEMARKETDaniel Adams, United Launch Alliance, United States

IAC-18.D2.9-D6.2.9 SMALLLAUNCHVEHICLES-A2018STATEOFTHEINDUSTRYSURVEYCarlos Niederstrasser, Northrop Grumman Corporation, United States

IAC-18.D2.9-D6.2.10 INVESTIGATIONONREENTRYANDRECOVERYSCENARIOSOFASUBORBITALROCKETFORREUSABILITYPURPOSESHamed Gamal, SpaceForest Ltd., Poland

IAC-18.D2.9-D6.2.11 ILR-33„AMBER”ROCKET-APLATFORMFORMICROLAUNCHERSYSTEMTECHNOLOGYDEVELOPMENTDawid Cieslinski, Institute of Aviation, Poland

IAC-18.D2.9-D6.2.12 OVERVIEWOFTHESABERMISSIONANDLAUNCHVEHICLEDESIGNJared Fuchs, University of Alabama in Huntsville, United States

D3. 16th IAA SYMPOSIUM ON BUILDING BLOCKS FOR FUTURE SPACE EXPLORATION AND DEVELOPMENTCoordinator(s): Alain Pradier , European Space Agency (ESA), The Netherlands; John C. Mankins , ARTEMIS Innovation Management Solutions, LLC, United States;

D3.1. Strategies & Architectures as the Framework for Future Building Blocks in Space Exploration and DevelopmentOctober 1 2018, 15:00 — Bremen 1 Co-Chair(s): John C. Mankins , ARTEMIS Innovation Management Solutions, LLC, United States; Maria Antonietta Perino , Thales Alenia Space Italia, Italy; Rapporteur(s): Anouck Girard , University of Michigan, United States;

IAC-18.D3.1.1 ADVANCINGTHEVISIONOFAMOONVILLAGE:RECENTPROGRESSJohn C. Mankins, ARTEMIS Innovation Management Solutions, LLC, United States

IAC-18.D3.1.2 BENEFITSOFAJAPAN-AUSTRALIAALLIANCEWITHINAPROPOSEDINTERNATIONALGOVERNANCESTRUCTUREFORAFUTUREMOONBASEDanielle DeLatte, University of Tokyo, Japan

IAC-18.D3.1.3 COPUOSSIMULATIONWORKSHOPRESULTSFROMTHE2018ISUSPACESTUDIESPROGRAMTuva Atasever, International Space University, France

IAC-18.D3.1.4 INTERFACESTANDARDIZATIONFORTHEMOONVILLAGEDiogo Coutinho, International Space University (ISU), Germany

IAC-18.D3.1.5 THEINTERNATIONALLUNARDECADE:FRAMEWORKFORINTERNATIONALCOOPERATIONINLUNARDEVELOPMENTVidvuds Beldavs, University of Latvia, Latvia


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IAC-18.D4.1.7 PROJECTION-BASEDVISUALIZATIONTECHNOLOGYANDITSDESIGNIMPLICATIONSINSPACEHABITATSOlga Bannova, University of Houston, United States

IAC-18.D4.1.8 SYSTEMARCHITECTUREANDGNCALGORITHMSFORLUNARSURFACEPRECISIONLANDINGANDTRANSFERTRAJECTORIESOPTIMIZATIONKarim Hacene Lhadj, Politecnico di Torino, Italy

IAC-18.D4.1.11 USESOFTHEBLOCKCHAINTECHNOLOGYINSPACE4.0Lukas Plazovnik, , Austria

IAC-18.D4.1.12 THEORYANDAPPLICATIONOFDEEPNEURALNETWORKSINFUTUREDEEPSPACEAUTONOMOUSEXPLORATIONMISSIONJie Zhang, Shanghai Insitute of Satellite Engineering, China

IAC-18.D4.1.13 USINGDEEPLEARNINGFORSPACEOBJECTPOSEDETECTIONHuo Yurong, Academy of Equipment, China

IAC-18.D4.1.14 TOPOLOGICALSTRUCTUREDESIGNOFNON-CONTACTINGFLUX-PINNEDINTERSATELLITECONNECTIONWITHPASSIVESTABILITYQingyun Mao, Shanghai Engineering Center for Microsatellites, China

IAC-18.D4.1.15 STUDYOFVARIOUSSENSORANDBIOSENSORSBASEDAPPLICATIONSFORMARSSOURAV KARMAKAR, , India

IAC-18.D4.1.16 ROADMAPTOTHESTARS:ANTICIPATEDANDREQUIREDTECHNOLOGYBREAKTHROUGHSMILESTONESAntoine Faddoul, Tony Sky Designs Group, United States

IAC-18.D4.1.17 SENTIENCENishanth Mudkey, , Australia

IAC-18.D4.1.18 (non-confirmed) ASPACESETTLEMENTMODULARCONSTRUCTIONSYSTEMGiorgio Gaviraghi, Unispace Exponential Creativity, Italy

IAC-18.D4.1.19 (non-confirmed) FROMTHEEARTHTOTHEMOONBYGONDOLAJean-Yves Prado, PLATINEO, France

D4.2. Contribution of Space Activities to Solving Global Societal IssuesOctober 3 2018, 09:45 — Bremen 1 Co-Chair(s): Giuseppe Reibaldi , Moon Village Association, France; Yu Lu , China Academy of Launch Vehicle Technology, China, China; Rapporteur(s): Paivi Jukola , Aalto University, Finland;

IAC-18.D4.2.1 GALILEOANDCOPERNICUSFORALLMANKINDVera Pinto Gomes, European Commission, Belgium

IAC-18.D4.2.2 AROADMAPFORTHEAUSTRALIANSPACEINDUSTRYTOCONTRIBUTETOGLOBALSOCIETALCHALLENGESWarren Flentje, CSIRO, Australia

IAC-18.D4.2.3 ANAFRICANCOUNTRYFIRSTSATELLITEANDSPACESTRATEGY:THEIRROLEINADDRESSINGGLOBALSOCIETALCHALLENGESTHROUGHOUTERSPACEMagda Cocco, Vieira de Almeida & Associados, Portugal

IAC-18.D4.2.4 THEIMPACTOFSPACEECONOMYONCHINA’SSOCIALDEVELOPMENTMu YANG, China Great Wall Industry Corporation (CGWIC), China

IAC-18.D4.2.5 CHINA'SSPACEPROGRAMME-BORNOUTOFNATIONALNEEDSPOISEDTOSUPPORTGLOBALPROGRESS　Jacqueline Myrrhe, Journalist, Germany

IAC-18.D4.2.6 OBSERVINGTHESUSTAINABLEDEVELOPMENTGOALS(SDGS)INMARSANALOGHABITATSJulio Rezende, Brazilian Space Agency (AEB), Brazil

IAC-18.D4.2.7 GREATEREARTHSOLUTIONSTOTERRESTRIALPROBLEMSArthur R. Woods, Ars Astronautica, Switzerland

IAC-18.D4.2.8 PUBLICSPACEHEALTH:CONCEPTOFHEALTHIERSOCIETIESINTHEAGEOFSPACETOURISMOlga Sokolova, Peter the Great St. Petersburg Polytechnic University, Switzerland

IAC-18.D4.2.9 SPACEEXPLORATIONINVIEWOFTERRESTRIALCHALLENGES;PROTECTIONOFRESOURCESBYCLOSE-LOOPPROCESSESKlaus Bockstahler, Airbus Defence & Space, Space Systems, Germany

IAC-18.D4.2.11 THEDISSEMINATIONOFKNOWLEDGEANDTHECONSOLIDATIONOFAPEDAGOGYFORTHESOLUTIONOFSOCIALPROBLEMSATTHEGLOBALLEVEL.Pilar Zamora, , Colombia

IAC-18.D4.2.12 BUILDINGINSPACE:FIRSTSTEPSINCIVILEXPANSIONBEYONDEARTHAdriano Autino, Space Renaissance International, Italy

IAC-18.D4.2.13 TOWARDSASELF-SUSTAINABLEPRODUCTIONOFPROTEINSINSPACE:APROPOSEDSOLUTIONANDROADMAPFrancesco Spina, Luleå University of Technology, Sweden

IAC-18.D4.2.14 LIVINGLABORATORIES:EXTENDINGTHEBIOSPHERETOSPACE?Matjaz Vidmar, The University of Edinburgh, United Kingdom

D4.3. Conceptualizing Space Elevators and Tethered SatellitesOctober 4 2018, 09:45 — Bremen 1 Co-Chair(s): Akira Tsuchida , International Academy of Astronautics (IAA), Japan; Peter Swan , International Space Elevator Consortium, United States; Rapporteur(s): Yoji Ishikawa , Obayashi Corporation, Japan;

IAC-18.D4.3.1 GALACTICHARBOURDUALITY–ENTERPRISEANDINFRASTRUCTUREPeter Swan, International Space Elevator Consortium, United States

IAC-18.D4.3.2 NON-TECHNOLOGICALRISKABSTRACTIONANDCONSIDERATIONFORSPACEELEVATORDEVELOPMENTAkira Tsuchida, International Academy of Astronautics (IAA), Japan

IAC-18.D4.3.3 SURVIVABILITYOFCARBONNANOTUBESINSPACEYoji Ishikawa, Obayashi Corporation, Japan

IAC-18.D4.3.4 MAINTAININGSTABILITYOFTHEMULTI-STAGESPACEELEVATORJohn Knapman, , United Kingdom

IAC-18.D3.3.7 URBAN:CONCEIVINGALUNARBASEUSING3DPRINTINGTECHNOLOGIESAntonella Sgambati, OHB System AG-Bremen, Germany

IAC-18.D3.3.8 FULL-SCALETERRESTRIALDEMONSTRATORFORLUNARILMENITEREDUCTIONWITHCONCENTRATEDSOLARPOWERThorsten Denk, CIEMAT-Plataforma Solar de Almería, Spain

IAC-18.D3.3.9 BIOREACTORDESIGNTOPERFORMMICROBIALMININGACTIVITIESONANOTHERCELESTIALBODYBenjamin Lehner, TU Delft, The Netherlands

IAC-18.D3.3.10 SPACEBOK–EXPLORINGLEGGEDJUMPINGLOCOMOTIONFORSPACEEXPLORATIONPhilip Arm, ETHZ, Switzerland

IAC-18.D3.3.11 STEREO,HIGH-RESOLUTIONANDTHERMALCAMERADESIGNFORINTEGRATIONINTOTHEI3DSSENSORSUITEFORFUTUREROBOTICSMISSIONSChris van Dijk, Cosine Research BV, The Netherlands

IAC-18.D3.3.12 PERFORMANCEDATAPROCESSOR(HPDP)–ANEWGENERATIONSPACEPROCESSORBECOMESREALIngo Saenger, Airbus DS GmbH - HE Space, Germany

IAC-18.D3.3.13 ON-BOARDSPECTRUMANALYSIS(SIGINT/COMINT)ORSARON-BOARDPROCESSINGWITHFULLFLOATINGPOINTFFT-PROCESSINGNOWREADYFORLIFT-OFF.Bert-Johan Vollmuller, National Aerospace Laboratory (NLR), The Netherlands

D3.4. Space Technology and System Management Practices and ToolsOctober 4 2018, 14:45 — Bremen 1 Co-Chair(s): John C. Mankins , ARTEMIS Innovation Management Solutions, LLC, United States; Paivi Jukola , Aalto University, Finland; Rapporteur(s): Maria Antonietta Perino , Thales Alenia Space Italia, Italy;

IAC-18.D3.4.1 LOOSENINGOURGRIPONINNOVATION:ENCOURAGINGCHANGEINMILITARYSPACETECHNOLOGYClaire Wilhelm, Space Policy Institute, George Washington University, United States

IAC-18.D3.4.2 PLUGANDPLAYOPTIMIZATIONFORADVANCEDCONCEPTSMODELLINGTOOLSJohannes Norheim, Massachusetts Institute of Technology (MIT), United States

IAC-18.D3.4.3 TOWARDSUAE'SSPACESCIENCE,TECHNOLOGYANDINNOVATIONROADMAPKhaled Al Hashmi, UAE Space Agency, United Arab Emirates

IAC-18.D3.4.4 PROCUREMENTCHALLENGESANDLESSONSLEARNEDINTHEFRAMEOFSATELLITEDEVELOPMENTPHASESAntonio Accettura, OHB System AG - Munich, Germany

IAC-18.D3.4.5 THEESCCQPLTOOL:FORTYYEARSOFQUALIFIEDCOMPONENTINSPACEAnastasia Pesce, ESA, The Netherlands

IAC-18.D3.4.6 AHARDWAREDEVELOPMENTTOOLSTACKFORFUTURESPACEEXPLORATION-TOOLSELECTIONCRITERIALouise Lindblad, Valispace, Germany

IAC-18.D3.4.7 ARENEWEDINVESTIGATIONOFPREDICTORSOFCONTINUINGTECHNOLOGYDEVELOPMENTEFFORTSINNASA’SCENTERINNOVATIONFUND(CIF)PROGRAMStephanie Booth, Bryce Space and Technology, United States

IAC-18.D3.4.9 TRLSFORDESIGN-ENGINEERINGOFTOMORROWPaivi Jukola, Aalto University, Finland

IAC-18.D3.4.10 DISRUPTIVER&DINTHESPACESECTORStefano Ferretti, European Space Policy Institute (ESPI), Austria

IAC-18.D3.4.11 ISITPOSSIBLETOBESPACEAGILE?ANEWAPPROACHFORSPACEMISSIONDESIGNANDIMPLEMENTATIONTHROUGHANHYBRIDAGILEMETHODOLOGYWalter Calles, , Mexico

IAC-18.D3.4.12 AVVTAPPROACHFORREDUCINGSYSTEMDEVELOPMENTTIMEGUIDEDBYREQUIREDMATURITYANDACCEPTANCELEVEL:ACASESTUDYOFNANOSATC-BR2PROJECTJeanne Samara S Lima, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.D3.4.13 FIPSNETWORKAPLICATIONFrancesco De Rose, ArianeGroup, Germany

D4. 16th IAA SYMPOSIUM ON VISIONS AND STRATEGIES FOR THE FUTURECoordinator(s): Giuseppe Reibaldi , Moon Village Association, France; Yu Lu , China Academy of Launch Vehicle Technology, China, China;

D4.1. Innovative Concepts and Technologies

October 2 2018, 09:45 — Bremen 1 Co-Chair(s): Giorgio Saccoccia , European Space Agency (ESA), The Netherlands; Roger X. Lenard , LPS, United States; Rapporteur(s): Xiaowei WANG , China Academy of Launch Vehicle Technology (CALT), China;

IAC-18.D4.1.1 DEVELOPMENTOFNATUREINSPIREDASTRONAUTICANDAERONAUTICTECHNOLOGYTHROUGHTHEPERIODICTABLEOFLIFE(PETAL)Nicholas Bense, NASA Glenn Research Center, United States

IAC-18.D4.1.2 (non-confirmed) 3-DIMAGINGSYSTEMSANDSPACEMISSIONSINTHE21STCENTURYValery D. Petrov, , Germany

IAC-18.D4.1.3 ADVANCEDROBOTICSYSTEMSINTHECONTEXTOFFUTURESPACEEXPLORATIONWiebke Brinkmann, DFKI Robotics Innovation Center Bremen, Germany

IAC-18.D4.1.4 FROM2001:ASPACEODYSSEYTOTOMORROW’SREALITY:EVOLVINGARTIFICIALGRAVITYTHROUGHSTRATEGICDEVELOPMENTEmily Petersen, Purdue University, United States

IAC-18.D4.1.5 DYNAMICSIMULATIONANDEXPERIMENTOFELECTROMAGNETICFLEXIBLEDEPLOYMENTFORLARGESPACECRAFTSTRUCTUREJun Jiang, Shanghai Engineering Center for Microsatellites, Chinese Academy of Sciences (CAS), China


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IAC-18.D4.5.4 ACASESTUDYFORALUNARBASESUPPORTINGALEOPROPELLANTDEPOTEmeline De Antonio, Centre National d'Etudes Spatiales (CNES), France

IAC-18.D4.5.5 NEAR-EARTHASTEROIDSUTILIZATIONASABASEFORBUILDINGOFEARTH-MARS-MOONECONOMYShamil Biktimirov, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.D4.5.6 MARSGASSTATION:TRANSITIONFROMINDEPENDENTMISSIONSOFPROPELLANTPRODUCTIONHARDWARETOEXTRATERRESTRIAL"GASSTATIONS"SUPPORTINGREUSABLELANDERSStan Kaethler, International Space University (ISU), Canada

IAC-18.D4.5.7 GROUNDICERESOURCESOFTHEPROTONILUSMENSAESophia Casanova, University of New South Wales, Australia

IAC-18.D4.5.8 (non-confirmed) CHARACTERIZINGLUNARSIMULANTBP-1WITHEXPERIMENTALANDSIMULATIONFORCECOMPARISONSAndrew Thoesen, Arizona State University, United States

IAC-18.D4.5.9 LEGALITYOFSPACEPRODUCT:RIGHTSANDOBLIGATIONSARISINGFROMSPACEMININGACTIVITIESYangzi Tao, Keio University, Japan

IAC-18.D4.5.10 EXTRACTIONOFIRONANDSILICONFROMREGOLITHSIMULANTSUSINGAMICROBIALAPPROACHINCOMBINATIONWITH3DPRINTINGTECHNOLOGYJesica Urbina, NASA Ames Research Center, United States

IAC-18.D4.5.11 EXPLORINGPOTENTIALENVIRONMENTALBENEFITSOFASTEROIDMININGAndreas Makoto Hein, Ecole Centrale de Paris, France

IAC-18.D4.5.12 EXPLORATIONOFKUIPERBELTANDUSINGITSASAPOSSIBLEOUTPOSTFORFUTURESPACEMISSIONSANDUTILISATIONOFITSRESOURCESFORFURTHERPROPULSIONOFSPACECRAFTSShivangi Chauhan, University of Petroleum and Energy Studies, India

IAC-18.D4.5.13 LEGALCONSIDERATIONSONTHEEXPLOITATIONOFSPACERESOURCESErmanno Napolitano, McGill Univeristy, Canada

IAC-18.D4.5.14 ATECHNO-ECONOMICANALYSISOFASTEROIDMININGAndreas Makoto Hein, Ecole Centrale de Paris, France

IAC-18.D4.5.15 LOGISTICSPROBLEMSINTHEDESIGNOFANASTEROIDMININGINDUSTRYScott Dorrington, UNSW Australia, Australia

IAC-18.D4.5.16 LAUNCHSTATUSCHECK:COMMERCIALSPACEPROSPECTINGIN2018Austin Murnane, , United States

IAC-18.D4.5.17 CONCENTRATEDRESOURCESONTHEMOON:POLICYANDLEGALCONSTRAINTSMartin Elvis, Harvard-Smithsonian Center for Astrophysics (CfA), United States

IAC-18.D4.5.18 SPACEFOUNDRY:RECYCLINGSPACEDEBRISINTORAWMATERIALSFORIN-SPACEUSEJan Walter Schroeder, CisLunar Industries, Germany

D5. 51st IAA SYMPOSIUM ON SAFETY, QUALITY AND KNOWLEDGE MANAGEMENT IN SPACE ACTIVITIESCoordinator(s): Jeanne Holm , University of California, United States; Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom;

D5.1. Quality and safety, a challenge for traditional and new spaceOctober 2 2018, 14:45 — Bremen 2 Co-Chair(s): Alexander S. Filatyev , Central AeroHydrodynamic Institute (TsAGI), Russian Federation; Manola Romero , 3AF, France; Rapporteur(s): Pierre Molette , , France;

IAC-18.D5.1.1 ACONCEPTFORSYSTEMINTEGRATIONOFGROUNDBASEDSPACEINFRASTRUCTUREOFCOSMODROMEINORDERTOPROVIDEQUALITYANDSAFETYATROCKETLAUNCHIgor Barmin, Center for Ground Space Infrastructure Operation (FGUP TsENKI), Russian Federation

IAC-18.D5.1.2 AFRAMEWORKFORSAFESYSTEMDESIGNINSPACELAUNCHVEHICLESBarret Schlegelmilch, Massachusetts Institute of Technology (MIT), United States

IAC-18.D5.1.4 MATRIOCHKASPACEPROJECTD5.1Pierre GABRIELLI, ESTACA, France

IAC-18.D5.1.5 SPACECRAFTSAFETYINVERYLOWEARTHORBITSAlexander Golikov, Central AeroHydrodynamic Institute (TsAGI), Russian Federation

IAC-18.D5.1.6 CHALLENGESFORCUBESATSSAFETYDESIGNANDVERIFICATIONTODOLEANSATELLITEDEVELOPMENTMengu Cho, Kyushu Institute of Technology, Japan

IAC-18.D5.1.7 RESEARCHANDAPPLICATIONOFMACHINE-LEARNING-ORIENTEDSPACECRAFTHEALTHMANAGEMENTPLATFORMKai Luo, China Aerospace Science & Industry Academy, China

IAC-18.D5.1.8 RESEARCHONSPACECRAFTPERFORMANCEDEGRADATIONBASEDONTELEMETRYDATAWEI XU, Science and Technology on Space Physics Laboratory, China

IAC-18.D5.1.9 CASTANALYSISOFTHEINTERNATIONALSPACESTATIONEVA23SUITWATERINTRUSIONMISHAPAkshay Kothakonda, Massachusetts Institute of Technology (MIT), United States

IAC-18.D5.1.10 (non-confirmed) RISKMANAGEMENTFORTHEREAL-TIMELAUNCHINGCALIBRATIONSYSTEMINSIDETHEHARDWAREDESIGNANDFAILUREANALYSISAPPROACH(FTA&MARKOVCHAINS)FORTHEREAL-TIMEMEXICANSATELLITESPACELAUNCHCENTEROmar Ariosto Niño Prieto, OneSide Tech, Mexico

IAC-18.D5.1.11 RELIABILITYPREDICTIONOFSTUDENT-BUILTCUBESATSMichael Weisgerber, Technical University of Munich, Germany

IAC-18.D4.3.5 ATMOSPHERICELECTRICITYMODULATIONCAUSEDBYSPACEELEVATORMasashi Kamogawa, , Japan

IAC-18.D4.3.6 PROPOSALSFORGROWINGSPACEELEVATORTRLBYOPERATIONOFDEMONSTRATORSYSTEMSPeter Robinson, , United Kingdom

IAC-18.D4.3.7 AJOURNEYOFSTUDENTSPACEELEVATORDEVELOPMENTTim Wiese, WARR, Germany

IAC-18.D4.3.9 ASTUDYOFMARINENODEINCONSTRUCTIONSTAGEOFTHESPACEELEVATORTakeyuki Fukazawa, , Japan

IAC-18.D4.3.10 OPTIMUMCONTROLOFCABLEDEPLOYMENTOFSPACEELEVATORFROMGEOSTATIONINTWODIRECTIONSYoshiki Yamagiwa, Shizuoka University, Japan

IAC-18.D4.3.11 DESIGNANDDEVELOPMENTOFTHETETHERMOVINGSYSTEMUSINGNANOSATELLITEDaichi Murakami, Nihon University, Japan

IAC-18.D4.3.12 EXPERIMENTSTUDYOFCLIMBERMECHANISMWITHCROSSROLLERSYSTEMFORHEAVYLOADINSPACEELEVATORFumihiro Inoue, Shonan Institute of Technology, Japan

IAC-18.D4.3.13 LINEARDIRECTDRIVEMOTORMECHANISMFORUSEINTETHEREDSATELLITESJun Maeda, Nihon University, Japan

IAC-18.D4.3.14 ORBITALMOTIONOFVERYLONGSYSTEMSTetsuo Yasaka, QPS Institute, Japan

IAC-18.D4.3.15 THEEFFECTSOFPAYLOADTRANSPORTATIONONTHETETHEREDSYSTEMSINLOWEARTHORBITShun Yokota, Nihon University, Japan

IAC-18.D4.3.16 CONDUCTIVETETHERPATTERNINGFORTETHEREDSATELLITEAPPLICATIONSDARREN COSTE, Nihon University, Japan

IAC-18.D4.3.17 MARSLIFTUPDATEMartin Lades, , Germany

IAC-18.D4.3.18 DISASSEMBLYOFNEAREARTHASTEROIDSBYLEVERAGINGROTATIONALSELF-ENERGYAndrea Viale, University of Glasgow, United Kingdom

D4.4. Strategies for Rapid Implementation of Interstellar Missions: Precursors and BeyondOctober 5 2018, 09:45 — Bremen 1 Co-Chair(s): Giancarlo Genta , Politecnico di Torino, Italy; Mae Jemison , 100 Year Starship, United States; Rapporteur(s): Emeline De Antonio , Centre National d'Etudes Spatiales (CNES), France;

IAC-18.D4.4.1 IN-SITUINVESTIGATIONOFTHEINTERSTELLARMEDIUMRobert F. Wimmer-Schweingruber, University of Kiel, Germany

IAC-18.D4.4.2 NEAR-TERMINTERSTELLARPROBE:FIRSTSTEPRalph L. McNutt, Jr., Johns Hopkins University Applied Physics Laboratory, United States

IAC-18.D4.4.3 DECELERATINGINTERSTELLARPROBESWITHMAGNETICSAILSClaudius Gros, University of Frankfurt am Main, Germany

IAC-18.D4.4.5 CHARACTERIZATIONOFANON-STATIONARYSPHERICALINFLATEDLIGHTSAILFORULTRA-FASTINTERSTELLARTRAVELBYUSINGCOMMERCIAL3DCODESDario Riccobono, Politecnico di Torino, Italy

IAC-18.D4.4.6 PROJECTGLOWWORM:TESTINGLASERSAILPROPULSIONINLEOZachary Burkhardt, International Space University (ISU), United States

IAC-18.D4.4.7 USINGGRAPHENEINTERSTELLARSOLARPHOTONSAILS:SENSITIVITYSTUDIESFORPICO-PROBESANDARKSGregory Matloff, New York City College of Technology, United States

IAC-18.D4.4.8 CASESTUDYOFANINTERSTELLARMISSIONTOTAUCETI:UNMANNEDINTERSTELLARPROBEUSINGGASCORENUCLEARREACTORSWITHEARLY21STCENTURYTECHNOLOGYUgur Guven, UN CSSTEAP, United States

IAC-18.D4.4.9 DYNAMICANALYSISOFSPACETETHERSYSTEMWITHSLIDINGBEAD-CAPSULEFORPAYLOADDELIVERYVladimir S. Aslanov, Samara National Research University, Russian Federation

IAC-18.D4.4.10 PATENTMANAGEMENTFORSPACESTRUCTURESAtsuya TAKESHITA, CABINET PLASSERAUD, France

IAC-18.D4.4.11 MULTI-TETHEREDMANEUVERSFORASPACECRAFTPASSINGNEARTHEMOONAntonio Fernando Bertachini Almeida Prado, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.D4.4.12 THEPHOBOSL-1OPERATIONALTETHEREXPERIMENTKevin Kempton, NASA, United States

IAC-18.D4.4.13 LARGETETHERSYSTEMSANDISSREUSEZachary Burkhardt, International Space University (ISU), United States

IAC-18.D4.4.14 MEDIUMEARTH-ORBITTETHEREXTENDINGOURREACHNisheet Singh, International Space University (ISU), France

D4.5. Space Resources: Technologies, Systems, Missions and PoliciesOctober 5 2018, 13:30 — Bremen 1 Co-Chair(s): Peter Swan , International Space Elevator Consortium, United States; Roger X. Lenard , LPS, United States; Rapporteur(s): Helen Tung , Moon Village Association, Australia;

IAC-18.D4.5.1 COMMERCIALLUNARCRATERPROSPECTORARCHITECTUREANDECONOMICASSESSMENTRoger X. Lenard, LPS, United States

IAC-18.D4.5.2 COMMERCIALLUNARRESOURCEEXTRACTIONSUPPLYINGALEOPROPELLANTDEPOTRoger X. Lenard, LPS, United States

IAC-18.D4.5.3 TECHNOLOGIESANDOPPORTUNITIESFORCOMMERCIALUTILIZATIONOFMOONWATERBozhidar Bahov, Space Mining Technologies, The Netherlands


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IAC-18.D5.4.1 EUROPE'SMANAGEMENTOFUNCONVENTIONALTHREATSTOSPACEOPERATIONSJana Robinson, The Prague Security Studies Institute, Czech Republic

IAC-18.D5.4.2 RESEARCHINGONSATELLITESTECHNOLOGYINCYBERSPACETHREATSLIWEI WANG, Beijing Institute of Space Launch Technology, China

IAC-18.D5.4.3 WHATSPACEMISSIONSCANLEARNFROMCYBER-SECURITYBREACHES(ANDCOUNTER-MEASURES)INTHETELECOMMUNICATIONSINDUSTRYScott Millwood, , The Netherlands

IAC-18.D5.4.4 QUANTUMKEYDISTRIBUTIONUSINGSPACE-BASEDPHOTONSOURCESRobert Bedington, S-Fifteen Space Systems, Singapore, Republic of

IAC-18.D5.4.5 SMALLSATCONSTELLATIONS,DATAANDCYBERSECURITYHelen Tung, Moon Village Association, Australia

D6. IAF SYMPOSIUM ON COMMERCIAL SPACEFLIGHT SAFETY ISSUESCoordinator(s): Christophe Chavagnac , Airbus Defence and Space SAS, France; John Sloan , Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States;

D6.1. Commercial Space Flight Safety and Emerging IssuesOctober 3 2018, 09:45 — ÖVB 4 Co-Chair(s): Christophe Chavagnac , Airbus Defence and Space SAS, France; John Sloan , Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States; Rapporteur(s): Gennaro Russo , Associazione Italiana di Aeronautica e Astronautica (AIDAA), Italy;

IAC-18.D6.1.1 UKREGULATORYREFORM–ENABLINGCOMMERCIALSPACEFLIGHTFROMTHEUKBYTHEEARLY2020’SAndrew Ratcliffe, UK Space Agency, United Kingdom

IAC-18.D6.1.2 LAUNCHUK-POTENTIALFORPROFITABLESPACEPORTOPERATIONSAdam Baker, UK Launch Services Ltd (UKLSL), United Kingdom

IAC-18.D6.1.3 “ONE-STOP”SPACESAFETYREGULATION:SHOULDWEDOITANDHOW?Michail Chatzipanagiotis, , Cyprus

IAC-18.D6.1.4 COSTREDUCTIONSOLUTIONSINREGARDSTOPLANETARYPROTECTIONFORCOMMERCIALCOMPANIESRyan Babb, , United States

IAC-18.D6.1.5 (non-confirmed) FAALICENSINGANDTHENASACOMMERCIALCREWPROGRAMJohn Sloan, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States

IAC-18.D6.1.6 THERELEVANCYOFCORPORATESOCIALRESPONSIBILITY(CSR)ASANIMPLEMENTATIONCONTEXTFORINDUSTRY-CONSENSUSPRINCIPLESFORRESPONSIBLESPACEOPERATIONSIan Christensen, Secure World Foundation, United States

IAC-18.D6.1.7 ENABLINGASAFE&RELIABLESPACETRAFFICMANAGEMENTSYSTEMStuart Baskcomb, Delta System Solutions GmbH, Germany

IAC-18.D6.1.8 INTEGRATIONOFEMERGINGTECHNOLOGIESTOENABLEFREQUENT,ROUTINEOPERATIONSOFCOMMERCIALSPACETRANSPORTATIONVEHICLESINTHENATIONALAIRSPACENickolas Demidovich, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States

IAC-18.D6.1.9 INVESTIGATIONONSAFEANDECO-FRIENDLYRE-ENTRYAREASFORPOTENTIALSUBORBITALPARABOLICFLIGHTSOVEREUROPEANSEASKai Höfner, GAIA Aerospace, Germany

IAC-18.D6.1.10 UNITEDKINGDOM'SAPPROACHTOREGULATINGCOMMERCIALSPACEFLIGHTSAFETYDamian M. Bielicki, Kingston University, United Kingdom

D6.2-D2.9. Safe Transportation Systems for Sustainable Commercial Human Spaceflight / Small Launchers: Concepts and Operations (Part II)October 5 2018, 13:30 — CCB Lloydsaal Co-Chair(s): Aline Decadi , HE Space Operations, France; Martin Sippel , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Charles E. Cockrell Jr. , National Aeronautics and Space Administration (NASA), United States;

IAC-18.D6.2-D2.9.1 EVOLUTIONOFCREWSAFETYCRITERIAFORFUTURESPACETRANSPORTATIONSYSTEMSAline Decadi, HE Space Operations, France

IAC-18.D6.2-D2.9.2 FROMAVIATIONTOURISMTOSUBORBITALSPACETOURISM:ASTUDYANDDISCUSSIONONTOURISTSCREENINGCRITERIAANDBUSINESSOPPORTUNITIESEva Yi-Wei Chang, University of Science & Technology, Taiwan, China

IAC-18.D6.2-D2.9.3 RISKMANAGEMENTFORCOMMERCIALHUMANSPACEFLIGHTAndrea Harrington, Air University, United States

IAC-18.D6.2-D2.9.4 ANEWCOMMERCIALSPACEFLIGHTTRAININGPROGRAMFORSUBORBITALANDORBITALSPACEFLIGHTCharles Lauer, Blue Abyss, United States

IAC-18.D6.2-D2.9.5 THEROLEOFPARLIAMENTSINSPACEANDSECURITYAngeliki Papadimitriou, European Space Agency (ESA), France

IAC-18.D6.2-D2.9.7 INTERNALNOISESOURCELOCATIONOFMANNEDSPACECRAFTCAPSULEBASEDONSPHERICALMICROPHONEARRAYDandan Ding, , China

IAC-18.D6.2-D2.9.8 ACRITICALASSESSMENTOFTHESMALLLAUNCHVEHICLEMARKETDaniel Adams, United Launch Alliance, United States

IAC-18.D6.2-D2.9.9 SMALLLAUNCHVEHICLES-A2018STATEOFTHEINDUSTRYSURVEYCarlos Niederstrasser, Northrop Grumman Corporation, United States

IAC-18.D5.1.12 FORMALVERIFICATIONTECHNIQUESONSPACECRAFTEMBEDDEDOPERATINGSYSTEMSLei Qiao, Beijing Institute of Control Engineering, China Academy of Space Technology (CAST), China

D5.2. Knowledge management for space activities in the digital eraOctober 3 2018, 09:45 — Bremen 2 Co-Chair(s): Patrick Hambloch , University of Alabama in Huntsville, United States; Roberta Mugellesi-Dow , European Space Agency (ESA), United Kingdom; Rapporteur(s): Jeanne Holm , University of California, United States;

IAC-18.D5.2.1 FROMLIBRARIESTOESAKNOWLEDGEANDLEARNINGCENTRES:KEYFEATURESANDSTATUSOFIMPLEMENTATIONGianluigi Baldesi, European Space Agency (ESA), France

IAC-18.D5.2.2 DLR'SPROJECTDIRECTORY-ABASISFORSTRATEGICSUPPORTAndré Pliewischkies, German Aerospace Center (DLR), Germany

IAC-18.D5.2.3 SHARINGSEMANTICRESOURCESAMONGTHESPACECOMMUNITY:AKNOWLEDGEMANAGEMENTISSUEDaniel Galarreta, Centre National d'Etudes Spatiales (CNES), France

IAC-18.D5.2.4 GENERATIONOFTHEESACORPORATETAXONOMYJose A. Martinez Ontiveros, Immediait, Spain

IAC-18.D5.2.5 ONTOLOGYBASEDCOGNITIVEASSISTANTFOREARLYDESIGNOFSPACEMISSIONSAudrey Berquand, University of Strathclyde, United Kingdom

IAC-18.D5.2.6 THEEUROPEANCOOPERATIONFORSPACESTANDARDIZATION-AUNIQUEAPPROACHTOSTANDARDIZATION-PAST,PRESENTANDFUTUREFabien CASTANET, Centre National d'Etudes Spatiales (CNES), France

IAC-18.D5.2.8 BRINGINGSPACETECHNOLOGYTOTHEENERGYSECTOR:MANAGINGINNOVATIONACROSSBOUNDARIESNathalie Kerstens, Eindhoven University of Technology, Belgium

IAC-18.D5.2.9 RISKANDKNOWLEDGE-INFORMEDDECISION-MAKINGFRAMEWORKDavid M. Lengyel, George Washington University, United States

IAC-18.D5.2.10 POST-MORTEMINTEGRATEDAPPROACHESINKNOWLEDGEMANAGEMENTANDSHARINGVasilis Zervos, International Space University (ISU), France

IAC-18.D5.2.11 THESTUDYONINTELLECTUALPROPERTYMANAGEMENTANDTECHNOLOGYTRANSFERMECHANISMOFMICRO-SATELLITESINCHINAYi Lu, Innovation Academy for Microsatellites of CAS, China

IAC-18.D5.2.13 KNOWLEDGEMANAGEMENTCASESTUDYFORCRISISRELIEVEDDURINGTHEFORMOSAT-5EARLYORBITOPERATIONArthur Huang, National Space Organization, Taiwan, China

D5.3. Prediction, Testing, Measurement and Effects of space environment on space missionsOctober 4 2018, 14:45 — ZARM 3 Co-Chair(s): Jean-Francois Roussel , Office National d’Etudes et de Recherches Aérospatiales (ONERA), France; Mengu Cho , Kyushu Institute of Technology, Japan; Rapporteur(s): Carlos Soares , NASA Jet Propulsion Laboratory, United States;

IAC-18.D5.3.1 MISSIONARCHITECTUREFORASPACEWEATHERMONITORINGMISSIONFROMTHESUN-EARTHLAGRANGEPOINTL5Marc Scheper, OHB System AG, Germany

IAC-18.D5.3.2 FRAUNHOFERSATELLITERADIATIONSENSINGSYSTEMSStefan Metzger, Fraunhofer INT, Germany

IAC-18.D5.3.3 THELASTEDDATARESULTSOFSPACEENVIRONMENTMONITORINGSYSTEMINNEWGENERATIONGEOSTATIONARYMETEOROLOGICALSATELLITEOFCHINAXin Zhang, National Space Science Center, Chinese Academy of Sciences, China

IAC-18.D5.3.4 HORYU-IVFLIGHTRESULTSOFSPACECRAFTPLASMAINTERACTIONEXPERIMENTSMengu Cho, Kyushu Institute of Technology, Japan

IAC-18.D5.3.5 OHB’SPROPOSALOFANIN-ORBITCROSS-CALIBRATIONOFSPACEENVIRONMENTSENSORSJohan Ideström, OHB System AG-Bremen, Germany

IAC-18.D5.3.6 PREPARINGFORPLANETARYSURFACEEXPLORATIONBYMEASURINGHABITATDUSTINTRUSIONWITHFILTERTESTSDURINGANANALOGUEMARSMISSIONRyan L. Kobrick, Embry Riddle Aeronautical University, United States

IAC-18.D5.3.7 GROOVE–ANOVEL,COSTEFFECTIVEONORBITVERIFICATIONPOSSIBILITYFORSPACEHARDWAREWalter Ballheimer, German Orbital Systems GmbH, Germany

IAC-18.D5.3.8 REMOVINGINNOVATIONBARRIERSTHROUGHOPENACCESSTESTFACILITIES;INSIGHTSINTOWHOLESYSTEMANDSUBSYSTEMTESTING,MEASUREMENTANDCALIBRATIONINFRASTRUCTUREATTHENEWNATIONALSATELLITETESTCENTRE.Robert Elliott, STFC, United Kingdom

IAC-18.D5.3.10 FIRESAFETYINHUMANSPACEFLIGHT–RESEARCHFORIMPROVEDSTANDARDSChristian Eigenbrod, University of Bremen - ZARM, Germany

IAC-18.D5.3.11 ADECISIONMAKINGTOOLFORPROCUREMENTMANAGEMENTOFAEROSPACEEEEPARTSRead AlMheiri, Mohammed Bin Rashid Space Centre (MBRSC), United Arab Emirates

D5.3. Cyber-Security Threats To Space Missions And Countermeasures To Address ThemOctober 5 2018, 13:30 — ZARM 3 Co-Chair(s): Stefano Zatti , ESA, Italy; Rapporteur(s): Luca del Monte , European Space Agency (ESA), France;


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E1.2. Lift-Off - Secondary Space Education

October 5 2018, 13:30 — CCB Scharoun Co-Chair(s): Michaela Gitsch , Austrian Research Promotion Agency, Austria; Seyed Ali Nasseri , Space Generation Advisory Council (SGAC), Canada; Rapporteur(s): Carlos Duarte , Agencia Espacial Mexicana (AEM), Mexico; Christopher Vasko , European Space Agency (ESA), France;

IAC-18.E1.2.1 FROMEARTHTOMOONANDBEYOND–IMMERSIVESTEMEDUCATIONBASEDONREMOTESENSINGDATAClaudia Lindner, Ruhr-University Bochum, Germany

IAC-18.E1.2.2 ANINNOVATIVEAPPROACHTOLEVERAGEON3D-PRINTINGANDLOCALMATERIALSFORSPACEEDUCATIONOUTREACHTOSECONDARYSCHOOLSINAFRICA:ALOOKATIRAWOSCOPE-AFRICA'SFIRST3D-PRINTEDAFFORDABLEAMATEURTELESCOPE.Henry Ibitolu, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.E1.2.3 ACCESSTOSPACEFORSTEMEDUCATIONVIAICECUBESHilde Stenuit, Space Applications Services N.V./S.A., Belgium

IAC-18.E1.2.5 SPACESTUDIOWESTLONDON–APROJECTBASEDLEARNINGMODELFORSPACEEDUCATIONSatinder Shergill, Space Studio West London, United Kingdom

IAC-18.E1.2.6 IMAGINE,INSPIRE,INNOVATE:TEACHER-RESEARCHERSPACESCIENCEPARTNERSHIPSCATALYZESTUDENTOPPORTUNITIESINSTEMKareen Borders, University of Washington, United States

IAC-18.E1.2.7 CASE-BASEDSPACEOUTREACH:THECASEOFAMISSIONTOMARSSeyed Ali Nasseri, Space Generation Advisory Council (SGAC), Canada

IAC-18.E1.2.8 THENATIONALCANSATCOMPETITION:REFLECTIONONTHECOMPULSORYEDUCATIONSTRATEGYOFSCIENCEANDTECHNOLOGYINTHAILANDWares Chancharoen, King Mongkut's University of Technology Thonburi, Thailand

IAC-18.E1.2.9 EDUCATIONALPROJECT“ENGINEERCLASSINAMOSCOWHIGH-SCHOOL”AIMEDATINCREASINGTHEEFFICIENCYOFSTEM-EDUCATIONVera Mayorova, Bauman Moscow State Technical University, Russian Federation

IAC-18.E1.2.10 STUDENTSTEACHINGSTUDENTS:DESIGNINGANDLAUNCHINGASUBORBITALEXPERIMENTATAU.S.MONTESSORISCHOOLBrian Gulliver, Kimley-Horn, United States

IAC-18.E1.2.11 FROMTHECLASSROOMTOTHEFIELDANDBEYOND:AUTHENTICRESEARCHEXPERIENCESFOREDUCATORSMark Gargano, St Joseph's School, Australia

IAC-18.E1.2.12 THESPACEGEODESYCENTEROFMATERAOFTHEITALIANSPACEAGENCYASASPACEEDUCATIONCENTERDoreen Hagemeister, Italian Space Agency (ASI), Italy

E1.3. On Track - Undergraduate Space EducationOctober 2 2018, 09:45 — CCB Scharoun Co-Chair(s): Camille Alleyne , NASA, United States; Hubert Diez, CNES, France; Rapporteur(s): Michal Kunes , Czech Space Office, Czech Republic;

IAC-18.E1.3.1 CUBESATEDUCATION–BIGGERTHANSTEMJim Hefkey, , New Zealand

IAC-18.E1.3.2 ACTIVELEARNINGPROGRAMUSINGPARABOLICFLIGHTRESULTSOFSPACEEDUCATIONPROGRAMOFTOKYOUNIVERSITYOFSCIENCEANDBEYONDShinichi Kimura, Tokyo University of Science, Japan

IAC-18.E1.3.4 LOWRCANSAT:LOWCOSTWATERROCKETCANSATCristian Chavez, Pontifical Catholic University of Chile, Chile

IAC-18.E1.3.5 STRATEGYFORINTRODUCTIONOFUNDERGRADUATESTUDENTSTOTHEAEROSPACEFIELDINCOLOMBIAOscar Ivan Ojeda Ramirez, Universidad Nacional de Colombia, Colombia

IAC-18.E1.3.6 MULTITROP:THECHALLENGEOFUSINGAREFURBISHEDHARDWAREFORANEDUCATIONALANDSCIENTIFICEXPERIMENTONTHEISSGiovanna Aronne, Università degli Studi di Napoli “Federico II”, Italy

IAC-18.E1.3.7 STUDENTCEFATSAPIENZA-UNIVERSITYOFROME:PRELIMINARYDESIGNOFSPECCUBESATWITHOPTICALPAYLOADAndrea Gianfermo, Sapienza University of Rome, Italy

IAC-18.E1.3.8 GETTINGSTUDENTSCLOSERTOUNIVERSITYRESEARCH–LIFESUPPORTSYSTEMTRAININGATTHEUNIVERSITYOFSTUTTGARTGisela Detrell, Institute of Space Systems, University of Stuttgart, Germany

IAC-18.E1.3.9 UNIVERSITYOFWARSAWROVERTEAM-THECHALLENGESANDBENEFITSOFLONG-TERM,HANDS-ONTECHNICALPROJECTSFORNON-ENGINEERINGSTUDENTSMaciej Bartylak, University of Warsaw, Poland

IAC-18.E1.3.10 PROJECTATLANTIS:APPLIEDTECHNOLOGYLEARNINGACTIVITIESFORNON-TRADITIONALINSTRUCTIONONSPACEJaclyn Wiley, Embry Riddle Aeronautical University, United States

IAC-18.E1.3.11 INTEGRATIONOFSMALLSATELLITESDESIGNPROCESSINTOTHESPECIALIST'SDEGREEEDUCATIONALPROGRAMGeorgy Shcheglov, Bauman Moscow State Technical University, Russian Federation

IAC-18.E1.3.12 INTERNATIONALSPACEEDUCATIONALACTIVITIESATNAROMJøran Grande, NAROM - Norwegian Centre for Space-Related Education, Norway

IAC-18.D6.2-D2.9.10 INVESTIGATIONONREENTRYANDRECOVERYSCENARIOSOFASUBORBITALROCKETFORREUSABILITYPURPOSESHamed Gamal, SpaceForest Ltd., Poland

IAC-18.D6.2-D2.9.11 ILR-33„AMBER”ROCKET-APLATFORMFORMICROLAUNCHERSYSTEMTECHNOLOGYDEVELOPMENTDawid Cieslinski, Institute of Aviation, Poland

IAC-18.D6.2-D2.9.12 OVERVIEWOFTHESABERMISSIONANDLAUNCHVEHICLEDESIGNJared Fuchs, University of Alabama in Huntsville, United States

D6.3. Enabling safe commercial spaceflight: vehicles and spaceportsOctober 4 2018, 09:45 — ÖVB 4 Co-Chair(s): Christophe Chavagnac , Airbus Defence and Space SAS, France; John Sloan , Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States; Rapporteur(s): Francesco Santoro , Altec S.p.A., Italy;

IAC-18.D6.3.1 ROLEOFTHERMOACCOUSTICCOUPLINGWITHEXTERNALHEATSOURCEONPOTENTIALPROPULSIVEFIRESVinayak Malhotra, SRM University Chennai, India

IAC-18.D6.3.2 IMPLEMENTINGANDOPERATINGSPACEPORTS:LEGALANDREGULATORYISSUESMagda Cocco, Vieira de Almeida & Associados, Portugal

IAC-18.D6.3.3 THENEARSPACEINTERFACEBETWEENAIRANDSPACETRAFFICMANAGEMENTSven Kaltenhaeuser, DLR, German Aerospace Center, Germany

IAC-18.D6.3.4 SPACEPORTSSELECTIONANDOUTFITTING:ACHALLENGEFORPROVIDINGWIDERANGEOPPORTUNITIESANDOPERATINGSERVICESTOCOMMERCIALSPACEACTIVITIESFrancesco Santoro, Altec S.p.A., Italy

IAC-18.D6.3.5 APRELIMINARYSTUDYONTHEPRICEMODELFROMAVIATIONTOSUBORBITALTOORBITALSPACETOURISMEva Yi-Wei Chang, University of Science & Technology, Taiwan, China

IAC-18.D6.3.6 CABLELESSCOMMUNICATIONINLAUNCHVEHICLEINTERSTAGESEPARATIONBASEDONLEDVISIBLELIGHTCOMMUNICATIONYang Liu, Beijing Institute of Aerospace Systems Engineering, China Aerospace Science and Technology Corporation (CASC), China

IAC-18.D6.3.8 FROMAVIATIONTOURISMTOSUBORBITALSPACETOURISM:THEISSUEONSPACEPORTREQUIREMENTSEva Yi-Wei Chang, University of Science & Technology, Taiwan, China

IAC-18.D6.3.9 SPACEPORTOPERATIONSINEUROPEDirk-Roger Schmitt, DLR (German Aerospace Center), Germany

E1. IAF SPACE EDUCATION AND OUTREACH SYMPOSIUMCoordinator(s): Lisa Antoniadis , EASL, Switzerland; Naomi Mathers , Space Industry Association of Australia, Australia;

E1.1. Ignition - Primary Space Education

October 5 2018, 09:45 — CCB Scharoun Co-Chair(s): Carol Carnett , International Space University (ISU), United States; Kaori Sasaki , Japan Aerospace Exploration Agency (JAXA), Japan; Rapporteur(s): Christopher Vasko , European Space Agency (ESA), France; Gulnara T. Omarova , Astrophysical Institute, Kazakhstan;

IAC-18.E1.1.1 COMPUTATIONALTHINKING:THETHINKINGPRECEDESTHEDOINGMark Gleeson, Victorian Space Science Education Centre, Australia

IAC-18.E1.1.2 "MISSIONX–TRAINLIKEANASTRONAUT”INITALY:ANEDUCATIONALBESTPRACTICEDoreen Hagemeister, Italian Space Agency (ASI), Italy

IAC-18.E1.1.3 PROMOTINGSTEMINPRIMARYSCHOOLSTHECASEOFSUPERNOVASSPACEEDUCATIONPROGRAMINCENTRALAMERICA.Luis Monge, Central American Association for Aeronautics and Space (ACAE), Costa Rica

IAC-18.E1.1.4 ITSTARTSEARLY:ALOVEOFLEARNINGISINTHESTARSKyla Borders, University of Washington, United States

IAC-18.E1.1.6 THEIMPACTOFNEWLYESTABLISHEDUNITEDARABEMIRATESSPACEAGENCYONEDUCATIONANDCAPACITYBUILDINGSheikha Al Maskari, UAE Space Agency, United Arab Emirates

IAC-18.E1.1.7 ILLUMINATINGSPACESCIENCEENGAGEMENTINLOWSCIENCECAPITALCOMMUNITIES:BLACKPOOL,LANCASHIRE,UKRobert Walsh, , United Kingdom

IAC-18.E1.1.8 THEEFFECTSOFSPACEEDUCATIONALTRAININGPROGRAMFORPRIMARYSCHOOLTEACHERS-ANALYSISOFSATISFACTIONWITHTHEPROGRAMANDTHEFACTORSOFTEACHERS-Daisuke Taniguchi, JAXA, Japan

IAC-18.E1.1.9 MAKINGCUBESATSANDSPACESCIENCEMOREACCESSIBLETHROUGHEDUCATIONALOUTREACHAimee Roy, University of Alberta, Canada

IAC-18.E1.1.10 THEEUROPEANASTROPICHALLENGE–UTILIZINGTHEINTERNATIONALSPACESTATIONASANEDUCATIONALPLATFORMFORSTEMSUBJECTLEARNINGAlana Bartolini, ESA, The Netherlands

IAC-18.E1.1.11 10YEARSTRATEGICPLANFORGHANASPACEOUTREACHACTIVITIESErnest Teye Matey, , Ghana

IAC-18.E1.1.12 AMATEURRADIOONISS–NEXTGENERATIONHAMTVSYSTEMOliver Amend DG6BCE, , Germany

IAC-18.E1.1.14 the gamification of methods and materials of space science education for a better and active learning experience Buket Helin HELVACILAR, , Turkey


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IAC-18.E1.5.14 (non-confirmed) UNAM´SSPACEPROGRAM,CHALLENGESANDOPPORTUNITIESSaul Santilllan- Gutierrez, Facultad de Ingeniería-UNAM, Mexico

IAC-18.E1.5.15 BALANCINGTHEFUTURESPACEWORKFORCE:AEUROPEANPERSPECTIVEPaola Belingheri, Women in Aerospace Europe (WIA-E), The Netherlands

E1.6. Calling Planet Earth - Space Outreach to the General PublicOctober 1 2018, 15:00 — CCB Scharoun Co-Chair(s): Jessica Culler , The Planetary Society, United States; Nelly Ben Hayoun , Royal Holloway, University of London, United Kingdom; Rapporteur(s): Frank Friedlaender , Lockheed Martin Space Systems Company, United States; Thierry Dana-Picard , Jerusalem College of Technology (JCT), Israel;

IAC-18.E1.6.1 KEYNOTE:USINGDESIGNCOMPETITIONPROJECTSFORASPACECRAFTDESIGNCAPSTONEDavid B. Spencer, The Pennsylvania State University, United States

IAC-18.E1.6.2 ESTABLISHINGTHEPLANETARYSOCIETYINLONDONHarriet Brettle, California Institute of Technology, United States

IAC-18.E1.6.3 BESPACE:THECOMMUNITYFORSPACEENTHUSIASTSINBELGIUMDeepak Mehta, None, Belgium

IAC-18.E1.6.4 THEEUROPEANSPACEAGENCY’SCOMMUNICATIONEVOLUTIONTOWARDSPACE4.0Philippe Willekens, European Space Agency (ESA), France

IAC-18.E1.6.5 SFUSATELLITEDESIGNTEAMEDUCATIONALOUTREACHDonya Naz Divsalar, Simon Fraser University, Canada

IAC-18.E1.6.6 ONEWEEKSPACE–LESSONSLEARNEDFROM25ANNUALHUNGARIANSPACECAMPSDorottya Milankovich, Innostudio Inc., Hungary

IAC-18.E1.6.7 UNITINGWITHTHEPEOPLE:SOYUZANDITSTOURINGOFTHEUNITEDKINGDOMDouglas Millard, The Science Museum, United Kingdom

IAC-18.E1.6.9 THEYEAROFPLUTO:DELIVERINGPLUTOTOTHEWORLDKerri Beisser, The Johns Hopkins University Applied Physics Laboratory, United States

IAC-18.E1.6.10 HATCH:OPENINGTHEDOORTOSPACERESEARCHTanya Boardman, Catena Space, United Kingdom

IAC-18.E1.6.11 INVESTIGATIONONTHEIMPACTOFPUBLICRELATIONACTIVITIESONSPACEFLIGHTPOPULARITYUSINGTHEEXAMPLEOFGERMANYANDITSEFFECTSONEUROPEANNEWSPACEINDUSTRYJerry Sigmund, GAIA Aerospace, Germany

E1.7. New Worlds - Non-Traditional Space Education and OutreachOctober 4 2018, 09:45 — CCB Scharoun Co-Chair(s): Olga Zhdanovich , Ajilon for European Space Agency, The Netherlands; Vera Mayorova , Bauman Moscow State Technical University, Russian Federation; Rapporteur(s): Carol Christian , STScI, United States;

IAC-18.E1.7.1 NASAANDASME:PARTNERINGTODEVELOPFUTUREENGINEERSTHROUGHCROWDSOURCINGCHALLENGESJason Crusan, National Aeronautics and Space Administration (NASA), United States

IAC-18.E1.7.2 THESPACETRUCK-AMOBILESPACEEXHIBITIONWITHHANDS-ONPROJECTSJari Makinen, , France

IAC-18.E1.7.3 IMPLEMENTATIONFEATURESOFSCIENTIFICANDEDUCATIONALPROGRAMSINTHEFIELDOFPRIMARYENGINEERINGEDUCATIONONTHEBASISOFCHILDREN’SCAMPSVictor Leonov, Bauman Moscow State Technical University, Russian Federation

IAC-18.E1.7.4 THEMULTI-ROLESANDIMPACTOFAIRANDSPACEMUSEUMOFBEIHANGUNIVERSITYONSPACEEDUCATIONANDSPACECULTUREHERITAGEYI Xiao Su, Beihang University (BUAA), China

IAC-18.E1.7.5 THEEXPERIMENTSFORYOUTHSPACEEDUCATIONABOARDISSRSSergey Samburov, Rocket-Space Corporation «Energia», Russian Federation

IAC-18.E1.7.7 INSPIRETHENEXTGENERATIONTHROUGHTHEAMADEE-18MARSANALOGSIMULATIONSophie Gruber, Austrian Space Forum, Austria

IAC-18.E1.7.8 (non-confirmed) PREACHINGSPACESCIENCETORURALDWELLERSANDUNEDUCATEDAnthony Nwachukwu, , Nigeria

IAC-18.E1.7.9 EDUCATIONALANALOGMISSIONSINLUNARESHABITATINPOLANDAgata Kolodziejczyk, Astronomia Nova Society, for Science Foundation, Poland

IAC-18.E1.7.10 SPACEDESIGNLEARNING.ANINNOVATIVEAPPROACHOFSPACEEDUCATIONTHROUGHDESIGNAnnalisa Dominoni, Politecnico di Milano, Italy

IAC-18.E1.7.12 BUILDINGRESILIENCEFORLONGDURATIONSPACEFLIGHT:AMULTIPLEPROJECTSTUDYACROSSMULTIPLEDISCIPLINEAREASWITHPRIMARYHOSTSASARCHITECTUREANDINDUSTRIALDESIGNTERTIARYPROGRAMSINUSAANDAUSTRALIA.Sasha Alexander, Western Sydney University, Australia

IAC-18.E1.7.13 SMALLSATSFORAMATEURS:AGUIDEFORK-12EDUCATORS,UNIVERSITYSTUDENTS,PROFESSORSANDNEWSPACEACTORSChris Beauregard, Space Policy Institute, George Washington University, United States

E1.4. In Orbit - Postgraduate Space EducationOctober 2 2018, 14:45 — CCB Scharoun Co-Chair(s): Camille Alleyne , NASA, United States; David B. Spencer, The Pennsylvania State University, United States; Rapporteur(s): Remco Timmermans , International Space University (ISU), The Netherlands; Thierry Dana-Picard , Jerusalem College of Technology (JCT), Israel;

IAC-18.E1.4.1 üBERFLIEGER-UPDATEANDLESSONSLEARNEDJohannes Weppler, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.E1.4.2 SOCIALSCIENCEWORKSHOPINSIGHTSONMOONVILLAGEAGREEMENTTuva Atasever, International Space University, France

IAC-18.E1.4.3 STRATOSPHERICBALLOONSLAUNCHESFORSYSTEMENGINEERINGEDUCATIONALCOURSENikolay Mullin, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.E1.4.4 HANDS-ONEDUCATIONANDSTUDENTRESEARCHATTUBERLIN:SATELLITES,ROVERS,ROCKETSANDSPACESYSTEMEXPERIMENTSDEVELOPEDBYSTUDENTSINANINTERNATIONALENVIRONMENTMartin Buscher, Technische Universität Berlin, Germany

IAC-18.E1.4.5 DESIGNAND3D-PRINTINGOFAMARTIANSPACESUITThibault PARIS, , France

IAC-18.E1.4.6 PROBLEM-BASEDLEARNINGASANEDUCATIONALMETHODFORTHE21STGENERATIONSPACESCIENTISTSMarco Cabero, Beihang University, China

IAC-18.E1.4.7 APOTENTIALCOLLABORATIONBETWEENTHEFUTUREAUSTRALIANSPACEAGENCYANDAUSTRALIANMEDICALSCHOOLSJames Kurrle, , Australia

IAC-18.E1.4.8 THENASAACADEMIES:AMODELFORSTUDENTENGAGEMENTNathan Boll, National Academies of Sciences, Engineering, and Medicine, United States

IAC-18.E1.4.9 AMULTI-NATIONALMULTI-INSTITUTIONALEDUCATIONFRAMEWORK:APSCOSSS-2BCUBESATPROJECTBurak Yaglioglu, TUBITAK Uzay, Space Technologies Research Institute, Turkey

IAC-18.E1.4.10 INTERDISCIPLINARYWORKSHOPONHUMANHABITATIONCONCEPTSFORINTERSTELLARSPACETRAVELMarlies Arnhof, Advanced Concepts Team, ESA, The Netherlands

IAC-18.E1.4.11 MASTEROFSCIENCEDEGREEINASTRONAUTICALENGINEERINGTHROUGHDISTANCELEARNINGMike Gruntman, Viterbi School of Engineering, USC, United States

IAC-18.E1.4.13 BREAKINGBARRIERS:EXPERIENCESOFGHANAIANFEMALESTEMPROFESSORS'DOCTORALJOURNEYOwusu Ansah Boakye, Texas State University, United States

E1.5. Enabling the Future - Developing the Space WorkforceOctober 3 2018, 14:45 — CCB Scharoun Co-Chair(s): Amalio Monzon , Airbus Defence and Space, Spain; Olga Zhdanovich , Ajilon for European Space Agency, The Netherlands; Rapporteur(s): Hubert Diez , CNES, France; Michal Kunes , Czech Space Office, Czech Republic;

IAC-18.E1.5.1 IACWORKFORCEDEVELOPMENTTECHNICALSESSION-10YEARSADDRESSINGTHECHALLENGESTOBUILDTHEFUTUREAEROSPACEWORKFORCEAmalio Monzon, Airbus Defence and Space, Spain

IAC-18.E1.5.2 THEFUTUREWORKFORCEONLEARNINGFROMANDWITHPEERSWHILENAVIGATINGTHROUGHTHEERAOFSPACE4.0Birgit Hartman, European Space Agency (ESA), France

IAC-18.E1.5.3 GOVERNMENTALSUPPORTEDSPACEINTERNSHIPPROGRAMMESINNEWESAMEMEBERSTATES-POLISHPRESPECTIVEKrzysztof Kanawka, Blue Dot Solutions, Poland

IAC-18.E1.5.4 ATTRACT,INSPIRE,ANDSUPPORTTHEBESTTALENT-AWORKFORCEDEVELOPMENTFRAMEWORK,TOOLSET,ANDEVENTPLATFORMFORNEWSPACESTARTUPSBernd Michael Weiss, Catalyze Space; International Space University, Germany

IAC-18.E1.5.5 CNESINITIATIVESTOENCOURAGEANDPREPARETHESPACEFORCESFORTOMORROWHubert Diez, CNES, France

IAC-18.E1.5.6 UAESPACEAGENCYYOUTHCOUNCILMaitha Al Romaithi, UAE Space Agency, United Arab Emirates

IAC-18.E1.5.7 SPACE:THEDRIVEROFTHEDESIREDFUTUREINAFRICA-RECOMMENDATIONSFROMTHE1STAFRICANSPACEGENERATIONWORKSHOPOniosun Temidayo Isaiah, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.E1.5.8 CREATINGASUSTAINABLESPACEECOSYSTEMINLUXEMBOURGGary Martin, Luxembourg Ministry of the Economy, Luxemburg

IAC-18.E1.5.9 SPACEWORKINGENVIRONMENTSINITALY-ACOMMITMENTTOOFFERINBOTHTHEPUBLICANDPRIVATESECTOR,INSPIRINGEXAMPLESOFINCLUSIVENESS,EQUALITY,WELLNESSANDORGANIZATIONALEFFICIENCYGiacomo Primo Sciortino, Italian Space Agency (ASI), Italy

IAC-18.E1.5.10 21STCENTURYTRAININGFORTHENEWSPACEWORKFORCEAdam Baker, Catena Space, United Kingdom

IAC-18.E1.5.11 TRAININGTOOLSANDMATERIALTOUSETHEECSSSYSTEMEnrique GonzalezConde, ESA (retired), Spain

IAC-18.E1.5.12 EMPOWERINGWOMENTOCREATESPACEWORKFORCEINNEPALManisha Dwa, Nepal Astronomical Society (NASO), Nepal

IAC-18.E1.5.13 MISSION2027:SUSTAINABLESPACEPROGRAM&ATECHNICALROADMAPDESIGNEDFORBANGLADESHTOACHIEVESELF-RELIANCEINSPACETECHNOLOGYRaihana Shams Islam Antara, BRAC University, Bangladesh


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IAC-18.E2.1.3 (non-confirmed) AUTONOMOUSNAVIGATIONOFMICROAIRVEHICLESINGPS-DENIEDENVIRONMENTSFOREXTREMETERRAINPLANETARYEXPLORATIONPradyumna Nanda Vyshnav, Aalto University, Finland

IAC-18.E2.1.4 GROUNDBASEDANGULARRATERECONSTRUCTIONWITHINTERMITTENTMAGNETOMETERDATAFROMPHOENIXCUBESATMing-Yang Hong, National Cheng Kung University, Taiwan, China

IAC-18.E2.1.5 GROUNDSTATIONSNETWORKUSINGSOFTWAREDEFINEDRADIOFORENVIRONMENTALSTORE&FORWARDCUBESATSMISSIONSINCOSTARICA.Esteban Martinez, Costa Rica Institute of Technology (ITCR), Costa Rica

IAC-18.E2.1.6 HYBRIDROCKETPERFORMANCEOPTIMIZATIONTHROUGHTHERMALPHASECHANGENUMERICALSIMULATIONSOFNITROUSOXIDEEmerson Vargas Niño, University of Toronto Aerospace Team (UTAT), Canada

IAC-18.E2.1.7 IMPACTPROBABILITYCOMPUTATIONFORNEORESONANTRETURNSTHROUGHAPOLYNOMIALREPRESENTATIONOFTHELINEOFVARIATIONSMarcello Sciarra, Politecnico di Milano, Italy

IAC-18.E2.1.9 SUB-PIXELIMAGEREGISTRATIONONANEMBEDDEDSATELLITEPLATFORMJürgen Lüdemann, Stellenbosch University, South Africa

E2.2. Student Conference – Part 2

October 3 2018, 09:45 — CCB London Co-Chair(s): Jeong-Won Lee , Korea Aerospace Research Institute (KARI), Korea, Republic of; Marco Schmidt , Bochum University of Applied Sciences, Germany; Rapporteur(s): Benedicte Escudier , Institut Supérieur de l'Aéronautique et de l'Espace (ISAE), France; Carlos Duarte , Agencia Espacial Mexicana (AEM), Mexico;

IAC-18.E2.2.3 HYBRIDOPTIMIZATIONOFLOW-THRUSTMANY-REVOLUTIONSTRAJECTORIESWITHCOASTINGARCSANDLONGITUDETARGETINGFORPROPELLANTMINIMIZATIONDavid Jimenez-Lluva, Delft University of Technology (TU Delft), The Netherlands

IAC-18.E2.2.4 NEWMETHODFORORBITPREDICTIONUSINGLSTMNETWORKBASEDONTHEPASTTLESWonhoe Ku, Korea University of Science & Technology (UST), Korea, Republic of

IAC-18.E2.2.5 PROPELLANTLESSCLOSERANGERENDEZVOUSANDDOCKINGUSINGASINGLEELECTROMAGNETICDEVISEFORSMALLSPACECRAFTYuki Yamada, Nagoya University, Japan

IAC-18.E2.2.7 USEOFINSITUSALTICETOBUILDASUSTAINABLERADIATIONSHIELDINGHABITATONMARSLayla van Ellen, Delft University of Technology (TU Delft), The Netherlands

IAC-18.E2.2.8 THERMALCONDUCTIVITYANDSPECIFICHEATMEASUREMENTSOFANRTV-655/POLYIMIDEAEROGELCOMPOUNDAT77KAND298KKen Mitchell, American Institute of Aeronautics and Astronautics (AIAA), United States

IAC-18.E2.2.9 Lunar Habitat CORENTINBUTI,ISAE-INSTITUTSUPÉRIEURDEL'AÉRONAUTIQUEETDEL'ESPACE,FRANCE

IAC-18.E2.2.10 MODELLINGANDCHARACTERISATIONOFPLASMADYNAMICDRAGONGRIDDEDIONENGINEPROPELLEDSPACECRAFTINVERYLOWEARTHORBITShaun Andrews, University of Bristol, United Kingdom

IAC-18.E2.2.11 SPACEDRIVE–DEVELOPMENTOFASUPERCONDUCTINGLEVITATIONTHRUSTBALANCEFORPROPELLANTLESSPROPULSIONOliver Neunzig, Dresden University of Technology (DUT) / Technische Universität Dresden, Germany

IAC-18.E2.2.12 PERTURBEDLAMBERT'SPROBLEMSOLVERBASEDONDIFFERENTIALALGEBRAOPTIMIZATIONPaolo Panicucci, ISAE - Institut Supérieur de l'Aéronautique et de l'Espace, France

E2.3-GTS.4. Student Team Competition

October 1 2018, 15:00 — ÖVB 4 Co-Chair(s): Andrea Jaime , OHB System AG - Munich, Germany; Emmanuel Zenou , Institut Supérieur de l'Aéronautique et de l'Espace (ISAE), France; Rapporteur(s): Michelle Mendes , World Space Week Association, United States;

IAC-18.E2.3-GTS.4.1 PAPELL:FINALSTUDENTEXPERIMENTDESIGNOFANON-MECHANICALPUMPINGSYSTEMONTHEISSFranziska Hild, KSat e.V., Germany

IAC-18.E2.3-GTS.4.2 MARS10:ALANDERCAPABLEOFDELIVERINGATENMETRICTONPAYLOADSAFELYTOTHESURFACEOFMARSBY2026Pauline Delande, ISAE - Institut Supérieur de l'Aéronautique et de l'Espace, France

IAC-18.E2.3-GTS.4.3 MATRIOCHKA,ADVENTUREANDACHIEVEMENTOFATWO-STAGEROCKETMADEBYFRENCHSTUDENTSFROMESTACAPierre GABRIELLI, ESTACA, France

IAC-18.E2.3-GTS.4.4 SPACETUG:THEFUTUREOFLEOTOGEOTRANSPORTEmmanuelle Aubert, ISAE - Institut Supérieur de l'Aéronautique et de l'Espace, France

IAC-18.E2.3-GTS.4.5 DROPYOURTHESIS2018:4.7SECONDSOFMICROGRAVITYCONDITIONSTOENABLEFUTURECUBESATLANDINGSONASTEROIDSElioenai Sitepu, Cranfield University, United Kingdom

IAC-18.E2.3-GTS.4.6 PROJECTZEPHYRUS:ANAUTONOMOUSANDECONOMICALHIGHALTITUDETESTINGSYSTEMHunter Hall, NASA JPL, United States

IAC-18.E2.3-GTS.4.7 BREAKINGTHECANADIANALTITUDERECORD:DEVELOPMENTOFALOW-COSTHYBRIDSOUNDINGROCKETAndreas Marquis, University of Toronto Aerospace Team (UTAT), Canada

IAC-18.E1.7.14 THESOUTHERNHEMISPHERESPACESTUDIESPROGRAM:THENEXT5YEARSAdrian James, International Space University (ISU)/University of South Australia, Australia

E1.8. Hands-on Space Education and OutreachOctober 3 2018, 09:45 — CCB Scharoun Co-Chair(s): Kevin Stube , The Planetary Society, United States; Lyn Wigbels , University Corporation for Atmospheric Research, United States; Rapporteur(s): Carol Carnett , International Space University (ISU), United States; Remco Timmermans , International Space University (ISU), The Netherlands;

IAC-18.E1.8.1 Promoting Hands-On Cubesat Activities for Space Education and Outreach in Brazil Walter Abrahão Dos Santos, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.E1.8.2 Satellite Full-Scale Replica as a Hands-on for Assembly and Integration Process Training Sajjad Ghazanfarinia, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.E1.8.3 MARSANDSPACEEXPLORATIONPROGRAM:EMPOWERINGUNDERGRADUATESTEMEDUCATIONTHROUGHHANDS-ONCOLLABORATIVEPROJECTSOlga Bannova, University of Houston, United States

IAC-18.E1.8.4 SPACETRAVELINVOLVINGEVERYONEWITHLIVEACTIONROLEPLAY(LARP)FORSTEAMEDUCATIONPatty Rangel- Hernandez, Superluminal Systems Integrative Collaborative Learning, United States

IAC-18.E1.8.5 EARTHOBSERVATIONINTHECLASSROOMJøran Grande, NAROM - Norwegian Centre for Space-Related Education, Norway

E1.9. Space Culture – Public Engagement in Space through CultureOctober 4 2018, 14:45 — CCB Scharoun Co-Chair(s): Lisa Antoniadis , EASL, Switzerland; Nelly Ben Hayoun , Royal Holloway, University of London, United Kingdom; Rapporteur(s): Carol Oliver , University of New South Wales, Australia; Nahum Mantra , Laboratorio Arte Alameda, Mexico;

IAC-18.E1.9.1 SPACETECHINHOLLYWOOD:ANALIENEXPERIENCEKate Arkless Gray, PTScientists, United Kingdom

IAC-18.E1.9.2 (non-confirmed) GLOBALSCIENCEOPERAS:MOONVILLAGE(2017),OCEANS&CLIMATE(2018)Bernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.E1.9.3 THEMARTIANCOALITIONFORTHEORETICALLIFEORIGINSJack Wilkinson, , United States

IAC-18.E1.9.4 THEJOYOFSETSPRESENTSCAPRICORNTWO:AMARSMISSIONSIMULATIONJoseph Popper, , Switzerland

IAC-18.E1.9.5 FUTUREPROSPECTSANDPHILOSOPHYOFSPORTSINSPACEMAKOTO ARAI, Dentsu Inc., Japan

IAC-18.E1.9.6 ALIENNATION:STUDENTSOFVOICESOFNOWBRINGSPACECRAFTHUMANTOTHESTAGEMonica Ebert, SGT Inc. / NASA Ames Research Center, United States

IAC-18.E1.9.8 THECELESTIALTHEATRE:OFBLACK-LIGHT,FLUORESCENTCOSTUMES&ASPACEODYSSEYSathesh Raj, World Space Week Association, Malaysia

IAC-18.E1.9.9 UNISTELLAREVSCOPES:SMART,PORTABLEANDEASY-TO-USETELESCOPESFOREXPLORATION,INTERACTIVELEARNING,ANDCITIZENASTRONOMYFranck Marchis, SETI Institute, United States

IAC-18.E1.9.10 PREDICTINGACONSENSUSMODELFORREACTINGTOEXTRATERRESTRIALLIFEUSINGLEGOSERIOUSPLAYRuth McAvinia, ATG Europe B.V., Ireland

IAC-18.E1.9.11 AREGIONALFESTIVALFORSPACEANDFAMILIESTOENGAGEPUBLICDEMANDONSPACETECHNOLOGYSajjad Ghazanfarinia, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.E1.9.13 AMESSAGEFROMEARTH:REIMAGININGTHEGOLDENRECORD40YEARSONTOEXPLOREHOWCULTURALCURATORSCANUSESPACEASASTORYTELLINGTOOLRob Alderson, , The Netherlands

IAC-18.E1.9.14 CAPE(CLIMATEANTICIPATIONPERSONALENVIRONMENT):CONSTRUCTINGTHECAAS-WARDROBESue Fairburn, Wilson School of Design - Kwantlen Polytechnic University, Canada

IAC-18.E1.9.15 THECONSCIOUSCULTURINGOFSPACECULTUREAoife van Linden Tol, Feral Events, United Kingdom

E2. 46th STUDENT CONFERENCECoordinator(s): Franco Bernelli-Zazzera , Politecnico di Milano, Italy; Marco Schmidt , Bochum University of Applied Sciences, Germany;

E2.1. Student Conference – Part 1

October 2 2018, 09:45 — ÖVB 4 Co-Chair(s): Benedicte Escudier , Institut Supérieur de l'Aéronautique et de l'Espace (ISAE), France; Franco Bernelli-Zazzera , Politecnico di Milano, Italy; Rapporteur(s): Emmanuel Zenou , Institut Supérieur de l'Aéronautique et de l'Espace (ISAE), France; Jeong-Won Lee , Korea Aerospace Research Institute (KARI), Korea, Republic of;

IAC-18.E2.1.1 ANOVELHIGH-PERFORMANCENANOSATELLITEATTITUDEANDRATESENSORGabriël Roux, Stellenbosch University, South Africa

IAC-18.E2.1.2 MAPPINGTRAJECTORIESOFANASTEROIDTHATISDEFLECTEDBYACOLLISIONRodolfo Batista Negri, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil


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IAC-18.E3.1.7 INTERNATIONALSPACEFORUMATMINISTERIALLEVEL–THEAFRICANCHAPTERNunzia Maria Paradiso, ASI - Italian Space Agency, Italy

IAC-18.E3.1.8 CAPACITYBUILDING:COMPARINGTWOCATEGORIESOFINTERNATIONALCOLLABORATIONReuben Jikeme Umunna, Kyushu Institue of Technology, Japan

IAC-18.E3.1.9 DEVELOPMENTOFNATIONALSPACEGOVERNANCEANDPOLICYTRENDSINMEMBERSTATESOFTHEEUROPEANSPACEAGENCYDaniel Sagath, Vrije Universiteit Amsterdam, The Netherlands

IAC-18.E3.1.10 DIGITALDIVIDEANDCOMMUNICATIONSATELLITESERVICES:THEOPPORTUNITYOFFEREDBYODASimona di Ciaccio, Italian Space Agency (ASI), Italy

IAC-18.E3.1.12 ANAFRICANSPACEAGENCY:APROPOSEDCENTERPIECEOFAFRICANUNIONSPACEPOLICYMustapha Agbadi, Space Generation Advisory Council (SGAC) CSC, Nigeria

IAC-18.E3.1.13 INTERNATIONALCOOPERATIONINOUTERSPACEANDBEYOND:BRINGINGCOUNTRIESANDSECTORSTOGETHERFORCOMMONGOALSHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-18.E3.1.14 AUP\^3\TOSPACEAPPROACHFORENHANCINGNATIONALSPACECAPABILITIESANDPROMOTINGINTERNATIONALSPACECOLLABORATIONS:EXPERIENCESFROM"NCKUSPACE2017"Xavier L.W. Liao, Ghent University, Belgium

E3.2. Ways ahead in Space Exploration

October 2 2018, 14:45 — CCB Franzius Co-Chair(s): Marc Haese , DLR, German Aerospace Center, Germany; Nicolas Peter , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Devanshu Ganatra , , India;

IAC-18.E3.2.1 OPTIMISINGHUMANSPACEEXPLORATIONSTRATEGIESANDPOLICIESSerge Plattard, University College London (UCL), United Kingdom

IAC-18.E3.2.2 INTERNATIONALCOLLABORATIONANDNATIONALSTRATEGY:HISTORICALCASESTUDIESINCOOPERATIONANDCONSENSUSBUILDING.Mia Brown, National Academies of Sciences, Engineering, and Medicine, United States

IAC-18.E3.2.3 FUTURESTEPSININTERNATIONALCOOPERATIONFORSPACEEXPLORATIONANDHUMANSPACEFLIGHT:STAKESANDCHALLENGESFOREUROPESebastien Moranta, European Space Policy Institute (ESPI), Austria

IAC-18.E3.2.4 EUROPEANSPACETRANSPORTATIONSTRATEGYJulio Aprea, European Space Agency (ESA), France

IAC-18.E3.2.5 EVOLUTIONOFTHEISSIGAFORTHEFUTUREUTILIZATIONOFLEOBETWEENINSTITUTIONALANDPRIVATEPARTNERSJuergen Schlutz, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.E3.2.6 EUROPEANDCIS-LUNARINFRASTRUCTUREDEVELOPMENTINAPOST-ISSCONTEXT–PROSPECTIVESFORINTERNATIONALCOOPERATIONDjordje Andrijasevic, ASI - Italian Space Agency, Italy

IAC-18.E3.2.7 THEPEAKSOFETERNALLIGHT:ANEAR-TERMPROPERTYISSUEONTHEMOONMartin Elvis, Harvard-Smithsonian Center for Astrophysics (CfA), United States

IAC-18.E3.2.8 POLITICALANDECONOMICASPECTSOFANTARCTICEXPLORATIONASRELEVANTTOFUTUREMOONMISSIONSKate Arkless Gray, PTScientists, United Kingdom

IAC-18.E3.2.9 INTERNATIONALPARTNERSHIPSINMARSEXPLORATIONChristopher Carberry, Explore Mars, Inc, United States

IAC-18.E3.2.10 OUTERSPACEACTIVITIES:COOPERATIONTHROUGHBEHAVIORALECONOMICMODELSDevanshu Ganatra, , India

IAC-18.E3.2.11 THEPOLITICALECONOMYOFTHESPACEAGEAndrea Sommariva, SDA Bocconi School of Management, Italy

E3.3. Space economy – Stimulating measureable economic activities through space policies and budgetsOctober 3 2018, 09:45 — CCB Franzius Co-Chair(s): Claire Jolly , Organisation for Economic Co-operation and Development (OECD), France; Henry Hertzfeld , Space Policy Institute, George Washington University, United States; Rapporteur(s): Ken Davidian , Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States;

IAC-18.E3.3.1 AROADMAPFORSPACEINDUSTRYDEVELOPMENTTHROUGHPUBLIC-PRIVATECOLLABORATIONINAUSTRALIAWarren Flentje, CSIRO, Australia

IAC-18.E3.3.2 (non-confirmed) HOWDOESCOMMERCIALSPACEAFFECTINTERNATIONALSPACECOOPERATION?Lini ZHOU, National University of Defense Technology, China

IAC-18.E3.3.4 SPACESERVICESFORSEAFLEETSEMERGEASANELECTIVEPRIVATEMARKETFORTHEITALIANSMALLSATELLITESPLATFORMSGiacomo Primo Sciortino, Italian Space Agency (ASI), Italy

IAC-18.E3.3.5 THEEUROPEANR&DPROGRAMMEHORIZON2020:AMULTILEVELFINANCIALAPPROACHFORASUSTAINABLEDEVELOPMENTOFSPACETECHNOLOGIESANDAPPLICATIONS.Rosario Pavone, SME4SPACE, Belgium

IAC-18.E3.3.6 STRUCTURALTRANSFORMATIONOFASPACEINDUSTRY,ADEVELOPINGCOUNTRYCONTEXT,THECASEOFSOUTHAFRICAFrancois Denner, Space Commercial Services, South Africa

IAC-18.E3.3.7 THEIMPACTOF“BREXIT”ONTHEUKANDEUROPEANSPACESECTORSAlyssa Frayling, PricewaterhouseCoopers Advisory, France

IAC-18.E2.3-GTS.4.9 PERMANENTCREWEDMARSBASEBY2030-OUTCOMESOFANINTERDISCIPLINARY,MULTINATIONALSTUDENTWORKSHOPMarkus Guerster, Massachusetts Institute of Technology (MIT), United States

IAC-18.E2.3-GTS.4.10 DESIGNANDBUILDINGOFACUBESATFORRADIOTELESCOPECALIBRATIONHarrison Handley, Simon Fraser University, Canada

IAC-18.E2.3-GTS.4.11 ARTEMIS:ACOMPLETEMISSIONARCHITECTURETOBRIDGETHEGAPBETWEENHUMANITYANDNEAR-EARTHASTEROIDSAris Golemis, Cranfield University, Greece

IAC-18.E2.3-GTS.4.12 DEVELOPMENTOFANEXPANDABLEAIRLOCKFORAMARTIANSETTLEMENTKyle Marquis, University of British Columbia, Canada

E2.4. Educational Pico and Nano SatellitesOctober 3 2018, 14:45 — CCB London Co-Chair(s): Xiaozhou Yu , Northwestern Polytechnical University, China; Rapporteur(s): Franco Bernelli-Zazzera , Politecnico di Milano, Italy;

IAC-18.E2.4.1 ENHANCEDATTITUDESTABILITYANDCONTROLFORCUBESATSBYREAL-TIMEON-ORBITDETERMINATIONOFTHEIRDYNAMICMAGNETICMOMENTAbdelmadjid Lassakeur, Surrey Space Centre - University of Surrey, United Kingdom

IAC-18.E2.4.2 DEVELOPMENTOFAPSEUDO-CUBESATANDDEPLOYERFORTECHNOLOGYDEMONSTRATIONINMILLIGRAVITYENVIRONMENTJohannes Ferdinand Fürstenau, Technische Universität Berlin, Germany

IAC-18.E2.4.3 ANINTELLIGENTNANO-SATELLITEFORASTRONAUTASSISTANCERui Zhang, National University of Defense Technology, China

IAC-18.E2.4.4 RADIATIONANALYSISOFCUBESATNIMPHBalaji Viswanathan, ISAE-Supaero University of Toulouse, France

IAC-18.E2.4.5 ANALYSISOFTUMBLINGMOTIONSBASEDONLIMITEDTELEMETRYDATAANDRADIOSIGNALSMing-Xian Huang, National Cheng Kung University, Taiwan, China

IAC-18.E2.4.6 ALBISAT:1-UNITCUBESATMISSIONTOSTUDYTHEPERFORMANCEOFSTRUCTURALMATERIALUTILIZINGADDITIVELAYERMANUFACTURINGMuhammad Shadab Khan, IMT Mines Albi, France

IAC-18.E2.4.7 IN-ORBITPERFORMANCEOFPISATDETUMBLINGANDADVANCEDB-DOTIMPLEMENTATIONTOTACKLECHALLENGESINACTIVEDETUMBLINGMAGNETICCONTROLSYSTEMOFNANOSATELLITESSaurav K Shastri, PES Institute of Technology, India

IAC-18.E2.4.8 SOLARSAIL-DRIVENNANOSATELLITECONSTELLATIONFORSUNACTIVITYMONITORINGVera Mayorova, Bauman Moscow State Technical University, Russian Federation

IAC-18.E2.4.9 EXPERIMENTINGWITHNANOSATSANDPICOSATSFORCAPACITYBUILDINGINBRAZILWalter Abrahão Dos Santos, Instituto Nacional de Pesquisas Espaciais (INPE), Brazil

IAC-18.E2.4.10 ATTITUDECONTROLUSING3AXISMAGNETORQUERSANDPITCHAXISREACTIONWHEELFORSOLARSAILINGSATELLITECOEPSAT-2Aditya Neralkar, College of Engineering Pune, India

IAC-18.E2.4.12 (non-confirmed) DESIGNOFFAULTTOLERANTSYSTEMFORTHEON-BOARDCOMPUTEROFSTUDSAT-2Srinivas Pai, NMAMIT NITTE, India

E3. 31st IAA SYMPOSIUM ON SPACE POLICY, REGULATIONS AND ECONOMICSCoordinator(s): Bernhard Schmidt-Tedd , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Jacques Masson , European Space Agency (ESA), The Netherlands;

E3.1. International Cooperation for the benefits of developing countries and emerging space nationsOctober 2 2018, 09:45 — CCB Franzius Co-Chair(s): Magda Cocco , Vieira de Almeida & Associados, Portugal; Timiebi Aganaba-Jeanty , Arizona State University, United States; Rapporteur(s): Alexander Soucek , Austrian Space Forum, Austria; Peter Stubbe , DLR (German Aerospace Center), Germany;

IAC-18.E3.1.1 COOPERATIONINSPACE:ANINTERNATIONALCOMPARISONFORTHEBENEFITOFEMERGINGSPACEAGENCIESBen Adams, International Space University (ISU)/University of South Australia, Australia

IAC-18.E3.1.2 ESA'SPARTNERSHIPSPROGRAMMESATTHESERVICEOFSOCIETYMaria-Gabriella Sarah, European Space Agency (ESA), France

IAC-18.E3.1.3 SPACEFORALL:THEGLOBALSPACEPARTNERSHIPFORTHESUSTAINABLEDEVELOPMENTGOALSHui Du, United Nations Office for Outer Space Affairs, Austria

IAC-18.E3.1.4 SPACE2030-NEWERAINSPACEPARTNERSHIPSMarkus Woltran, United Nations Office for Outer Space Affairs, Austria

IAC-18.E3.1.5 THEINTERNATIONALCOOPERATIONFORTHEBENEFITOFTHEDEVELOPINGCOUNTRIESANDTHEEVOLUTIONOFTHESPACEACTIVITIES:CHALLENGESANDPERSPECTIVESCamilo Guzman Gomez, UNIVERSIDAD SERGIO ARBOLEDA, Colombia

IAC-18.E3.1.6 APSCOANDTHEPOTENTIALMEMBERSHIPOFINDIA,JAPANANDSOUTHKOREAChristoph Beischl, London Institute of Space Policy and Law, United Kingdom


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Lengyel , George Washington University, United States;

IAC-18.E3.6.1 ISITWORTHTHERISK?–ANASTRONAUT’SAPPROACHTORISKAWARENESSReinhold Ewald, Institute of Space Systems, Universität Stuttgart, Germany

IAC-18.E3.6.2 SYNERGIESBETWEENNASAHUMANSYSTEMRISKRESEARCHANDHUMANSYSTEMRISKMANAGEMENTFORSPACEEXPLORATIONMichael Canga, NASA, United States

IAC-18.E3.6.5 ERMANDSOCIALMEDIARISKS:EVIDENCESFROMINTERNATIONALSPACEAGENCIESMassimo De Angelis, Italian Space Agency (ASI), Italy

IAC-18.E3.6.6 DEVELOPMENTOFQUANTITATIVERISKMANAGEMENTMETHODFORDECISIONMAKINGHyojung Ahn, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-18.E3.6.7 BARRIERSINMATURINGENTERPRISERISKMANAGEMENT(ERM)PROCESSESDavid M. Lengyel, George Washington University, United States

IAC-18.E3.6.8 RISKMANAGEMENTFORMULTINATIONALSPACESTARTUPSMegan Kane, Spire Global, Inc., United States

IAC-18.E3.6.9 REDUCINGDEVELOPMENTRISKSOFFUTURESPACESYSTEMSTHROUGHEVIDENCE-BASEDTECHNOLOGYROADMAPPINGMarco Witzmann, Valispace, Germany

IAC-18.E3.6.10 ENTERPRISE/STRATEGICRISKMANAGEMENTINNEWSPACE:HOWTOEVALUATEENTERPRISERISKSCONCERNINGSTARTUPS?Ruediger Suess, , Germany

IAC-18.E3.6.11 RISKANALYSISANDMITIGATIONFRAMEWORKINSUPPORTOFSINO-AMERICANCOOPERATIVESPACEPROJECTSKayleigh Gordon, The Ohio State University College of Engineering, United States

IAC-18.E3.6.12 CYBERSECURITYINSPACE–NEWTHREATSFORSPACEOPERATIONSPatrick O'Keeffe, University of Kiel, Germany

E4. 52nd IAA HISTORY OF ASTRONAUTICS SYMPOSIUMCoordinator(s): Ake Ingemar Skoog , , Germany; Hannes Mayer , Karl Franzens Universität Graz, Austria; Kerrie Dougherty , , Australia; Otfrid Liepack , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States;

E4.1. Memoirs & Organizational Histories

October 2 2018, 14:45 — CCB Roselius Co-Chair(s): Marsha Freeman , 21st Century Science & Technology, United States; Niklas Reinke , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Michael Ciancone , National Aeronautics and Space Administration (NASA), Johnson Space Center, United States; Rachel Tillman , , United States;

IAC-18.E4.1.2 THEASTRONAUTRESCUEAGREEMENTAT50YEARS.Hannes Mayer, Karl Franzens Universität Graz, Austria

IAC-18.E4.1.3 COSPAR,AYOUNG60-YEAROLDSPACERESEARCHORGANISATIONJean-Louis Fellous, COSPAR, France

IAC-18.E4.1.5 THEESAHISTORYPROJECT–LATESTDEVELOPMENTS,INLIGHTOFRECENTTRENDSINSPACEHISTORIOGRAPHYNathalie Tinjod, European Space Agency (ESA), France

IAC-18.E4.1.6 ANDRÉLOUIS-HIRSCH(1899-1962)-ASPONSORFOREARLYASTRONAUTICSINFRANCEPhilippe Varnoteaux, Association Histoires d'espace, France

IAC-18.E4.1.7 KRAFFTEHRICKEAT100YEARS:THEMORALIMPERATIVEOFSPACEEXPLORATIONMarsha Freeman, 21st Century Science & Technology, United States

IAC-18.E4.1.8 THEMANWHOSHOTDOWNALONG-RANGEBALLISTICMISSILE:100THANNIVERSARYOFTHEBIRTHOFGRIGORIIV.KISUN’KOMike Gruntman, Viterbi School of Engineering, USC, United States

IAC-18.E4.1.9 CONTRIBUTIONSTOTHESPACEDYNAMICSSTUDIESOFPROFESSORM.M.NITăDumitru-Dorin Prunariu, Romanian Space Agency (ROSA), Romania

IAC-18.E4.1.10 ACADEMICIANV.GLUSHKO–OUTSTANDINGRUSSIANSCIENTISTANDDESIGNEROFROCKETENGINEERING.TO110ANNIVERSARYOFBIRTHDAYVladimir Sudakov, NPO Energomash, Russian Federation

IAC-18.E4.1.11 HARALDVONBECKH,PIONEEROFMICROGRAVITYMEDICALRESEARCHPablo de Leon, University of North Dakota, United States

E4.2. Scientific and Technical Histories

October 4 2018, 09:45 — CCB Roselius Co-Chair(s): Karlheinz Rohrwild , Hermann-Oberth-Raumfahrt Museum e.V., Germany; Nathalie Tinjod , ESA, France; Rapporteur(s): John Harlow , Aerojet Rocketdyne, United Kingdom; Radu Rugescu , Association Dedicated to Development in Astronautics (A.D.D.A), Romania;

IAC-18.E4.2.1 LIFESAVINGROCKETSINSWEDEN.ACENTURYOFOPERATIONAke Ingemar Skoog, , Germany

IAC-18.E4.2.2 PEDROPAULET:THEARCHITECTOFTHEWORLD'SFIRSTLIQUID-FUELEDROCKETDavid Villanueva, , Peru

IAC-18.E4.2.3 THEROCKETINBRITAIN1900-1939John Becklake, , United Kingdom

IAC-18.E4.2.4 KRISTIANBIRKELAND(1867-1917):THOUGHTSONHISSPACEPROPULSIONIDEASANDEXPERIMENTSFrank H. Winter, National Air and Space Museum, United States

IAC-18.E4.2.5 THECORRESPONDENCEBETWEENTHEROCKETPIONEERSJOHANNESWINKLERANDHUGOHüCKELWolfgang Both, , Germany

IAC-18.E3.3.8 IDENTIFYINGOPPORTUNITIESTOINTEGRATEEMERGINGNATIONSINGLOBALSPACEVALUECHAINSCarlos Alvarado Briceño, Central American Association for Aeronautics and Space (ACAE), Costa Rica

IAC-18.E3.3.9 EVALUATINGGOVERNMENT’SROLEINTHECOMMERCIALIZATIONOFSPACESara Carioscia, IDA Science and Technology Policy Institute, United States

IAC-18.E3.3.10 GOVERNMENTENGAGEMENTWITHNEWCOMMERCIALREMOTESENSINGCOMPANIES:EVALUATINGMODELSFORPUBLICDATABUYSMariel Borowitz, Georgia Institute of Technology, United States

IAC-18.E3.3.11 KEYNOTE:REFLECTIONSONTHEECONOMICIMPACTOFPROFITPOLICIESBYPUBLICPROCUREMENTAUTHORITIESINSPACEANDDEFENCEPROGRAMMESEric Morel de Westgaver, ESA - European Space Agency, France

E3.4. Assuring a Safe, Secure and Sustainable Environment for Space ActivitiesOctober 3 2018, 14:45 — CCB Franzius Co-Chair(s): Ray A. Williamson , , United States; Rapporteur(s): Peter Stubbe , German Aerospace Center (DLR), Germany;

IAC-18.E3.4.1 FIRSTFRUITSOFTHELONG-TERMSUSTAINABILITYDISCUSSIONSINUNCOPUOSPeter Martinez, University of Cape Town, South Africa

IAC-18.E3.4.2 CANTHESPACEINSURANCEINDUSTRYHELPINCENTIVIZETHERESPONSIBLEUSEOFSPACE?Victoria Samson, Secure World Foundation, United States

IAC-18.E3.4.3 SUSTAINABLEDEVELOPMENTINSPACE:EXPLORINGTHETECHNICAL,LEGALANDPOLITICALMEANSFORAGLOBALSPACESITUATIONALAWARENESSARCHITECTUREKiran Nair, Institute of Air and Space Law, McGill University, Canada

IAC-18.E3.4.4 LEADINGFROMBEHIND:NGO’SANDSPACEPOLICYMichael Simpson, Secure World Foundation, United States

IAC-18.E3.4.5 ACTIVEDEBRISREMOVALANDTHECONCEPTOFANTICIPATORYSELF-DEFENCETOENSURESAFE,SECUREANDSUSTAINABLEOUTERSPACEACTIVITIESAnnette Froehlich, LL.M., MAS, European Space Policy Institute (ESPI)German Aerospace Center (DLR), Austria

IAC-18.E3.4.6 ENSURINGSUCCESSFULGLOBALGOVERNANCEINTHESPACESECTORYevgeny Tsodikovich, The Open University of Israel, Israel

IAC-18.E3.4.7 CHALLENGESTOTHESECURITYOFSPACEINFRASTRUCTURE:TRANSATLANTICPERSPECTIVESMartin Sarret, European Space Policy Institute (ESPI), Austria

IAC-18.E3.4.8 SPACESECURITYANDSTRATEGICSTABILITY:WHEN,WHEREANDHOWTHEYINTERSECTMassimo Pellegrino, United Nations Office at Geneva, Switzerland

IAC-18.E3.4.9 SPACETRAFFICMANAGEMENT:ANANALYSISOFTHREEYEARSOFDISCUSSIONSATTHELEGALSUBCOMMITTEEOFUNCOPUOSMaximilian Betmann, DLR (German Aerospace Center), Germany

IAC-18.E3.4.10 TOWARDANINTERNATIONALORGANIZATIONTOHANDLEASUSTAINABLESPACETRAFFICMANAGEMENT.Didier Alary, Airbus Defense and Space, France

IAC-18.E3.4.11 THEEUROPEANCONTRIBUTIONTOASSUREASAFE,SECUREANDSUSTAINABLEENVIRONMENTFORSPACEACTIVITIES:THEPOLICYANDTHELEGALPROCESSTHATBROUGHTTOTHEEUSSTSUPPORTFRAMEWORKANDITSFUTUREPERSPECTIVES.Rosa Maria Lucia Parrella, Agenzia Spaziale Italiana (ASI), Italy

IAC-18.E3.4.12 THEOSCARSMALLSATELLITESSERIES:ACASESTUDYFORTHEDEVELOPMENTOFENVIRONMENTALSPACELAWMarcia Alvarenga dos Santos, National Institute for Space Research - INPE , Brazil

IAC-18.E3.4.13 GOVERNANCEASPECTSOFSPACESUSTAINABILITY:THEROLEOFEPISTEMICACTORSASENABLERSOFPROGRESSAurélie Trur, Graduate Institute for Policy Studies GRIPS Tokyo, Japan

IAC-18.E3.4.14 THEUAEAPPROACHINADOPTINGTHELONGTERMSUSTAINABILITYGUIDELINESNaser Alrashedi, UAE Space Agency, United Arab Emirates

IAC-18.E3.4.15 TRAFFICAHEAD:MEASURESTOMITIGATESMALLSATCONGESTIONINLOWEARTHORBITChris Beauregard, Space Policy Institute, George Washington University, United States

E3.5-E7.6. 33rd Joint IAA/IISL Round Table: Global Cooperation in Planetary DefenceOctober 4 2018, 09:45 — CCB Franzius Co-Chair(s): Alan Harris , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Yu Takeuchi , Japan Aerospace Exploration Agency (JAXA), Japan; Rapporteur(s): Marc Haese , DLR, German Aerospace Center, Germany; Nicola Rohner-Willsch , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

IAC-18.E3.5-E7.6.1 PLANETARYDEFENCEOPERATIONSUNDERCURRENTINTERNATIONALLAWSergio Marchisio, Italian Space Agency (ASI), Italy

IAC-18.E3.5-E7.6.2 THEWORKOFTHESMPAGADHOCWORKINGGROUPONLEGALISSUESIrmgard Marboe, University of Vienna, Austria

IAC-18.E3.5-E7.6.3 LEGALIMPLICATIONONINTERNATIONALRESPONSEAGAINSTNEOTHREATMasahiko Satoh, Japan Aerospace Exploration Agency (JAXA), Japan

E3.6. Strategic Risk Management for successful space & defence programmesOctober 5 2018, 09:45 — CCB Franzius Co-Chair(s): Maria-Gabriella Sarah , European Space Agency (ESA), France; Ruediger Suess , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Rapporteur(s): Andrew Court , TNO, The Netherlands; David M.


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IAC-18.E5.1.8 FIBROUSHABITATSTRUCTUREFROMLUNARBASALTFIBREHanna Läkk, European Space Research and Technology Centre, ESA-ESTEC, The Netherlands

IAC-18.E5.1.9 NANO-CELLULOSEAPPLICATIONINTHERADIATIONSHIELDINGARCHITECTUREMonika Lipinska, International Space University, Poland

IAC-18.E5.1.10 FLEXHABWORKINGMODULE-ARCHITECTURALREQUIREMENTSANDPROTOTYPINGFORALUNARBASEANALOGUEManfred Thallner, , Austria

IAC-18.E5.1.11 TECHNICALRECOMMENDATIONSTOIMPROVEMARSDESERTRESEARCHSTATIONSAFETY,SIMULATIONANDSCIENCE.Sarah Jane Pell, ESA Topical Team Arts & Science, Australia

IAC-18.E5.1.12 PROPOSALOFAHABITATFORMARTIANSURFACEANDANALOGRESEARCHWITHANARCHITECTURALAPPROACHOscar Ivan Ojeda Ramirez, Universidad Nacional de Colombia, Colombia

IAC-18.E5.1.13 NEXTSTEPPHASE2GROUNDTESTOVERVIEWANDFLIGHTOPERATIONSSUPPORTWilliam Othon, National Aeronautics and Space Administration (NASA), Johnson Space Center, United States

E5.2. Is Space R&D Truly Fostering A Better World For Our Future?October 3 2018, 14:45 — CCB Bergen Co-Chair(s): Nona Minnifield Cheeks , National Aeronautics and Space Administration (NASA), Goddard Space Flight Center, United States; Olga Bannova , University of Houston, United States; Rapporteur(s): Anna Barbara Imhof , Liquifer Systems Group (LSG), Austria;

IAC-18.E5.2.1 ASURVEYONTHECAPACITIESOFTHEITALIANSPACESECTORTOPRODUCETECHNOLOGYTRANSFERSINTOSPACE-RELATEDANDSPACE-ENABLEDBUSINESSGiacomo Primo Sciortino, Italian Space Agency (ASI), Italy

IAC-18.E5.2.2 SPACEDEVELOPMENTSANDTECHNICALINNOVATION-EMPIRICALANALYSISBASEDONPROVINCIALPANELDATAOFCHINANing Jia, China Aerospace Science and Technology Corporation (CASC), China

IAC-18.E5.2.3 RESEARCHONTHEINDUSTRIALIMPACTOFAEROSPACEDISRUPTIVETECHNOLOGYXia Yu, China Academy of Launch Vehicle Technology(CALT), China

IAC-18.E5.2.4 PROGRESSANDCHALLENGESINAPPLYINGSPACETECHNOLOGYINSUPPORTOFTHESUSTAINABLEDEVELOPMENTGOALSDanielle Wood, Massachusetts Institute of Technology (MIT), United States

IAC-18.E5.2.5 (non-confirmed) THEIMPORTANCEOFTHELATINAMERICANAPPROACHINTHEDEVELOPMENTOFSPACETECHNOLOGICALCAPABILITIES:AVIEWPOINTFROMMEXICOSofía Andrea Huerta Ramírez, Universidad Nacional Autónoma de México, Mexico

IAC-18.E5.2.6 SPIN-OFFSFROMSPACETECHNOLOGYTOCULTURALLIFEJong-Bum Kim, Korea Aerospace Research Institute (KARI), Korea, Republic of

IAC-18.E5.2.7 URBANPLANNINGUSINGSATELLITEIMAGEANALYSIS:APERUVIANCASEVictor Romero-Alva, Image Processing Research Laboratory (INTI-Lab). Universidad de Ciencias y Humanidades - UCH, Peru

IAC-18.E5.2.8 SPACEDATAFORPREDICTINGCLIMATECHANGEANDDESERTIFICATIONINAFRICA:CASESTUDYOFTHESAHELREGION.ABUBAKAR BABAGANA, SEABED INTERNATIONAL, Nigeria

IAC-18.E5.2.9 SPATIOTEMPORALINVESTIGATIONSOFOILGROUNDSPILLSANDMODISFIREPRODUCTSINNEARREAL-TIMEMichael Gbenga Ogungbuyi, University of Cape Town, South Africa

IAC-18.E5.2.10 USINGSPACEFORDISASTERMANAGEMENTINEMERGINGSPACESTATES:ACRITICALASSESSMENTWasanchai Vongsantivanich, Geo-Informatics and Space Technology Development Agency (GISTDA), Thailand

IAC-18.E5.2.11 THENOTSOFUNNYPARALLEL:HUMANSPACEEXPLORERSANDDISASTER-DISPLACEDPEOPLEJesper Jorgensen, SpaceArch, Denmark

E5.3. Contemporary Arts Practice and Outer Space: A Multi-Disciplinary ApproachOctober 3 2018, 09:45 — CCB Bergen Co-Chair(s): Richard Clar , Art Technologies, United States; Tibor Balint , Art Center College of Design, United States; Rapporteur(s): Melanie King , Royal College of Art, United Kingdom;

IAC-18.E5.3.1 THECULTURALIMPACTOFSPACEEXPLORATIONFROMANARTIST´SPERSPECTIVEMichael Najjar, , Germany

IAC-18.E5.3.2 ANCIENTLIGHT:ALTERINGPERCEPTIONSOFASTRONOMICALIMAGINGTHROUGHEXPLORATIONSINPHOTOGRAPHICMATERIALITY.Melanie King, Royal College of Art, United Kingdom

IAC-18.E5.3.3 PILLOWTALK---CURATINGDELIGHTFORASTRONAUTSTibor Balint, Art Center College of Design, United States

IAC-18.E5.3.5 (non-confirmed) NEWMODESOFADDRESSINGOUTERSPACEHeiko Schmid, , Switzerland

IAC-18.E5.3.6 HOWTOSEEHUMANINTERACTIONWITHSPACEASART:ONEOFMANYPERSPECTIVESHannah Halcro, Concordia University, Canada

IAC-18.E5.3.7 LUNARHISTORICANDSCIENTIFICSITES:TECHNICALREASONSANDLEGALBASESTOPROTECTRobin J. Frank, International Institute of Space Law (IISL), United States

IAC-18.E5.3.8 (non-confirmed) MOONMARSEXPLORATIONTHROUGHARTS:ARTSCIENCEPROJECTSBernard Foing, ESA/ESTEC, ILEWG & VU Amsterdam, The Netherlands

IAC-18.E4.2.6 THEDEVELOPMENTOFHERMANNGANSWINDT'SSPACEFLIGHTIDEASMichael Tilgner, , Germany

IAC-18.E4.2.7 WHENTHESTUDIESOFGERMANSPOUSESWEREENCOURAGEDBYTHEFRENCHASTRONAUTICPIONNEERS(1927-MID30'S)Philippe Varnoteaux, Association Histoires d'espace, France

IAC-18.E4.2.8 OUTOFOBSCURITY:3PRIVATEISRAELIROCKETRYPROGRAMSOFTHE1960'SAND1970'STal Inbar, The Fisher Institute for Air and Space Strategic Studies, Israel

IAC-18.E4.2.9 (non-confirmed) FÉLICETTE,THEONLYSPACECATJean-Jacques Serra, AAAF, France

E4.3A. Germany’s Contribution to Astronautics Post WWIIOctober 5 2018, 13:30 — CCB Roselius Co-Chair(s): Otfrid Liepack , National Aeronautics and Space Administration (NASA), Jet Propulsion Laboratory, United States; Vera Pinto Gomes , European Commission, Belgium; Rapporteur(s): Kerrie Dougherty , , Australia; Piero Messina , European Space Agency (ESA), France;

IAC-18.E4.3A.3 Peter Lüthge - Space Propulsion in Bremen after WWII OLIVIERHELBIG,,GERMANY

IAC-18.E4.3A.4 THEEARLYGERMANSCIENCESATELLITEPROJECTS.FROMAZURTOROSAT.Gerhard Schwehm, ESA (retired), The Netherlands

IAC-18.E4.3A.5 FUTUREINSPACE–THEPROPRIETARYVISIONOFHARRYO.RUPPERadu Rugescu, Association Dedicated to Development in Astronautics (A.D.D.A), Romania

E4.3B. “Can you believe they put a man on the Moon?”October 5 2018, 14:45 — CCB Roselius Co-Chair(s): John Charles , NASA Human Research Program, United States; Rapporteur(s): Christophe Rothmund , Airbus Safran Launchers, France; Hannes Mayer , Karl Franzens Universität Graz, Austria;

IAC-18.E4.3B.7 (non-confirmed) NASA'SSTRUGGLETOFINDAFOCUSIN1958,THEORIGINOFTHE1961MOONLANDINGGOALANDTHEFIGHTFORITSACCEPTANCEWITHINTHESCIENTIFICANDENGINEERINGFRATERNITY1957-1962.David Baker, , United Kingdom

IAC-18.E4.3B.8 PRESIDENTSASRATIONALACTORS:NASAANDTHEMOONJennifer Lauren Napier, Space Generation Advisory Council (SGAC), Austria

IAC-18.E4.3B.9 THEBEGINNINGOFTHESPACEAGE:WASITJUSTARACE?SPACESCIENTISTS,ADMINISTRATORS,DIPLOMATSANDSCIENTIFICCONFERENCESBETWEEN1958AND1970Piero Messina, European Space Agency (ESA), France

IAC-18.E4.3B.10 WHYSOMEPEOPLEJUSTWON'TBELIEVEIT?SOCIO-CULTURALORIGINSOFMOONLANDINGCONSPIRACYTHEORIES.Alfredas Buiko, Vilnius University, Lithuania

IAC-18.E4.3B.11 "THEDISH"WASNOTTHEWHOLESTORY:AUSTRALIA’SROLEINAPOLLOTELEVISIONFROMTHELUNARSURFACEKerrie Dougherty, , Australia

IAC-18.E4.3B.12 GOINGTOTHEMOON:HOWTHEPASTDREWTHEFUTUREHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-18.E4.3B.13 THEMOONLANDINGASAWORLDWIDECASEOFPOPSCIENCEMaria Giulia Andretta, University of Bologna, Italy

E5. 29th IAA SYMPOSIUM ON SPACE AND SOCIETYCoordinator(s): Geoffrey Languedoc , Canadian Aeronautics & Space Institute (CASI), Canada; Olga Bannova , University of Houston, United States;

E5.1. Space Architecture: Habitats, Habitability, and BasesOctober 2 2018, 14:45 — CCB Bergen Co-Chair(s): Brent Sherwood , Caltech/JPL, United States; Olga Bannova , University of Houston, United States; Rapporteur(s): Anna Barbara Imhof , Liquifer Systems Group (LSG), Austria;

IAC-18.E5.1.1 FLEXIBLEANDMODULARARCHITECTUREFORTHELUNARGATEWAYNeeraj Gupta, Sierra Nevada Corporation, United States

IAC-18.E5.1.2 LOCKHEEDMARTINNEXTSTEP-2HABITATIONSTUDY:CISLUNARGATEWAYARCHITECTURESTATUSANDRESULTSTODATEWilliam Pratt, Lockheed Martin Space Systems Company, United States

IAC-18.E5.1.3 IXION:AWET-LABHABITATPLATFORMFORLEOANDTHEDEEPSPACEGATEWAYSamuel Wald, Nanoracks, United States

IAC-18.E5.1.4 SPACESTATIONFORORBITALDEBRISRECYCLINGIvan Matas, Vienna University of Technology, Austria

IAC-18.E5.1.5 NASACENTENNIALCHALLENGE:THREEDIMENSIONAL(3D)PRINTEDHABITAT,PHASE3Robert Mueller, National Aeronautics and Space Administration (NASA), United States

IAC-18.E5.1.6 USINGSOLARSINTERINGTOBUILDINFRASTRUCTUREONTHEMOON–LATESTADVANCEMENTSINTHEREGOLIGHTPROJECTAnna Barbara Imhof, Liquifer Systems Group (LSG), Austria

IAC-18.E5.1.7 FUNGALBASEDBIOCOMPOSITEFORHABITATSTRUCTURESONTHEMOONANDMARSHanna Läkk, European Space Research and Technology Centre, ESA-ESTEC, The Netherlands


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E6. IAF BUSINESS INNOVATION SYMPOSIUMCoordinator(s): Ken Davidian, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States;

E6.1. Entrepreneurship and Innovation: The Practitioners' PerspectivesOctober 2 2018, 09:45 — CCB Roselius Co-Chair(s): Gary Martin , Luxembourg Ministry of the Economy, Luxemburg;

IAC-18.E6.1.1 STELLARSTATION:EXPANDINGMISSIONPOSSIBILITIESTHROUGHGROUNDSTATIONSHARINGNaomi Kurahara, Infostellar, Japan

IAC-18.E6.1.2 BRINGINGSPACEONLINE:THEBENEFITSOFUSINGTHEGDS-LIKEARCHITECTURESYSTEMFORSMALLSATMARKETKsenia Lisitsyna, Precious Payload, Russian Federation

IAC-18.E6.1.4 GAME-CHANGINGSPACESYSTEMINTERFACEAPPROACHWITHSTANDARDPOTENTIALANDSPACEECO-SYSTEMIMPACTJoerg Kreisel, JOERG KREISEL International Consultant (JKIC), Germany

IAC-18.E6.1.5 A21STS.T.E.A.M.E.DACADEMYBUSINESSMODELCREATINGEDUTAINMENTINEXPERIENTIALANDSIMULATION-BASEDLEARNINGANDEXPONENTIALTECHNOLOGIESTOTRAINNEXTGENLEADERSANDANALOGASTRONAUTSSusan Ip-Jewell, Mars Academy USA, United States

IAC-18.E6.1.6 FAZADOTIR,FROMASTARTUPINSPACEEDUCATIONTOAPLATFORMFORCUBESATMARKETSajjad Ghazanfarinia, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.E6.1.7 HIGHALTITUDEPLATFORMSASACOST-EFFECTIVEALTERNATIVETOMASSIVESATELLITECONSTELLATIONS,FORBANDWIDTHDELIVERYTOUNDERSERVEDAREASThomas Olson, Center for Space Commerce and Finance, United States

IAC-18.E6.1.8 ANEWSPACEPLANEVENTURECOMPANYINJAPAN-CHALLENGESINTHELASTFRONTIERBOTHDEVELOPMENTANDBUSINESSKoichi Yonemoto, Kyushu Institute of Technology, Japan

IAC-18.E6.1.9 SATSEARCH.CO:THEDATALAYERFORTHESPACEINDUSTRYKartik Kumar, satsearch.co, The Netherlands

IAC-18.E6.1.10 GUIDETOLEGALCOMPLIANCEFORASPACESTARTUPMegan Kane, Spire Global, Inc., United States

IAC-18.E6.1.11 AMARKETANALYSISFORAPRIVATELYOWNEDANDOPERATEDSPACESTATIONBenjamin Corbin, IDA Science and Technology Policy Institute, United States

IAC-18.E6.1.12 NEWSPACEPROPULSIONSTART-UP:THRUSTME’SJOURNEYFROMINVENTIONTOINNOVATIONAne Aanesland, ThrustMe, France

E6.2. Finance and Investment: The Practitioners' PerspectivesOctober 3 2018, 14:45 — CCB Roselius Co-Chair(s): Joerg Kreisel , JOERG KREISEL International Consultant (JKIC), Germany; Rapporteur(s): Ian Christensen , Secure World Foundation, United States;

IAC-18.E6.2.1 START-UPSPACE:GLOBALINVESTMENTTRENDSCarissa Christensen, Bryce Space and Technology, United States

IAC-18.E6.2.2 WHATCANEUROPEANUNIONDOFORYOURSPACESTART-UP?Tina Mede, European Commission, Belgium

IAC-18.E6.2.3 ENTREPRENEURSHIPANDPRIVATEINVESTMENTINTHEEUROPEANSPACESECTORSebastien Moranta, European Space Policy Institute (ESPI), Austria

IAC-18.E6.2.4 INTRODUCTIONTOTHECOMMERCIALSPACEINNOVATIONINITIATIVEKen Davidian, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States

IAC-18.E6.2.5 MAKINGNASAMOREBUSINESSFRIENDLY:ANSBIR/STTRCASESTUDYJennifer Gustetic, NASA, United States

IAC-18.E6.2.6 RESEARCHONTHEINFLUENCEOFCHINA’SCOMMERCIALSPACEFLIGHTONTHEECONOMICANDSOCIALDEVELOPMENTOFTHEREGIONSALONGTHEBELTANDROADLIANG MA, China Academy of Aerospace Systems Science and Engineering, China

IAC-18.E6.2.7 OPPORTUNITIESANDCHALLENGESFORNEWSPACEINJAPANMisuzu Onuki, Space Access Corporation, Japan

IAC-18.E6.2.8 CORPORATEVENTUREINVESTMENTASADEVELOPMENTTOOLFORNEWSPACECOMPANIESSUPPORTDmitry Payson, ROSCOSMOS, Russian Federation

IAC-18.E6.2.9 FIRSTCENTRALAMERICANSATELLITE:FINANCIALSUPPORTINANON–AEROSPACEDEVELOPEDCOUNTRYYolanda Ceciliano-Jiménez, Central American Association for Aeronautics and Space (ACAE), Costa Rica

IAC-18.E6.2.10 SPACESECTORASACATALYSTPORTTOECONOMICDEVELOPMENTONLATINAMERICAYair Israel Piña López, Universidad Nacional Autónoma de México, Mexico

IAC-18.E6.2.11 SPACE3ACDOWNSTREAMACCELERATOR:SUMMARYOFRESULTSFROM2016-2018Krzysztof Kanawka, Blue Dot Solutions, Poland

IAC-18.E6.2.12 NEWSPACEINITIATIVESINPIEDMONTREGIONSUPPORTINGINNOVATIONANDINTERNATIONALIZATIONOFSME'S:RECENTEXPERIENCESANDPERSPECTIVESErika Manis, , Italy

IAC-18.E5.3.9 (non-confirmed) ONBECOMINGEXTRA-PLANETARYJol Thomson, , United Kingdom

IAC-18.E5.3.10 THEARTOFMEDIATIONTHROUGH‘THEUNIVERSE’–ADIALOGUEBETWEENANENGINEERANDADESIGNERATCERNYuri Tanaka, Tokyo University of the Arts, Japan

IAC-18.E5.3.11 `COGITOINSPACE':FROMTHEEARTH-CENTREDTOTHECOSMOS-WIDEPERSPECTIVEDaniela de Paulis, , The Netherlands

E5.4. Space Assets and Disaster ManagementOctober 4 2018, 09:45 — CCB Bergen Co-Chair(s): Geoffrey Languedoc , Canadian Aeronautics & Space Institute (CASI), Canada; Jillianne Pierce , Space Florida, United States;

IAC-18.E5.4.2 CAPITALIZINGONGEOSPATIALTECHNIQUESTOCURBURBANWASTEINAFRICAOniosun Temidayo Isaiah, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.E5.4.3 SPACE-BASEDDATAFORCLIMATECHANGEADAPTATION:IDENTIFYINGPATHWAYSFORACCESSANDUSEINEARLYANDNON-SPACE-FARINGCOUNTRIESDanny Bednar, University of Western Ontario (UWO), Canada

IAC-18.E5.4.4 USEOFTECHNOLOGYACCEPTANCEMODELINANALYSINGTHEUTILISATIONOFSATELLITE-AIDEDTOOLSFORDISASTERMANAGEMENTINCOUNTRIESWITHDIFFERENTDEVELOPMENTALSTATUSPATRICIA KHWAMBALA, Cape Peninsula University of Technology (CPUT), South Africa

IAC-18.E5.4.5 DESIGNOFASPACEBASEDPLATFORMFOREARTHQUAKEPREDICTIONUSINGPRECURSORSINVESTIGATIONMasoud Khoshsima, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.E5.4.6 DISASTERMANAGEMENT:SPACE-BASEDSOLUTIONSFORDEVELOPINGNATIONSIsidora Casas del Valle Pacheco, International Space University, Chile

IAC-18.E5.4.7 SATELLITECOMMUNICATIONSYSTEMFORDISASTERRESPONSEINBHUTANCheki Dorji, LaSEINE, Kyushu Institute of Technology, Japan

IAC-18.E5.4.8 DIGITALDIPLOMACY:THEUSEOFSPACETECHNOLOGIESINENHANCINGCOMPLIANCETOINTERNATIONALREGIMESS.W. Chiu, University of Oxford, United Kingdom

IAC-18.E5.4.9 AFUTURECARRINGTONEVENT:ADOPTINGADETERMINISTICAPPROACHTOINTERNATIONALTELECOMMUNICATIONSISSUESSamuel Naef, International Space University (ISU), France

IAC-18.E5.4.10 ANALYSISOFTHEENVIRONMENTALIMPACTOFTHESAMAFORESTFIREINTARIJABOLIVIANatalia Indira Vargas-Cuentas, Beihang University (BUAA), China

IAC-18.E5.4.11 ANALYSISOFLANDSLIDESINPERUBASEDONSATELLITEIMAGESTOIDENTIFYDANGERZONESAvid Roman-Gonzalez, Image Processing Research Laboratory (INTI-Lab). Universidad de Ciencias y Humanidades - UCH, Peru

IAC-18.E5.4.12 MOONVILLAGEASADISASTERMANAGEMENTASSETJames Burke, The Planetary Society, United States

E5.5. Space Societies, Professional Associations and MuseumsOctober 4 2018, 14:45 — CCB Bergen Co-Chair(s): Ines Prieto , SEMECCEL Cité de l'Espace, France; Jean-Baptiste Desbois , SEMECCEL Cité de l'Espace, France; Scott Hatton , The British Interplanetary Society, United Kingdom; Rapporteur(s): Minoo Rathnasabapathy , Massachusetts Institute of Technology (MIT), United States;

IAC-18.E5.5.1 THESPACEGENERATIONADVISORYCOUNCIL:CAPACITYBUILDINGANDTHESPACEGENERATIONFORUMSJennifer Lauren Napier, Space Generation Advisory Council (SGAC), Austria

IAC-18.E5.5.2 INNOVATIVEWAYSFORASPACEMUSEUMSTOWORKWITHSTUDENTSTHROUGHEUROPEANPROJECTSInes Prieto, SEMECCEL Cité de l'Espace, France

IAC-18.E5.5.3 GENDEREQUALITYINTHEITALIANSPACESECTOR:ASTUDYCASEOFTHEWIAROMELOCALGROUPMaria Libera Battagliere, ASI - Italian Space Agency, Italy

IAC-18.E5.5.4 SPACEANDSOCIETY–INITIALSPACEEDUCATIONINCROATIAGoran Nikolasevic, , Croatia

IAC-18.E5.5.5 "FROMTHEOUTBACKTOOUTERSPACE":ACASESTUDYOFASPACEEXHIBITIONASANIACOUTREACHPROJECTKerrie Dougherty, , Australia

IAC-18.E5.5.6 IAC2016,ATURNINGPOINTFORMEXICOFORITSDREAMTOREACHSPACE.Luis Ángel Castellanos Velasco, Universidad Nacional Autónoma de México, Mexico

IAC-18.E5.5.7 CURATINGSPACEMUSEUMSUSINGINTERSECTIONALDESIGNWael Bazzi, , United Arab Emirates

IAC-18.E5.5.8 BUILDINGLEVERAGEFORASPACEAGENDACREATEDINTHECIVILSOCIETY:THEEXPERIENCEOFACAEINCENTRALAMERICACarlos Alvarado Briceño, Central American Association for Aeronautics and Space (ACAE), Costa Rica

IAC-18.E5.5.9 THECOLOMBIANSPACEFOUNDATION:ANATTEMPTTODEVELOPTHESPACESECTORCamilo Guzman Gomez, UNIVERSIDAD SERGIO ARBOLEDA, Colombia

IAC-18.E5.5.10 CUBERS,STUDENTANDNON-PROFESSIONALASSOCIATIONFORCUBESATDESIGN,MANUFACTURINGANDAPPLICATIONTOFORMAGILEANDLOWCOSTR&DSECTIONFORINDUSTRYSajjad Ghazanfarinia, Satellite Research Institute, Iranian Space Research Center, Iran


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IAC-18.E7.1.16 BACKTOTHEMOON:LEGALCHALLENGESFORFUTURELUNAREXPLORATION.Antonino Salmeri, International Institute of Air and Space Law, Leiden University, The Netherlands

E7.2. Financing space: Procurement, competition and regulatory approachOctober 2 2018, 14:45 — Bremen 3 Co-Chair(s): Audrey Powers , Blue Origin LLC, United States; Ingo Baumann , , Germany; Rapporteur(s): Gina Petrovici , ECSL, Germany;

IAC-18.E7.2.1 THEU.S.PROCUREMENTMODELASATOOLFORGROWINGPRIVATEINDUSTRYMark Sundahl, Cleveland State University, United States

IAC-18.E7.2.2 PUBLICPROCUREMENTRULES,FORMSOFFINANCINGANDTHEIRIMPACTONCOMPETITIONINTHESPACEFIELD:AGENERALOVERVIEWWITHAFOCUSONTHEITALIANLEGISLATIVEFRAMEWORKANDITSPRACTICALIMPLEMENTATION.Marina Gagliardi, Italian Space Agency (ASI), Italy

IAC-18.E7.2.3 USINGPUBLIC-PRIVATEPARTNERSHIPSTOFINANCEVERYLARGESPACEPROJECTSMilton Smith, Sherman & Howard, LLC, United States

IAC-18.E7.2.4 THESPACEPROTOCOLOFTHECAPETOWNCONVENTION:ANINTERNATIONALSECUREDTRANSACTIONSREGIMEFORSPACEASSETSAnna Veneziano, Unidroit, Italy

IAC-18.E7.2.5 SO,YOUWANTTOBUYASPACECOMPANY?Brendan Cohen, Cleary Gottlieb Steen & Hamilton LLP, United States

IAC-18.E7.2.6 INSURANCEINVOLVEMENTONNEWSPACEACTIVITIESDEVELOPMENTSCÉCILEGAUBERTLAWYER-PARISBARCecile Gaubert, , France

IAC-18.E7.2.7 SPACEACTIVITIESINEUROPETHROUGHTHELENSESOFEUCOMPETITIONLAWIoanna Thoma, European Space Agency (ESA), France

IAC-18.E7.2.8 THEEUROPEANUNIONANDSPACE-SPACEFORCOMPETITION?Frans von der Dunk, University of Nebraska-Lincoln, The Netherlands

IAC-18.E7.2.9 MITIGATIONOFANTI-COMPETITIVEBEHAVIOURINTELECOMMUNICATIONSATELLITESANDMANAGEMENTOFNATURALMONOPOLIES.Thomas Green, Space Industry Association of Australia, Australia

IAC-18.E7.2.10 LEGALANDREGULATORYAPPROACHESTOGROWINGTHEUKSPACEECONOMY:REVOLUTIONOREVOLUTION?Christopher Newman, Northumbria University, United Kingdom

IAC-18.E7.2.11 THE“B&RINITIATIVE”PROVIDESOPPORTUNITIESFORCHINATODOMINATESPACECOOPERATIONINASIA?-ANANALYSISOFLEGALCHALLENGESMingyan Nie, Faculty of Law, Nanjing University of Aeronautics and Astronautics, China

IAC-18.E7.2.12 TOFULLYBRIDGETHEDIGITALDIVIDEBY2027,MAKINGINTERNETACCESSAVAILABLEANDAFFORDABLEFOREVERYONE-THENON-GSOCONSTELLATIONRESPONSEYvon Henri, Oneweb, United Kingdom

E7.3. Integrated space applications, EO telecoms navigationOctober 3 2018, 09:45 — Bremen 3 Co-Chair(s): Catherine Doldirina , International Institute of Space Law (IISL), Italy; Setsuko Aoki , Keio University, Japan;Rapporteur: Andrea Capurso, Leiden University, The Netherlands

IAC-18.E7.3.1 BIGDATAFLOWFROMSPACETOTHEEU:OPENACCESSANDOPENDISSEMINATIONPOLICYVS.THECOMMONEUROPEANDATASPACEMaria Elena De Maestri, Università degli Studi di Genova, Italy

IAC-18.E7.3.2 SPACEAPPLICATIONSFORAGRICULTURALPURPOSES:RELEVANTLEGALFRAMEWORKCatherine Doldirina, International Institute of Space Law (IISL), Italy

IAC-18.E7.3.3 EARTHOBSERVATIONDATAANDSERVICES–NEWLEGALISSUESIngo Baumann, BHO Legal , Germany

IAC-18.E7.3.4 PRIVACYLAWISSUESRAISEDBYNEWSPACEDEVELOPMENTSLaura Keogh, , Ireland

IAC-18.E7.3.5 LEGALRIGHTSANDPOSSIBILITIESTOACCESSSATELLITEDATAFORANON-MEMBERSTATEOFSPACECOMMUNITY:CASEOFREPUBLICOFSERBIAAnja Nakarada Pecujlic, Cologne University, Germany

IAC-18.E7.3.6 (non-confirmed) COPERNICUSANDEUROPEANSPACESECURITY:LEGALCHALLENGESWITHOPENDATAPOLICIESSandra Cabrera Alvarado, University of Luxembourg, Luxemburg

IAC-18.E7.3.7 INTELLECTUALPROPERTIESOFTHESATELLITEIMAGESANALYZEDBYA.I.Mihoko Shintani, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.E7.3.8 IMPLICATIONSOFMEGACONSTELLATIONSOFSMALLSATELLITESONEARTHOBSERVATIONREGULATIONSANDPOLICIESAtsuyo Ito, , Japan

IAC-18.E7.3.9 WORKINGWITHTHEJAPANESENEWREMOTESENSINGDATAACTDaisuke Saisho, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.E7.3.10 INTERNATIONALLAWCOMMISSION’S2016DRAFTARTICLESON“PROTECTIONOFPERSONSINTHEEVENTOFDISASTERS”ASALEGALBASISFORMITIGATIONAGAINSTNEAREARTHOBJECTS/ASTEROIDSBehnam Salem Condory, , Iran

IAC-18.E7.3.11 INTELLECTUALPROPERTYPROTECTION,AFINANCIALASPECTOFTHEISSGabriella Catalano, Sapienza University of Rome, Italy

IAC-18.E7.3.12 TWOREGIMESAPPLICABLE:NEWFORMSOFTHEUSEOFTHESPACEANDTHERADIOFREQUENCYSPECTRUMMahulena Hofmann, University of Luxembourg, Luxemburg

E6.3. Innovation: The Academics' PerspectivesOctober 5 2018, 09:45 — CCB Roselius Co-Chair(s): Ken Davidian , Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States; Paola Belingheri , Women in Aerospace Europe (WIA-E), The Netherlands; Rapporteur(s): Luigi Scatteia , PricewaterhouseCoopers Advisory, France;

IAC-18.E6.3.1 A Competition for Un-engineering Sajjad Ghazanfarinia, Satellite Research Institute, Iranian Space Research Center, Iran

IAC-18.E6.3.2 New Space: Impacts of Innovative Concepts in Satellite Development on the Space Industry Stephanie Koechel, Technical University of Munich, Germany

IAC-18.E6.3.3 New Space and Agile Innovation: Transforming Networks, Organisations and People Matjaz Vidmar, The University of Edinburgh, United Kingdom

IAC-18.E6.3.4 Institutional Logics and Industrial Dynamics in the Dutch Space Sector Daniel Sagath, Vrije Universiteit Amsterdam, The Netherlands

IAC-18.E6.3.5 Fostering innovation via Ambidexterity in Aerospace Organizations Christine Joseph, Massachusetts Institute of Technology (MIT), United States

IAC-18.E6.3.6 The Effects Of Institutional Logics On Entrepreneurship In The Finnish Space Sector Christopher Vasko, European Space Agency (ESA), France

IAC-18.E6.3.7 From new space to big space: How commercial space dream is becoming a reality? Gil Denis, Airbus Defence and Space, France

IAC-18.E6.3.8 Placeholder for the Winner of the Space is Business Paper Writing Competition Ken Davidian, Federal Aviation Administration Office of Commercial Space Transportation (FAA/AST), United States

E7. 61st IISL COLLOQUIUM ON THE LAW OF OUTER SPACECoordinator(s): Catherine Doldirina , International Institute of Space Law (IISL), Italy; Diane Howard , International Institute of Space Law (IISL), United States; Lesley Jane Smith, Leuphana University of Lüneburg/Weber-Steinhaus & Smith, Germany; Publication officer(s): PJ Blount, University of Luxembourg, Luxemburg; Rafael Moro-Aguilar, Orbspace, Austria;

E7.1. 10th Nandasiri Jasentuliyana Keynote Lecture on Space Law and Young Scholars Session October 2 2018, 09:45 — Bremen 3 Co-Chair(s): Kai-Uwe Schrogl , European Space Agency (ESA), France; Lesley Jane Smith , , Germany;

Rapporteur(s): Christopher Johnson , Secure World Foundation, United States;

IAC-18.E7.1.1 KEYNOTE:SPACELAWANDINTERNATIONALORGANISATIONSMarco Ferrazzani, European Space Agency (ESA), France

IAC-18.E7.1.2 INDIA’SDRAFT‘SPACEACTIVITIESBILL’:IMPLICATIONSFORTHECOMMERCIALSPACEINDUSTRYNarayan Prasad Nagendra, Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany

IAC-18.E7.1.3 FROMTHEUNILATERALACTSOFSTATESTOWARDSUNILATERALISMINSPACELAWTugrul Cakir, , France

IAC-18.E7.1.5 CANJAPANLAUNCHITSELFINTOBECOMINGALEADERINGLOBALSPACEBUSINESSWITHITSNEWSPACELEGISLATION?Masaya Uchino, Keio University, Japan

IAC-18.E7.1.6 THECONCEPTOFLAUNCHINGSTATEINDEMOCRATIZEDNEWSPACEHamza Hameed, Unidroit, Italy

IAC-18.E7.1.7 LEGALANDPOLICYCHALLENGESFORUSINGBLOCKCHAINTOESTABLISHPROPERTYRIGHTSINOUTERSPACENathan Johnson, , United States

IAC-18.E7.1.8 LEGALCHALLENGESOFSPACE4.0:THEFRAMEWORKCONDITIONSOFLEGALCERTAINTYAMONGSTATES,INTERNATIONALORGANISATIONSANDPRIVATEACTORSINTHECHANGINGLANDSCAPEOFSPACEACTIVITIESGina Petrovici, University of London, Germany

IAC-18.E7.1.9 CAN“GIANT”AND“TINY”CO-EXISTPEACEFULLY　THEDESIGNOFRULESOFPREVENTINGCOLLISIONINOUTERSPACEUNDERTHEBOOMOFMICRO-SATELLITES.Huxiao Yang, , China

IAC-18.E7.1.10 RECONSIDERINGTHELIABILITYREGIMEUNDERSOUTHAFRICANNATIONALSPACELEGISLATIONAlexander Gairiseb, University of Cape Town, South Africa

IAC-18.E7.1.11 ACOMPARATIVEANALYSISBETWEENTHEACTONTHEEXPLORATIONANDUSEOFSPACERESOURCES(LUXEMBURG)ANDTHECOMMERCIALSPACELAUNCHCOMPETITIVENESSACT(U.S.):WAYSFORWARDFORNATIONALSPACELAWYangzi Tao, Keio University, Japan

IAC-18.E7.1.12 THE‘NON-APPROPRIATION’PRINCIPLEINOUTERSPACE:AROMANINTERPRETATIONAndrea Capurso, , The Netherlands

IAC-18.E7.1.13 BEE-FORETHESWARM–SWARMTECHNOLOGIES’UNAUTHORISEDDEPLOYMENTOFSMALLSATSANDART.VIOFTHEOUTERSPACETREATY:SUGGESTIONSFORANASSESSMENTOFINTERNATIONALRESPONSIBILITYINOUTERSPACEScarlet Wagner, Lund University, Sweden

IAC-18.E7.1.14 REGULATINGREMOTESENSINGINNATIONALSPACELEGISLATIONTOINCREASELEGALCERTAINTYONANINTERNATIONALLEVELVincent Seffinga, , The Netherlands

IAC-18.E7.1.15 DONATIONALSPACELAWSLOOKBEYONDLIABILITYFORDAMAGE?–ACASEOFINDIAUpasana Dasgupta, Institute of Air and Space Law, McGill University, Canada


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IAC-18.E7.5.12 ARTIFICIALINTELLIGENCEANDSTATERESPONSIBILITYFORSPACEACTIVITYGeorge Anthony Long, , United States

IAC-18.E7.5.13 DEVELOPINGISSUES:THEFRAGMENTATIONOFSPACELAWHenry Hertzfeld, Space Policy Institute, George Washington University, United States

IAC-18.E7.5.14 THE2018FINNISHACTONSPACEACTIVITIES:ONEMOREADDITIONINTHELISTOFNATIONALSPACELEGISLATIONKUMAR ABHIJEET, Institute of Air & Space Law, University of Cologne, Germany., India

IAC-18.E7.5.15 RECONSIDERINGRULESOFENGAGEMENTINOUTERSPACERoy Balleste, St. Thomas University School of Law, United States

IAC-18.E7.5.16 THEMOONVILLAGEPROJECT:ALEGALRAMIFICATIONRada Popova, Institute of Air and Space Law, University of Cologne, Germany

IAC-18.E7.5.17 WHATARESPACERESOURCES?WHATARECELESTIALBODIES?–THENEEDFORREFINEDLEGALDEFINITIONSINVIEWOFRECENTREGULATORYEFFORTSCONCERNINGSPACERESOURCESIrmgard Marboe, University of Vienna, Austria

IAC-18.E7.5.18 THEHAGUEINTERNATIONALSPACERESOURCESGOVERNANCEWORKINGGROUP:THIRDPROGRESSREPORTTanja Masson-Zwaan, International Institute of Air and Space Law, Leiden University, The Netherlands

E7.6-E3.5. 33rd Joint IAA/IISL Round Table: Global Cooperation in Planetary DefenceOctober 4 2018, 09:45 — CCB Franzius Co-Chair(s): Alan Harris , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Yu Takeuchi , Japan Aerospace Exploration Agency (JAXA), Japan; Rapporteur(s): Marc Haese , DLR, German Aerospace Center, Germany; Nicola Rohner-Willsch , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany;

IAC-18.E7.6-E3.5.1 PLANETARYDEFENCEOPERATIONSUNDERCURRENTINTERNATIONALLAWSergio Marchisio, Italian Space Agency (ASI), Italy

IAC-18.E7.6-E3.5.2 THEWORKOFTHESMPAGADHOCWORKINGGROUPONLEGALISSUESIrmgard Marboe, University of Vienna, Austria

IAC-18.E7.6-E3.5.3 LEGALIMPLICATIONONINTERNATIONALRESPONSEAGAINSTNEOTHREATMasahiko Satoh, Japan Aerospace Exploration Agency (JAXA), Japan

E7.7-B3.8. Legal framework for collaborative space activities - New ways of launching (micro-launching) and large constellation microsats (Joint IAF/IISL session)October 5 2018, 13:30 — ZARM 4 Co-Chair(s): Philippe Clerc , Centre National d'Etudes Spatiales (CNES), France; Tony Azzarelli , Oneweb, United Kingdom; Rapporteur(s): Kamlesh Brocard , Swiss Space Office (SSO), Switzerland;

IAC-18.E7.7-B3.8.1 THEFUTUREOFTHELEGALFRAMEWORKINTHESPACEACTIVITIESJ Humberto Castro Villalobos, Embajada de México, Mexico

IAC-18.E7.7-B3.8.2 “LEVIATHANLITE”-TOWARDSAGLOBALSTEWARDSHIPORGANIZATIONFORSPACEDOMAINAWARENESS,CONDUCT,ANDREMEDIATIONHarrison Kearby, The Ohio State University College of Engineering, United States

IAC-18.E7.7-B3.8.3 ANEWAPPROACHTONATIONALLAWSAIMEDATENCOURAGINGSMALLSATELLITES’SPACEACTIVITIESHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-18.E7.7-B3.8.4 SMALLSATELLITEACTIVITIESANDLEGALCHALLENGESREGARDINGTHESTATESRESPONSIBILITYHamid Kazemi, Aerospace Research Institute, Ministry of Science, Research and Technology, Iran

IAC-18.E7.7-B3.8.5 THEPRINCIPLEOFNON-APPROPRIATIONANDTHEEXCLUSIVEUSESOFLEOBYLARGESATELLITECONSTELLATIONYuri Takaya-Umehara, The University of TOKYO, Graduate school, Japan

IAC-18.E7.7-B3.8.6 THEITUSPACEREGULATION-AKEYELEMENTTOACCESSSPACEAttila MATAS, , Switzerland

IAC-18.E7.7-B3.8.8 OUTERSPACESARPS:ASTEPTOWARDSHARMONIZATIONOFNATIONALREGULATIONSFORTHEENHANCEMENTOFSUSTAINABILITYOFTHESPACEENVIRONMENTGilles Doucet, Institute of Air and Space Law, McGill University, Canada

IAC-18.E7.7-B3.8.10 5YEARSINTOTHEEAR:OPPORTUNITIESFORINTERNATIONALCOLLABORATIONTHROUGHEXPORTCONTROLREFORMMitchell Scher, Planet, United States

IAC-18.E7.7-B3.8.11 LEGALANDPOLICYPERSPECTIVESONCIVIL-MILITARYCOOPERATIONFORTHEESTABLISHMENTOFSPACETRAFFICMANAGEMENTNtorina Antoni, Eindhoven University of Technology, The Netherlands

IAC-18.E7.7-B3.8.12 FINANCINGSPACESTART-UPSINTHEUS:LEGALBARRIERSANDOPPORTUNITIESFORPUBLICANDPRIVATEFUNDSEytan Tepper, Institute of Air and Space Law, McGill University, Canada

IAC-18.E7.7-B3.8.13 COMMERCIALOOSANDITSFUTURE:POLICYANDLEGALISSUESBEYONDLIFEEXTENSIONOlga Stelmakh-Drescher, International Institute of Space Commerce, United States

IAC-18.E7.7-B3.8.14 REGULATORYASPECTSINLAUNCHSERVICECONTRACTSFORMICRO-SATELLITESINCOMPLIANCEWITHINTERNATIONALLEGALFRAMEWORK--SUCCESSFULDOCKINGINLEGALSPACE?Kang Duan, China Great Wall Industry Corporation (CGWIC), China

E7.4. Space law at Unispace +50: consequences and future perspectivesOctober 3 2018, 14:45 — Bremen 3 Co-Chair(s): Bernhard Schmidt-Tedd , Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany; Yun Zhao , The University of Hong Kong, Hong Kong; Rapporteur: Antonio Salmeri, Leiden University, The Netherlands

IAC-18.E7.4.1 UNISPACE+60:EVOLUTIONOFLONG-TERMSUSTAINABILITY(LTS)GUIDELINESINTOCUSTOMARYLEGALNORMSLarry Martinez, International Institute of Space Law (IISL), United States

IAC-18.E7.4.2 AVITALARTERYORASTENTNEEDINGREPLACEMENT?AGLOBALSPACEGOVERNANCESYSTEMWITHOUTTHEOUTERSPACETREATY?Ram S. Jakhu, McGill Univeristy, Canada

IAC-18.E7.4.3 ARMEDCONFLICTINOUTERSPACE:INTERNATIONALHUMANITARIANLAWASASOLUTION?Yun Zhao, The University of Hong Kong, Hong Kong

IAC-18.E7.4.4 LEGALPERSPECTIVESFORTHEFURTHERDEVELOPMENTOFTHEFIVEUNITEDNATIONSTREATIESONOUTERSPACEINLIGHTOFRISINGMULTISTAKEHOLDERISMMartina Smuclerova, Charles University, Czech Republic

IAC-18.E7.4.5 UNISPACE+50:TIMEFORTHEMOONTREATYDennis O'Brien, Space Treaty Project, United States

IAC-18.E7.4.6 NORMATIVEREFERENCESTONON-LEGALLYBINDINGINSTRUMENTSINNATIONALSPACELAWS:ARISK-BENEFITANALYSISINTHECONTEXTOFDOMESTICANDPUBLICINTERNATIONALLAWAlexander Soucek, European Space Agency (ESA), The Netherlands

IAC-18.E7.4.7 INTERNATIONALLEGALASPECTSONSUSTAINABLEDEVELOPMENTOFOUTERSPACEACTIVITIES:COMBINESAFETYANDEFFECTIVENESSINTHELONG-TERMIrina Chernykh, Peoples' Friendship University of Russia (RUDN University), Russian Federation

IAC-18.E7.4.8 AFRESHVIEWONTHEOUTERSPACETREATYANDONTHEEVOLUTIONOFTHEPOST-AGENDA2030GOALSAnnette Froehlich, LL.M., MAS, European Space Policy Institute (ESPI)German Aerospace Center (DLR), Austria

IAC-18.E7.4.9 THEPROMOTIONOF(SPACE-BASED)TELEMEDICINEVIAUNISPACE+50Edward Burger, European Space Policy Institute (ESPI), Austria

IAC-18.E7.4.10 REFLECTIONSONTHEINTERNATIONALLEGALFRAMEWORKGOVERNINGRE-ENTRYOFSPACEOBJECTSXiaodan Wu, China Central University of Finance and Economics, China

IAC-18.E7.4.11 EVOLVINGNORMSONPRE-LAUNCHNOTIFICATIONSOFSPACELAUNCHVEHICLES:HISTORICALPERSPECTIVEINTHECONTEXTOFUNISPACE+50THEMATICPRIORITYTHREEKazushi Kobata, Japan Aerospace Exploration Agency (JAXA), Japan

IAC-18.E7.4.12 “BELTANDROAD”SPACEINFORMATIONCORRIDOR:OPPORTUNITIESANDCHALLENGESFROMLEGALPERSPECTIVESKang Duan, China Great Wall Industry Corporation (CGWIC), China

IAC-18.E7.4.13 International Cooperation in Space is Essential in Our Time José Monserrat-Filho, Brazilian Space Agency (AEB), Brazil

E7.5. The relationship between space law and cyberlaw, and other recent developments in space lawOctober 5 2018, 09:45 — Bremen 3 Co-Chair(s): Larry Martinez , International Institute of Space Law (IISL), United States; Stephan Hobe , University of Cologne, Germany; Rapporteur(s): Simona Spassova , University of Luxembourg, Luxemburg;

IAC-18.E7.5.1 CYBERLAWANDOUTERSPACE(ACTIVITIES):LEGALANDREGULATORYCHALLENGESStephan Hobe, University of Cologne, Germany

IAC-18.E7.5.2 INSEARCHOFANINTERNATIONALPUBLICORDERFORCYBERACTIVITIESStefan A. Kaiser, , Germany

IAC-18.E7.5.3 IDENTIFYINGTHESCOPEOFTHEAPPLICABLEINTERNATIONALLAWRULESTOWARDSMALICIOUSCYBERACTIVITIESAGAINSTSPACEASSETSSetsuko Aoki, Keio University, Japan

IAC-18.E7.5.4 CYBERSPACEANDTHEUSEOFFORCE:APPLICABILITYOFJUSADBELLUMANDJUSINBELLORULESTOCYBER-ATTACKSAGAINSTSPACESYSTEMSFabio Tronchetti, Beihang University (BUAA), China

IAC-18.E7.5.5 THATESCALATEDQUICKLY:THECYBER-ASATCONUNDRUMPJ Blount, University of Luxembourg, Luxemburg

IAC-18.E7.5.6 CRITICALASSESSMENTOFSPACELAWRELATEDRULESOFTALLINNMANUAL2.0ONTHEINTERNATIONALLAWAPPLICABLETOCYBEROPERATIONSS. Hadi Mahmoudi, Shahid Beheshti University, Iran

IAC-18.E7.5.7 THEROLEOFTHEITUINTHECREATIONOFINTERNATIONALLEGALNORMSONCYBERSECURITYPERTAININGTOSPACECOMMUNICATIONSSimona Spassova, University of Luxembourg, Luxemburg

IAC-18.E7.5.8 THEAPPLICATIONOFCYBERSECURITYLAWSANDPROVISIONSTOSPACESYSTEMSANDSERVICESHelena Correia Mendonça, Vieira de Almeida & Associados, Portugal

IAC-18.E7.5.9 THERELEVANCEANDAPPLICABILITYOFCYBERSECURITYLAWSWITHREGARDTODATASTORAGEONBOARDSATELLITESANDONTHEGROUNDDimitra Stefoudi, Leiden University, The Netherlands

IAC-18.E7.5.10 THEPRINCIPLEOFNON-HARMFULINTERFERENCEINCYBERSPACEANDOUTERSPACEYuri Takaya-Umehara, The University of TOKYO, Graduate school, Japan

IAC-18.E7.5.11 CYBERSECURITYFORSPACEASSETS:LEGALPROBLEMSANDTHEROLEEXPECTEDOFAFRICAOLUSOJI NESTER JOHN, African Regional Center for Space Science and Technology Education in English (ARCSSTE-E), Nigeria


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E8. IAA MULTILINGUAL ASTRONAUTICAL TERMINOLOGY SYMPOSIUMCoordinator(s): Susan McKenna-Lawlor , Space Technology (Ireland) Ltd., Ireland; Tetsuo Yoshimitsu , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan;

E8.1. Multilingual Astronautical Terminology

October 5 2018, 09:45 — CCB Herschel Co-Chair(s): Susan McKenna-Lawlor , Space Technology (Ireland) Ltd., Ireland; Tetsuo Yoshimitsu , Institute of Space and Astronautical Science (ISAS), Japan Aerospace Exploration Agency, Japan; Rapporteur(s): Fabrice Dennemont , International Academy of Astronautics (IAA), France;

IAC-18.E8.1.1 TERMINOLOGICALMONITORINGPROCEDUREAPPLICATIONEXPERIENCEINTHEDOMAINOFSPACEOlexiy Shypko, , Ukraine

IAC-18.E8.1.2 FUTURESPACETRAVELSYMBOLICLANGUAGEDEVELOPEDFORNEXTGENERATIONCOMMUNICATIONRiya Joshi, , United States

GTS - Global Technical Symposium

GTS.1-B1.6 Citizen Science in Global Earth Observation SystemsOctober 4 2018, 14:45 — ÖVB 4 Co-Chair(s): Harry A. Cikanek , National Oceanic and Atmospheric Administration (NOAA), United States; Jessica Culler , The Planetary Society, United States; Rapporteur(s): Brent Smith , National Oceanic and Atmospheric Administration (NOAA), United States; Kate Becker , NOAA/NESDIS, United States;

IAC-18.GTS.1-B1.6.1 THEROLEOFPOLICYINUSINGCITIZENSCIENCEFOREARTHOBSERVATIONKrystal Wilson, Secure World Foundation, United States

IAC-18.GTS.1-B1.6.2 DESIGNFORACITIZENSCIENCEANDPUBLICENGAGEMENTPROJECTCELEBRATINGANTARCTICAANDTHESOUTHERNOCEANDanielle Wood, Massachusetts Institute of Technology (MIT), United States

IAC-18.GTS.1-B1.6.3 COOPERATIVEOPENONLINELANDSLIDEREPOSITORY(COOLR)TOENHANCEDISASTERRESEARCHANDPREDICTIONCaroline Juang, Earth Science Division, NASA Goddard Space Flight Center, and Science Systems and Applications Inc., United States

IAC-18.GTS.1-B1.6.4 FARMSENSE:PROVIDINGAGRICULTURALINSIGHTSUSINGREMOTELYSENSEDDATAANDOPENSTREETMAPDATA.Ayodele Adeyemo, Federal University of Technology Akure, Ondo state, Nigeria, Nigeria

IAC-18.GTS.1-B1.6.5 ICEKING:APLATFORMCOMBININGSUSTAINABLETOURISMANDCITIZENSCIENCEONGLACIERSPaola Belingheri, IceKing GMBH, Austria

IAC-18.GTS.1-B1.6.6 CROWDMAG:NON-TRADITIONALOBSERVATIONOFEARTH’SMAGNETICFIELDManoj C. Nair, NOAA's National Centers for Environmental Information (NCEI), United State

GTS.2-B3.9. Human Spaceflight Global Technical SessionOctober 3 2018, 14:45 — ÖVB 4 Co-Chair(s): Andrea Jaime , OHB System AG - Munich, Germany; Guillaume Girard , Zero2infinity, Spain;

IAC-18. GTS.2-B3.9.1 LESSONSLEARNEDFROMTHEISSENABLINGFUTURESPACEFLIGHTCOLLABORATIONFORUSANDRUSSIACarolina Moreno Aguirre, Skolkovo Institute of Science and Technology, Russian Federation

IAC-18.GTS.2-B3.9.2 THEFREEFLYERELEMENTOFDLR'SORBITALHUBCONCEPT:DESIGNEDFORSCIENCEOPPORTUNITIESANDMOREDominik Quantius, Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR), Germany

IAC-18.GTS.2-B3.9.3 PEACE-PLANETARYEXPLORATIONINASTRONAUTICALCAVEENVIRONMENTS:AFIRSTHOMEFORASTRONAUTSINLUNARLAVATUBESBernadette Joy Detera, Space Generation Advisory Council (SGAC), The Philippines

IAC-18.GTS.2-B3.9.4 DEVELOPMENTOFALUNARSURFACEARCHITECTUREASA"PROVINGGROUND"FORFUTUREMARSMISSIONSAbhinav Prakash, University of Houston, United States

IAC-18.GTS.2-B3.9.5 MANNEDMARSMISSIONRISKSEVALUATIONGuzel Kamaletdinova, Tambov State Technical University, Russian Federation

IAC-18.GTS.2-B3.9.6 BENEFITSOFADEEPSPACEGATEWAYINSUSTAINABLELUNAREXPLORATIONMatthew Duggan, The Boeing Company, United States

IAC-18.GTS.2-B3.9.7 THEORIONMPCV-ESMCONSUMABLESSTORAGESUBSYSTEM–PATHTOWARDESM-1MISSIONOlivier Faure, Airbus DS GmbH, Germany

IAC-18.GTS.2-B3.9.8 INTRODUCTIONTOMANNEDENVIRONMENTANDSCIENTIFICEXPERIMENTALRESOURCESOFCHINESESPACESTATIONHong Yang, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China

IAC-18.GTS.2-B3.9.9 CARGOLOADINGDESIGNANDFUTUREAPPLICATIONOFCHINATIANZHOUCARGOSPACECRAFTZhang Jian, Institute of Manned Space System Engineering,China Academy of Space Technology (CAST), China

IAC-18.GTS.2-B3.9.10 ADDRESSINGKEYPSYCHOLOGICALANDPHYSIOLOGICALFACTORSINPREPARATIONFORLONGDURATIONMANNEDMISSIONS-SUGGESTEDADAPTATIONOFCURRENTASTRONAUTTRAININGAline Decadi, HE Space Operations, France

IAC-18.GTS.2-B3.9.11 HUMANFACTORSFORSPACEIrene Lia Schlacht, Politecnico di Milano, Italy

IAC-18.GTS.2-B3.9.12 DENTALHEALTHCAREINSPACELinda Dao, International Space University (ISU), Canada

IAC-18.GTS.2-B3.9.13 NOTJUSTFUNCTIONAL,NUTRITIOUS,BUTALSOEXPERIENTIAL:DESIGNINGEATINGEXPERIENCESFORSPACETRAVELMarianna Obrist, University of Sussex, United Kingdom

IAC-18.GTS.2-B3.9.14 THECONCEPTOFANINTEGRATEDINTELLIGENTHEALTHEVALUATIONANDSUPPORTPLATFORMFORDEEPSPACEEXPLORATIONSeyed Ali Nasseri, Space Generation Advisory Council (SGAC), Canada

IAC-18.GTS.2-B3.9.15 THEAGENCYOFHUMAN-ROBOTICLUNATICSSarah Jane Pell, ESA Topical Team Arts & Science, Australia

GTS.3-B2.8. Space Communications and Navigation Global Technical SessionOctober 2 2018, 14:45 — ÖVB 4 Co-Chair(s): Edward W. Ashford, Graz University of Technology (TU Graz), Austria; Kevin Shortt, Germany; Rapporteur(s): Stephanie Wan, Space Generation Advisory Council (SGAC), United States;

IAC-18.GTS.3-B2.8.1 INITIALON-ORBITRESULTSOFACOMMERCIALDATA-RELAYJustin Oliveira, Analytical Space, United States

IAC-18.GTS.3-B2.8.1 HOWIMPROVETROPOSPHERICDELAYESTIMATIONFROMGNSSRECEIVERSSIGNALTONOISERATIOFrancesco Vespe, Agenzia Spaziale Italiana (ASI), Italy

IAC-18.GTS.3-B2.8-GTS.3.2 MATHEMATICALMODELTOESTIMATETHEVENESAT-1TRANSPONDERSANODEVOLTAGEEVOLUTIONINORBITOPERATIONCarlos Burguillos, Regional Centre for Space Science and Technology Education in Asia and the Pacific (RCSSTEAP), China

IAC-18.GTS.3-B2.8.3 NOVELBEAMSTEERINGAPPLICATIONSFORDRONEFSOCUSINGRISLEYPRISMS.Nathaniel Shearer, The University of Adelaide, Australia

IAC-18.GTS.3-B2.8.4 LONG-TERMEVOLUTIONSAFETYANALYSISANDDISPOSALORBITDESIGNMETHODOFBDSMEOSATELLITEORBITSMin Hu, Equipment Academy, China

IAC-18.GTS.3-B2.8.5 REFINEDCOMPUTERSIMULATIONOFLOSSINQUANTUM-BASEDSATELLITECHANNELAndras Kiss, University of West Hungary, Hungary

IAC-18.GTS.3-B2.8.6 USINGAGPSENABLEDBODYAREANETWORK(BAN)BASEDHEALTHTRACKER,THATUSESGSM,FORMOUNTAINEERSINNEPALPrabin Gyawali, Space Generation Advisory Council (SGAC), Nepal

IAC-18.GTS.3-B2.8.8 WIDEBEAMWIDTHQHAFORRSSATELLITESANDGROUNDSTATIONAPPLICATIONSAhsan Rafiq, SUPARCO, Pakistan

IAC-18.GTS.3-B2.8.9 (non-confirmed) MONOCULARDEPTHESTIMATIONUSINGDEEPLEARNINGFORLUNARLANDINGAlix LEROY, Cranfield University, United Kingdom

IAC-18.GTS.3-B2.8.11 TARGETACQUISITIONANDTRACKINGOFEXTREMELYLONGDISTANCETARGETSUSINGMULTIPLERISLEYPRISMSYSTEMSLuke Heffernan, The University of Adelaide, Australia

IAC-18.GTS.3-B2.8.12 KEYCHALLENGESINESTABLISHINGLASERSPACECOMMUNICATIONSTANDARDSANDRECOMMENDATIONSOFTHESGCSPACETECHNOLOGIESWORKINGGROUPGraham Johnson, Inmarsat Ltd., United Kingdom

GTS.4-E2.3. Student Team Competition

October 1 2018, 15:00 — ÖVB 4 Co-Chair(s): Andrea Jaime , OHB System AG - Munich, Germany; Emmanuel Zenou, Institut Supérieur de l'Aéronautique et de l'Espace (ISAE), France; Rapporteur(s): Michelle Mendes , World Space Week Association, United States;

IAC-18.GTS.4-E2.3.1 PAPELL:FINALSTUDENTEXPERIMENTDESIGNOFANON-MECHANICALPUMPINGSYSTEMONTHEISSFranziska Hild, KSat e.V., Germany

IAC-18. GTS.4-E2.3.2 MARS10:ALANDERCAPABLEOFDELIVERINGATENMETRICTONPAYLOADSAFELYTOTHESURFACEOFMARSBY2026Pauline Delande, ISAE - Institut Supérieur de l'Aéronautique et de l'Espace, France

IAC-18.GTS.4-E2.3.3 MATRIOCHKA,ADVENTUREANDACHIEVEMENTOFATWO-STAGEROCKETMADEBYFRENCHSTUDENTSFROMESTACAPierre GABRIELLI, ESTACA, France

IAC-18.GTS.4-E2.3.4 SPACETUG:THEFUTUREOFLEOTOGEOTRANSPORTEmmanuelle Aubert, ISAE - Institut Supérieur de l'Aéronautique et de l'Espace, France

IAC-18.GTS.4-E2.3.5 DROPYOURTHESIS2018:4.7SECONDSOFMICROGRAVITYCONDITIONSTOENABLEFUTURECUBESATLANDINGSONASTEROIDSElioenai Sitepu, Cranfield University, United Kingdom

IAC-18.GTS.4-E2.3.6 PROJECTZEPHYRUS:ANAUTONOMOUSANDECONOMICALHIGHALTITUDETESTINGSYSTEMHunter Hall, NASA JPL, United States

IAC-18.GTS.4-E2.3.7 BREAKINGTHECANADIANALTITUDERECORD:DEVELOPMENTOFALOW-COSTHYBRIDSOUNDINGROCKETAndreas Marquis, University of Toronto Aerospace Team (UTAT), Canada

IAC-18.GTS.4-E2.3.9 PERMANENTCREWEDMARSBASEBY2030-OUTCOMESOFANINTERDISCIPLINARY,MULTINATIONALSTUDENTWORKSHOPMarkus Guerster, Massachusetts Institute of Technology (MIT), United States

IAC-18.GTS.4-E2.3.10 DESIGNANDBUILDINGOFACUBESATFORRADIOTELESCOPECALIBRATIONHarrison Handley, Simon Fraser University, Canada

IAC-18.GTS.4-E2.3.11 ARTEMIS:ACOMPLETEMISSIONARCHITECTURETOBRIDGETHEGAPBETWEENHUMANITYANDNEAR-EARTHASTEROIDSAris Golemis, Cranfield University, Greece


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IAC-18.GTS.4-E2.3.12 DEVELOPMENTOFANEXPANDABLEAIRLOCKFORAMARTIANSETTLEMENTKyle Marquis, University of British Columbia, Canada

GTS.5-B4.9. Small Satellite Missions Global Technical SessionOctober 5 2018, 13:30 — ÖVB 4 Co-Chair(s): Matthias Hetscher , DLR (German Aerospace Center), Germany; Norbert Lemke , OHB System AG, Germany; Rapporteur(s): Alex da Silva Curiel , Surrey Satellite Technology Ltd (SSTL), United Kingdom;

IAC-18. GTS.5-B4.9.1 KEYNOTE:PRACTICALDEBRISMITIGATIONMANUALFORDEVELOPERSOFMICROSATELLITESANDSMALLERDarren McKnight, Integrity Applications Incorporated (IAI), United States

IAC-18.GTS.5-B4.9-GTS.5.2 THEFIRSTSATELLITEASSEMBLY,INTEGRATIONANDTESTFACILITY(AIT)INTHAILANDLIKHIT WARANON, Geo-Informatics and Space Technology Development Agency (Public Organization), Thailand

IAC-18.GTS.5-B4.9-GTS.5.3 SETEC Lab’s Small Satellite Program for Environmental Monitoring Marco Gomez Jenkins, Costa Rica Institute of Technology (ITCR), Costa Rica

IAC-18.GTS.5-B4.9.4 GALAMSAT2:FIRSTGHANASATELLITETOMONITORILLEGALMININGACTIVITIESBenjamin Bonsu, All Nations University, Ghana

IAC-18.GTS.5-B4.9.5 OHBSMALLSATELLITESNorbert M.K. Lemke, OHB System AG - Munich, Germany

IAC-18. GTS.5-B4.9.6 OPERATIONALEXPERIENCEWITHANANOSATELLITESCIENCEMISSIONOtto Koudelka, Graz University of Technology (TU Graz), Austria

IAC-18.GTS.5-B4.9.7 EIRSAT-1:THEEDUCATIONALIRISHRESEARCHSATELLITEDavid Murphy, University College Dublin (UCD), Ireland

IAC-18.GTS.5-B4.9.8 THEIN-ORBITDEMONSTRATIONPROGRAMME,MISSION1-ACCELERATINGTHEDEMONSTRATIONOFCOMMERCIALWEATHERDATAUSINGSMALLSATELLITESGraeme Taylor, Satellite Applications Catapult, United Kingdom

IAC-18.GTS.5-B4.9.9 (non-confirmed) APPLYINGARAPIDDEVELOPMENTAPPROACHTOSATELLITEDEVELOPMENTENABLINGCUSTOMERSTOMEETTHEIRMARKETREQUIREMENTSLibby Hoban, Clyde Space Ltd., United Kingdom

IAC-18.GTS.5-B4.9.10 COMPARATIVESTUDYOFCLASSICALANDFUZZYPIDATTITUDECONTROLSYSTEMWITHEXTENDEDKALMANFILTERFEEDBACKFORNANOSATELLITES.Prerna Baranwal, Birla Institute of Technology and Science(BITS), India

IAC-18.GTS.5-B4.9.11 PLATINOPROJECT:ANEWITALIANMULTI-APPLICATIONSMALLSATELLITEPLATFORMFORHIGHLYCOMPETITIVEMISSIONS.Vincenzo Stanzione, Sitael Spa, Italy

IAC-18.GTS.5-B4.9.12 NASA’SSMALLSPACECRAFTSYSTEMSVIRTUALINSTITUTEANDSMALLSPACECRAFTENTERPRISEBruce Yost, NASA, United States

A

Name Role PaperA,Rajarajan CA IAC-18.C2.IP.33A,Rajarajan CA IAC-18.C4.IP.49A,Shashishankar CA IAC-18.B1.IP.8A.,Jayashree CA IAC-18.C4.10.6Aanesland,Ane A IAC-18.E6.1.12Aanesland,Ane A IAC-18.C4.8-B4.5A.8Aas,Christina CA IAC-18.D3.2.11Aas,Christina A IAC-18.B1.5.7AbadMartin,Antonio A IAC-18.B2.4.4ABAY,RASIT CA IAC-18.A6.10-C1.7.12Abbasher,Mohammed CA IAC-18.C2.1.13Abbattista,Cristoforo CA IAC-18.A6.1.8Abbattista,Cristoforo A IAC-18.B6.3.9Abbattista,Cristoforo CA IAC-18.B1.4.9AbbondantiSitta,Lorenzo A IAC-18.A3.IP.31Abbud-Madrid,Angel CA IAC-18.D3.3.1Abdoly,Kiyoumars CA IAC-18.C2.3.4Abdoly,Kiyoumars CA IAC-18.B3.4-B6.4.7Abe,Yutaka CA IAC-18.A2.4.9Abe,Yutaka CA IAC-18.A2.4.10Abed,Smail CA IAC-18.B4.3.5Aben,Ilse CA IAC-18.B1.3.1Abernathy,David CA IAC-18.B1.5.6ABHIJEET,KUMAR A IAC-18.E7.5.14Abrahamson,Matthew CA IAC-18.C1.9.7Abrahamsson,Mattias CA IAC-18.A2.5.9Abrahamsson,Mattias CA IAC-18.D2.6.7Abramovsky,Yevgen CA IAC-18.A6.IP.39Accettura,Antonio A IAC-18.D1.1.3Accettura,Antonio A IAC-18.D3.4.4Acernese,Marco A IAC-18.A6.9.8Acernese,Marco CA IAC-18.A6.IP.11Acernese,Marco CA IAC-18.A6.IP.36Acierno,Kyle CA IAC-18.A3.2B.4Acierno,Kyle A IAC-18.A3.IP.28AcquatellaB.,Paul A IAC-18.C1.5.12Adachi,Masaki CA IAC-18.C4.3.3Adams,Ben A IAC-18.D3.1.8Adams,Ben A IAC-18.E3.1.1Adams,Daniel CA IAC-18.D2.1.5Adams,Daniel A IAC-18.B3.2.4Adams,Daniel A IAC-18.D2.9-D6.2.8Adams,Elena CA IAC-18.C1.9.7Adebolu,IbukunOluwatobi CA IAC-18.B4.7.10Adell,Phillipe CA IAC-18.B4.8.4Aderholz,Manfred CA IAC-18.A2.7.8Adeyemo,Ayodele A IAC-18.B1.6-GTS.1.4Adriaensen,Maarten A IAC-18.E3.IP.3Adrian,Astrid A IAC-18.A2.7.1Adrian,Jesus CA IAC-18.A1.4.3Adriani,Andrea CA IAC-18.C4.IP.53Aeckerlein,Joachim CA IAC-18.A1.5.10Afelli,Elena CA IAC-18.B3.4-B6.4.5Afelli,Elena CA IAC-18.B3.7.7Afolayan,Esther CA IAC-18.A1.IP.40Agapov,Vladimir A IAC-18.A6.1.1Agarwal,DeepakK. CA IAC-18.C4.5.9Agarwal,DeepakK. CA IAC-18.C4.10.2Agarwal,DeepakKumar CA IAC-18.C4.10.6Agbadi,Mustapha A IAC-18.E3.1.12Agbaje,Ganiyu CA IAC-18.E1.IP.12Agbaje,Ganiyu CA IAC-18.E7.5.11Agenjo,Alfredo A IAC-18.C1.4.1Ageridou,Pelagia-Ioanna CA IAC-18.E7.IP.18Aggarwal,Kushagra CA IAC-18.D1.2.8

Aggarwal,Vishwani A IAC-18.D4.IP.1Aggarwal,Vishwani CA IAC-18.C4.6.11Aglietti,Guglielmo CA IAC-18.B4.3.5Aglietti,Guglielmo A IAC-18.A6.5.1Agrawal,VinodKumar CA IAC-18.E2.4.7Agten,Dries CA IAC-18.E1.6.3AguadoAgelet,Fernando CA IAC-18.B4.2.10AguadoAgelet,Fernando CA IAC-18.B5.2.13Agui,Juan CA IAC-18.D5.3.6Aguilar,Roberto CA IAC-18.D4.2.13Aguilar,Roberto A IAC-18.B5.2.2Aguzzi,Manuela A IAC-18.B3.5.1Aguzzi,Manuela A IAC-18.A1.IP.25Aguzzi,Manuela CA IAC-18.E1.2.3Aheieva,Kateryna CA IAC-18.B4.2.3Aheieva,Kateryna A IAC-18.B4.7.10Ahlendorf,Falk CA IAC-18.B2.IP.21Ahmad,Imteyaz CA IAC-18.B2.2.6Ahmad,Imteyaz CA IAC-18.B2.2.9Ahmad,Imteyaz CA IAC-18.D1.2.10Ahmad,Imteyaz CA IAC-18.D1.IP.14Ahmad,Zeina A IAC-18.E7.IP.17Ahmadian,Sara A IAC-18.A1.1.3Ahmed,Rohaan CA IAC-18.A3.3A.5Ahmed,Shakil A IAC-18.C3.IP.3Ahmed,Tanveer A IAC-18.B4.6B.12Ahn,Hyojung A IAC-18.E3.6.6Aicher,Winfried A IAC-18.A2.5.7Aida,Saika CA IAC-18.A6.10-C1.7.7Ainley,Sean CA IAC-18.A6.5.1Akbarzadeh,Abdolhamid CA IAC-18.C2.4.3Akhmetzhanov,Ruslan CA IAC-18.C4.4.11Akhtyamov,Rustam CA IAC-18.E1.4.3Akinwale,Abraham A IAC-18.B1.IP.15Akinyede,Joseph CA IAC-18.B4.1.7Akita,Takeshi A IAC-18.C2.5.5Akiyama,Kyohei CA IAC-18.C1.8.1Akiyama,Yuki A IAC-18.C1.1.9Akiyama,Yuki CA IAC-18.C1.4.4Akniyazov,Chingiz CA IAC-18.A6.4.9Akturan,Riza A IAC-18.B2.2.5AlHameli,Fatema A IAC-18.E1.IP.14AlHashmi,Khaled A IAC-18.A3.1.2AlHashmi,Khaled A IAC-18.D3.4.3AlHusseini,AbdulMohsenZ. CA IAC-18.B2.8-GTS.3.1AlKhateeb,Ashraf CA IAC-18.C1.1.7AlMaskari,Sheikha A IAC-18.E1.1.6AlRomaithi,Maitha A IAC-18.E1.5.6AlShareji,Fatheya A IAC-18.A6.IP.44Al-Ekabi,Cenan CA IAC-18.E6.2.3Alam,Sabrina A IAC-18.A7.2.9Alam,Sabrina CA IAC-18.B2.3.8Alam,Sabrina CA IAC-18.E5.4.9Alarcon,Raul A IAC-18.B5.1.11Alary,Didier A IAC-18.E3.4.10Alary,Didier CA IAC-18.E6.3.7Albano,Marta CA IAC-18.C2.IP.19Albano,Marta CA IAC-18.C2.8.1Albert,Yann CA IAC-18.D1.1.1Albini,Giuseppe CA IAC-18.C1.IP.29Albino,Vito CA IAC-18.D6.3.4Alblooshi,Heyam A IAC-18.A3.3A.9Albu-Schäffer,Alin CA IAC-18.D1.1.9Albu-Schäffer,AlinOlimpiu CA IAC-18.A3.2A.8AlcaldeBarahona,Aída CA IAC-18.D1.3.1AlcaldeBarahona,Aída A IAC-18.A3.4A.7Alcaraz,Julian CA IAC-18.E2.3-GTS.4.2Alcibiade,Alessandro CA IAC-18.B3.9-GTS.2.11

9 Authors’ IndexStatusasofSeptember2018A=Author CA=Co-author


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Alcibiade,Alessandro CA IAC-18.A3.IP.69Alderson,Rob A IAC-18.E1.9.13Aleksandrov,Oleg A IAC-18.A1.IP.9Aleksandrov,Oleg A IAC-18.A3.IP.61Aleksandrov,Oleg A IAC-18.B2.IP.2Aleksandrov,Oleg A IAC-18.D4.IP.7Aleksandrov,Oleg A IAC-18.E6.IP.3Aleksey,Moskovcev CA IAC-18.A1.8.18Alessi,ElisaMaria CA IAC-18.C1.1.4Alessi,ElisaMaria CA IAC-18.A6.4.6Alessi,ElisaMaria A IAC-18.A6.10-C1.7.11Alexander,Reginald CA IAC-18.D1.4A.6Alexander,Sasha A IAC-18.E1.7.12Alfano,David CA IAC-18.B3.6-A5.3.3Alfuhaid,Sulieman CA IAC-18.D2.IP.15Alger,Mike A IAC-18.C1.IP.21Ali,Zehra CA IAC-18.B2.3.10Ali-Fadiora,Lami CA IAC-18.E1.IP.12Ali-Fadiora,Lami CA IAC-18.E7.5.11Aliberti,Marco CA IAC-18.B4.5.4Alicalapa,Frederic CA IAC-18.C3.2.9Alifanov,Oleg A IAC-18.C2.4.10Alifanov,Oleg A IAC-18.C2.7.9Alifanov,Oleg CA IAC-18.C2.8.6Allam,Jeremy CA IAC-18.D1.5.8Allasio,Andrea CA IAC-18.A3.3A.3Allegranza,Claudia CA IAC-18.C2.8.7Allen,Samantha A IAC-18.A6.3.4Allen,Zachary CA IAC-18.D2.8-A5.4.4Allouis,Elie CA IAC-18.D1.IP.27AlMaeeni,Sara A IAC-18.B2.1.6AlMahmoud,Muthanna A IAC-18.A7.1.5AlmeidaPrado,AntonioFernandoBertachini CA IAC-18.A3.IP.57

AlmeidaPrado,AntonioFernandoBertachini A IAC-18.D4.4.11

AlMheiri,Read A IAC-18.D5.3.11Alonso,Gustavo CA IAC-18.C2.1.5Alotaibi,Ghanim A IAC-18.A3.IP.49Alouani,Antoine CA IAC-18.C2.1.11Alrashedi,Naser A IAC-18.E3.4.14ALTAF,UMAIR CA IAC-18.C3.IP.11Althapp,Sebastian CA IAC-18.A3.4B.1Altieri,Francesca CA IAC-18.A3.1.12Altun,AltanAlpay CA IAC-18.C4.5.3AlvaradoBriceño,Carlos CA IAC-18.B4.1.4AlvaradoBriceño,Carlos A IAC-18.E3.3.8AlvaradoBriceño,Carlos A IAC-18.E5.5.8AlvaradoBriceño,Carlos CA IAC-18.E1.1.3AlvarengadosSantos,Marcia A IAC-18.E3.4.12Alvarez,PedroMateo CA IAC-18.E1.8.3AlvarezPinzón,LauraCarolina CA IAC-18.E5.1.12Amadio,Diego CA IAC-18.B4.1.8AmadorBedolla,Carlos CA IAC-18.C3.3.8AmadorBedolla,Carlos CA IAC-18.C2.6.12Amaldi,Andrea CA IAC-18.C2.1.11Amara,Mohamed A IAC-18.E7.IP.23Amaya-Vargas,Juan CA IAC-18.E1.IP.30Amend,Oliver CA IAC-18.A2.6.1AmendDG6BCE,Oliver A IAC-18.E1.1.12Amin,Muhammad CA IAC-18.B2.8-GTS.3.8Amjad,Adeel A IAC-18.C3.IP.11Amorastreya,AdamApollo A IAC-18.E1.IP.30Amoroso,Marilena CA IAC-18.A3.5.4Amoruso,Leonardo CA IAC-18.A6.1.8Amoruso,Leonardo CA IAC-18.B6.3.9Amoruso,Leonardo A IAC-18.A7.3.1Amoruso,Leonardo CA IAC-18.B6.1.6Amponsah,Samuel CA IAC-18.E1.4.13AMROUCHI,Hinda CA IAC-18.D2.5.3Amselem,Shimon CA IAC-18.A2.7.4Anand,Ujjwal CA IAC-18.D1.2.8Anandito,Akhsanto CA IAC-18.E2.3-GTS.4.9Anastasiou,Peter CA IAC-18.B4.2.5Anatoly,Shapovalov CA IAC-18.E2.4.8

Ancona,Elena A IAC-18.A7.2.5Ancona,Elena CA IAC-18.B4.8.16Anderl,Reiner CA IAC-18.D1.1.9Anderson,Allison CA IAC-18.A1.2.28Andersson,Laila CA IAC-18.B4.2.9Andiappane,Sabrina A IAC-18.D3.3.3Ando,Shigemasa A IAC-18.B1.3.2Andrade,Jonathan A IAC-18.E7.IP.14Andrea,Christina-Sylvia CA IAC-18.A1.1.6Andreas,Dömel CA IAC-18.A3.2A.8Andrenucci,Mariano CA IAC-18.C4.4.8Andretta,MariaGiulia A IAC-18.E4.3B.13Andreussi,Tommaso A IAC-18.C4.4.8Andreussi,Tommaso CA IAC-18.C4.6.6Andreussi,Tommaso CA IAC-18.D2.8-A5.4.7Andrews,Shaun A IAC-18.E2.2.10Andrianov,Artem A IAC-18.C4.2.9Andrijasevic,Djordje A IAC-18.E3.2.6Angeletti,Federica A IAC-18.C2.3.9Angeletti,Federica CA IAC-18.E5.5.3Angelo,Mario CA IAC-18.C2.9.9Angerer,Oliver CA IAC-18.A3.2B.10Angerer,Oliver CA IAC-18.A1.7.4Angerer,Oliver CA IAC-18.A1.7.6AnilchandraBhat,Umesh A IAC-18.B6.IP.4Ankersen,Finn CA IAC-18.D1.3.1Ankersen,Finn CA IAC-18.D1.6.10Anma,Kenichi CA IAC-18.C3.2.8Ansbro,Eamonn A IAC-18.A4.IP.5Anselmi,Laura CA IAC-18.A3.5.4Anselmo,Luciano CA IAC-18.C1.1.12Anselmo,Luciano CA IAC-18.A6.7.7Antara,RaihanaShamsIslam A IAC-18.E1.5.13Antara,RaihanaShamsIslam CA IAC-18.B1.IP.26Anthony,Niklas A IAC-18.A3.IP.65Anton,Oliver CA IAC-18.A2.1.8Anton,Wilma CA IAC-18.E3.6.2Antonetti,Stefano CA IAC-18.D4.2.12Antoni,Ntorina CA IAC-18.E3.IP.3Antoni,Ntorina CA IAC-18.D2.9-D6.2.5Antoni,Ntorina A IAC-18.E7.7-B3.8.11Antonietti,Nicolo CA IAC-18.A4.1.9Antonietti,Nicolò A IAC-18.A4.1.11Antonio,Andrew A IAC-18.B1.IP.24Antoniou,Michail CA IAC-18.B1.3.10Antropova,Evgenya CA IAC-18.A1.4.14Antwiwaa,Anita CA IAC-18.E1.1.11Anuradha,T.K. CA IAC-18.B2.2.6Anuradha,T.K. CA IAC-18.B2.2.9Anuradha,T.K. CA IAC-18.D1.2.10Anuradha,T.K. CA IAC-18.D1.IP.14Anuradha,T.K. CA IAC-18.B6.2.9Aoki,Setsuko A IAC-18.E7.5.3Aoki,Yoshio CA IAC-18.D4.3.15Aoki,Yoshio CA IAC-18.D4.3.16AOUF,NABIL CA IAC-18.B2.IP.20AOUF,NABIL CA IAC-18.C1.IP.3AOUF,NABIL CA IAC-18.C1.IP.20Aoyama,Tomoki CA IAC-18.A1.2.17Apathy,Istvan CA IAC-18.A1.5.11Apel,Uwe CA IAC-18.D3.2.10Apel,Uwe A IAC-18.C4.IP.1Apland,Clint CA IAC-18.A3.4B.8Appel,Nicolas CA IAC-18.B2.2.2Aprea,Julio A IAC-18.D2.1.1Aprea,Julio A IAC-18.E3.2.4Aprea,Julio A IAC-18.B4.5.5Arai,Hiroyuki A IAC-18.C4.7-C3.5.11ARAI,MAKOTO A IAC-18.E1.9.5Arakawa,Ryohei CA IAC-18.C4.2.7ArantesSilva,Claudia CA IAC-18.B1.5.8Arbeille,Philippe CA IAC-18.A1.IP.25Arcellana-Panlilio,Mayi CA IAC-18.D1.1.6Archambault-Leger,Veronique CA IAC-18.A1.2.28Arciaga,Meghan CA IAC-18.B2.1.5

Ardaens,Jean-Sébastien A IAC-18.D1.2.3Areshkina,Larysa A IAC-18.B5.1.5Aresu,Giambattista CA IAC-18.A4.1.9Aretz,Zita CA IAC-18.A1.4.16Arifin,Bustanul A IAC-18.C2.IP.24Arita,Shoko CA IAC-18.D4.3.10ArklessGray,Kate A IAC-18.E3.2.8ArklessGray,Kate A IAC-18.E1.9.1Arm,Philip A IAC-18.D3.3.10Armbrecht,Gabriele CA IAC-18.A1.2.25Armbrecht,Gabriele CA IAC-18.A1.4.2Armbrecht,Gabriele A IAC-18.A1.4.8Armbrecht,Gabriele CA IAC-18.A1.4.10Armbrecht,Gabriele CA IAC-18.A1.4.15Armellin,Roberto CA IAC-18.C1.2.9Armellin,Roberto CA IAC-18.A6.5.2Armellin,Roberto CA IAC-18.C1.9.13Armstead,James CA IAC-18.E7.4.1Arnhof,Marlies A IAC-18.E1.4.10Arnhof,Marlies CA IAC-18.A5.2.15Arnhof,Marlies CA IAC-18.A5.1.14Arnocz,Istvan CA IAC-18.E1.IP.3Aronne,Giovanna A IAC-18.E1.3.6Aronne,Giovanna CA IAC-18.A1.7.16Arora,Aman A IAC-18.A5.2.14Arora,Aman A IAC-18.A3.IP.12ARORA,NITIN CA IAC-18.C1.8.12Arquilla,Katya CA IAC-18.E2.3-GTS.4.9Arrigo,Gabriella CA IAC-18.E3.1.7Artemyev,Oleg CA IAC-18.E1.7.5Arthurs,Richard CA IAC-18.E2.3-GTS.4.10Artono,Endro CA IAC-18.B1.1.13Artuso,Giovanni CA IAC-18.D4.1.8Artuso,Giovanni CA IAC-18.A5.1.5Artuso,Giovanni A IAC-18.D2.8-A5.4.6Artuso,Giovanni CA IAC-18.B4.7.9Arunan,Sinnappoo CA IAC-18.B3.IP.14Arzelier,Denis CA IAC-18.C1.IP.32Asakawa,Jun A IAC-18.C4.8-B4.5A.3Asfour,Tamim CA IAC-18.A3.2A.8Ashcroft,Clifford CA IAC-18.C2.2.9Ashknani,Naser A IAC-18.D2.IP.15Ashrafi,Behnam CA IAC-18.C2.4.3Aslan,Kubatiev CA IAC-18.A1.8.18Aslan,SinanAlp CA IAC-18.E2.3-GTS.4.1Aslanov,VladimirS. A IAC-18.C1.3.9Aslanov,VladimirS. A IAC-18.A6.IP.31Aslanov,VladimirS. A IAC-18.C1.IP.15Aslanov,VladimirS. A IAC-18.D4.4.9Aso,Shigeru A IAC-18.C4.2.7Aso,Shigeru A IAC-18.D2.5.5Asraff,A.K. A IAC-18.C4.IP.24Atasever,Tuva A IAC-18.D3.1.3Atasever,Tuva A IAC-18.E1.4.2Ataş,Ömer CA IAC-18.E1.4.9Atchison,Justin A IAC-18.A3.4B.8Atchison,Justin A IAC-18.C1.9.7Atencio,Phillip A IAC-18.C2.IP.11Atkinson,George CA IAC-18.B1.3.10Atreya,Sushil A IAC-18.A3.5.6Attara,Sanjay CA IAC-18.B4.7.12Atzrodt,Heiko CA IAC-18.C2.5.13Aubert,Emmanuelle A IAC-18.E2.3-GTS.4.4Auburn,John CA IAC-18.A6.8.6aufderHeide,Kolja CA IAC-18.D3.4.4Augelli,Mauro A IAC-18.B3.4-B6.4.9Autino,Adriano A IAC-18.D4.2.12Avanzini,Giulio A IAC-18.C1.3.4Avanzini,Giulio A IAC-18.C1.4.5Avendano,MartinE. CA IAC-18.C1.8.3Averesch,Nils CA IAC-18.D3.2.4Averesch,Nils CA IAC-18.A2.7.12Avila,Marc CA IAC-18.A2.5.1Avila,Marc CA IAC-18.C2.8.11Avramenko,Aleksandr CA IAC-18.C1.3.9

Avsar,Cem CA IAC-18.E1.4.4Ayala-Hernández,Felipe CA IAC-18.B2.4.5AyuPradanawati,Sylvia CA IAC-18.C2.IP.25Ayuso,Antonio CA IAC-18.D2.5.2Azahari,NurAmirah CA IAC-18.B5.1.10

B

Name Role PaperBa,Yan A IAC-18.C4.9.13Baatout,Sarah CA IAC-18.A1.8.8BABAGANA,ABUBAKAR A IAC-18.E5.2.8Babb,Ryan A IAC-18.D6.1.4Baberwal,Sonal A IAC-18.B3.IP.11Babić,Ljubiša CA IAC-18.A3.4B.4Bacchi,Stephen CA IAC-18.E1.4.7Bach,Christian A IAC-18.C4.5.16Bach,Christian CA IAC-18.C4.10.4Bach,JanMarius A IAC-18.B3.4-B6.4.3Bach,JanMarius CA IAC-18.B3.4-B6.4.4Bachelet,Charles-Hubert A IAC-18.C4.1.16Bacsardi,Laszlo CA IAC-18.E1.6.6Bacsardi,Laszlo CA IAC-18.B2.8-GTS.3.5Baerwalde,Sven CA IAC-18.B3.9-GTS.2.2Baevsky,Roman CA IAC-18.A1.2.1Baevsky,Roman CA IAC-18.A1.2.2Baevsky,Roman CA IAC-18.A1.2.3Baevsky,Roman CA IAC-18.A1.2.4Bagatin,Marta CA IAC-18.A6.3.7BaghbanKondori,Maryam CA IAC-18.C3.1.9Baghchehsara,Ali A IAC-18.B6.2.5Baglioni,Pietro CA IAC-18.A3.3A.3Bagrov,Alexander A IAC-18.C4.6.7Bahov,Bozhidar A IAC-18.D4.5.3Bai,Liangyu A IAC-18.C3.2.2Bai,Xiaoli CA IAC-18.A6.7.3Bai,Xueliang CA IAC-18.D5.4.4Bai,Yuzhu CA IAC-18.B4.6A.2Bailey,Morgan A IAC-18.D2.7.3Baize,Lionel CA IAC-18.A3.1.1Baker,Adam A IAC-18.D6.1.2Baker,Adam A IAC-18.E1.5.10Baker,Adam CA IAC-18.B6.1.4Baker,David A IAC-18.E4.3B.7Baker,John CA IAC-18.B4.2.7Baker,John CA IAC-18.B4.8.4Baker,Mark CA IAC-18.C3.4.5BakhtiariMojaz,Sahar CA IAC-18.E6.3.1Bakhtigaraev,Nail CA IAC-18.A6.IP.43Bakke,KariAnneHestnes CA IAC-18.B3.7.4Balachandran,Ribin CA IAC-18.D1.1.9Balagurin,Oleksii CA IAC-18.B4.3.13Balan,Sudeesh A IAC-18.D1.IP.10Balasubramaniam,Rajeswari A IAC-18.B4.4.10Baldesi,Gianluigi A IAC-18.D5.2.1Baldesi,Gianluigi A IAC-18.B5.3.11Baldini,Francesca A IAC-18.C1.6.11Balint,Tibor A IAC-18.E5.3.3Balint,Tibor CA IAC-18.E5.IP.7Balke,Alexander CA IAC-18.B2.6.6Balleste,Roy A IAC-18.E7.5.15Ballheimer,Walter CA IAC-18.D1.IP.17Ballheimer,Walter A IAC-18.D5.3.7Ballouz,Ronald-Louis CA IAC-18.C1.2.6Balme,Matthew CA IAC-18.A3.1.12Balogh,WernerR. A IAC-18.B4.1.1Bals,Johann CA IAC-18.D1.4B.1Balsamo,Michele CA IAC-18.A1.6.5BaltazarGarduño,AnaCristina CA IAC-18.B2.3.8BaltazarGarduño,AnaCristina CA IAC-18.B2.6.3Balugin,Nikolai CA IAC-18.E1.IP.20Bambach,Patrick A IAC-18.A7.3.3Bambach,Patrick A IAC-18.B4.8.9Bamidis,Panagiotis CA IAC-18.A1.3.11Bamidis,Panagiotis CA IAC-18.A1.3.12


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INDEX

Bamidis,Panagiotis CA IAC-18.A1.3.13Bamidis,Panagiotis CA IAC-18.A1.3.14Bamsey,Matthew CA IAC-18.A1.IP.4Bandini,Flavio CA IAC-18.D2.4.8Bandla,Sirisha A IAC-18.B3.2.12Bandla,Sirisha A IAC-18.D2.7.4Bando,Mai CA IAC-18.C1.1.9Bando,Mai CA IAC-18.C1.4.4Bando,Mai CA IAC-18.C1.6.5Banerdt,WilliamBruce CA IAC-18.A3.3A.1Bang,Hyochoong CA IAC-18.C1.6.7Bang,Hyochoong CA IAC-18.C1.IP.18Bangert,Philip A IAC-18.C4.8-B4.5A.4Bank,Cristian CA IAC-18.B1.2.2Bannova,Olga A IAC-18.D4.1.7Bannova,Olga A IAC-18.E1.8.3Bannova,Olga CA IAC-18.E1.7.12Bao,Qilin CA IAC-18.C4.5.13Bao,Wen CA IAC-18.C4.IP.7BaoSen,Du CA IAC-18.A6.6.9Baoyin,Hexi CA IAC-18.C1.8.4Baptista,Aurora CA IAC-18.C2.9.9BaptistaRosas,RaulC. A IAC-18.A1.IP.38Baqué,Mickael CA IAC-18.A3.2C.8Baranov,Mikhail CA IAC-18.A1.2.12Baranov,Victor A IAC-18.A1.2.12Baranwal,Prerna A IAC-18.B4.9-GTS.5.10Barat,Itziar A IAC-18.B1.1.9Barat,Itziar A IAC-18.C1.IP.25Barber,Simeon CA IAC-18.A3.2B.2Barbera,Daniele CA IAC-18.A5.1.6Barbieri,Edoardo CA IAC-18.E6.1.9Baresi,Nicola CA IAC-18.C1.2.6Baresi,Nicola A IAC-18.C1.9.4Barker,Sean CA IAC-18.B2.7.2Barmin,Igor A IAC-18.D5.1.1Barna,Jenny A IAC-18.B4.5.11Barnard,Ansley CA IAC-18.C3.4.7Barnes,DavidG. CA IAC-18.E5.IP.5Barnhard,Gary A IAC-18.C3.2.4Barnhart,David CA IAC-18.D2.6.2Barnhart,David A IAC-18.D1.5.8Barreiro,Filipe CA IAC-18.C4.IP.33Barrentine,Emily CA IAC-18.A7.3.8Barrera,Marco CA IAC-18.B6.3.5Barrera,Marco CA IAC-18.B6.3.6Barrett,Michael CA IAC-18.B3.1.8Barrios,Elizabeth A IAC-18.C2.8.2BarruetaFlores,NancyCihuapilli CA IAC-18.C3.3.8BarruetaFlores,NancyCihuapilli CA IAC-18.C2.6.12Barschke,MerlinF. CA IAC-18.B5.1.13Barschke,MerlinF. A IAC-18.B4.3.1Barschke,MerlinF. A IAC-18.B4.6A.4Barschke,MerlinF. CA IAC-18.B4.7.3Barthelmes,Stefan CA IAC-18.D1.4B.1Bartholomäus,Julian A IAC-18.B5.1.13Bartkowiak,Bartosz CA IAC-18.C4.3.12Bartolini,Alana A IAC-18.E1.1.10Barton,Patrick CA IAC-18.D3.3.10Bartosch,Wolfgang CA IAC-18.A2.3.5Bartov,Maya CA IAC-18.D5.IP.2Bartsch,Sebastian CA IAC-18.D4.1.3Bartsch,Sebastian CA IAC-18.D3.2.12Bartsch,Sebastian CA IAC-18.D3.IP.2Bartsch,Sebastian CA IAC-18.D1.6.5Bartylak,Maciej A IAC-18.E1.3.9Baskcomb,Stuart A IAC-18.D6.1.7Basner,Mathias CA IAC-18.A1.1.7Basner,Mathias CA IAC-18.A1.2.13Basner,Mathias CA IAC-18.A1.4.10Basner,Mathias CA IAC-18.A1.4.19Bassetto,Marco A IAC-18.C1.4.8Bast,Dan A IAC-18.A6.7.2Bastante,JuanCarlos CA IAC-18.C1.3.7Basti,Alireza CA IAC-18.A1.4.16

BastidaVirgili,Benjamin CA IAC-18.A6.2.8BastidaVirgili,Benjamin CA IAC-18.A6.2.10Basu,Prateep A IAC-18.B5.2.11Batchu,Divya CA IAC-18.B1.5.6Bates,Shelby CA IAC-18.B3.4-B6.4.6Bates,Warren CA IAC-18.B3.3.1Bathmann,Martin CA IAC-18.B1.5.3BatistaNegri,Rodolfo A IAC-18.E2.1.2Batonneau,Yann CA IAC-18.C4.5.3Batta,Karabee CA IAC-18.B4.9-GTS.5.10Battagliere,MariaLibera A IAC-18.B1.1.11Battagliere,MariaLibera CA IAC-18.D1.3.3Battagliere,MariaLibera CA IAC-18.B1.5.12Battagliere,MariaLibera A IAC-18.E5.5.3Battaglione,Ezio CA IAC-18.C2.IP.19Battaglione,Ezio CA IAC-18.C2.8.1Battilana,Matteo CA IAC-18.B1.IP.9Battista,Francesco A IAC-18.C4.4.14Battista,Francesco A IAC-18.C4.5.7Battistini,Simone CA IAC-18.C2.3.8Batura,Olga CA IAC-18.A6.8.2Baturkin,Volodymyr CA IAC-18.C2.1.7Bauer,Frank CA IAC-18.B2.5.5Bauer,Johann CA IAC-18.A1.8.7Bauer,Johann CA IAC-18.A1.8.8Bauer,Johann CA IAC-18.A1.8.9Bauer,Johann CA IAC-18.A2.7.11Bauer,Philipp A IAC-18.C4.IP.28Bauer,Waldemar CA IAC-18.D2.6.1Bauer,Waldemar CA IAC-18.A3.4B.6Baumann,Frank CA IAC-18.C2.6.9Baumann,Frank A IAC-18.B4.6B.14Baumann,Ingo A IAC-18.E7.3.3Baumann,Peter A IAC-18.B1.4.4Baumann,Peter A IAC-18.B4.7.1Baumann,Tom CA IAC-18.B4.3.13Baumstark-Khan,Christa A IAC-18.A1.5.7Baur,Carsten CA IAC-18.C3.4.4Bawamia,Ahmad CA IAC-18.A2.1.9Bay,Kristian CA IAC-18.B4.2.2Bay,Kristian CA IAC-18.C4.6.4BazalduaMorquecho,DantonIván CA IAC-18.D3.1.6Bazzi,Wael A IAC-18.E5.5.7BañosGarcía,Adrián CA IAC-18.A7.2.6Beattie,Alexander CA IAC-18.B4.4.2Beauchet,Romain CA IAC-18.C4.5.3Beaudry,Simon A IAC-18.A1.IP.8Beauregard,Chris A IAC-18.E3.4.15Beauregard,Chris A IAC-18.E1.7.13Beblo-Vranesevic,Kristina CA IAC-18.A1.6.1Becatti,Giulia CA IAC-18.C4.4.8Becedas,Jonathan CA IAC-18.C4.6.4BecedasRodríguez,Jonathan CA IAC-18.B4.2.2BecedasRodríguez,Jonathan CA IAC-18.A6.4.6Bechasnov,Pavel CA IAC-18.B3.5.4Beck,James A IAC-18.A6.2.5Beck,James CA IAC-18.A6.4.6Beck,Peter CA IAC-18.D2.7.3Beck,Peter A IAC-18.B4.5.1Becker,Dennis CA IAC-18.A2.3.5Becker,Marcel A IAC-18.A6.6.8Becker,Michael CA IAC-18.E1.IP.27Becklake,John A IAC-18.E4.2.3Bedington,Robert A IAC-18.D5.4.4Bednar,Danny A IAC-18.E5.4.3Beglinger,Lars CA IAC-18.D3.3.10Beglov,Rushan CA IAC-18.A5.1.11Behnke,Alexander CA IAC-18.E2.3-GTS.4.1Behrmann,Christopher CA IAC-18.E2.3-GTS.4.1Beischl,Christoph A IAC-18.E3.1.6Beisser,Kerri A IAC-18.E1.6.9Bejar-Romero,JuanAntonio CA IAC-18.A7.3.2Belakovskiy,Mark CA IAC-18.B3.2.5Belakovsky,Mark CA IAC-18.A1.3.9Belakovsky,Mark CA IAC-18.A1.4.1

Belavy,Daniel CA IAC-18.A1.2.25Belavy,Daniel A IAC-18.A1.4.2Belavy,Daniel CA IAC-18.A1.4.8Belavy,Daniel CA IAC-18.A1.4.10Belavy,Daniel CA IAC-18.A1.4.15Beldavs,Vidvuds A IAC-18.D3.1.5Belikov,Vladimir CA IAC-18.A6.2.1Belikov,Vladimir CA IAC-18.B2.3.6Belingheri,Paola A IAC-18.E1.5.15Belingheri,Paola A IAC-18.B1.6-GTS.1.5Belkouchi,Badia CA IAC-18.B4.2.2Belkouchi,Badia CA IAC-18.C4.6.4Bell,David CA IAC-18.B2.1.5Bell,Deanne CA IAC-18.E1.7.1Bell,Suzanne CA IAC-18.A1.1.4Bellardo,John CA IAC-18.B4.5.14Bellardo,John CA IAC-18.D2.IP.12Bellomo,Nicolas CA IAC-18.C4.8-B4.5A.2Belokonov,IgorV. CA IAC-18.B6.3.11Belozerskii,Leonid CA IAC-18.B5.1.5Beltrame,Giovanni CA IAC-18.B4.3.11Beltrame,Giovanni CA IAC-18.A1.IP.8Beltrame,Giovanni CA IAC-18.B3.6-A5.3.9Belz,Stefan CA IAC-18.A1.7.4Belz,Stefan CA IAC-18.A1.7.6Ben-Horin,Oded CA IAC-18.E1.9.2Benecken,Ian CA IAC-18.B3.9-GTS.2.10Benhadj,Iskander CA IAC-18.B4.4.7Bennani,Samir CA IAC-18.C1.5.3Bennet,Francis CA IAC-18.A6.6.3Bennett,Nick CA IAC-18.A3.IP.5Benninghoff,Heike CA IAC-18.B4.6A.8Bense,Nicholas A IAC-18.D4.1.1Benson,Conor A IAC-18.A6.10-C1.7.1Bensoussan,Denis CA IAC-18.A6.6.4Bentes,Carlos CA IAC-18.B1.IP.19Benvenuto,Eugenio CA IAC-18.A1.6.9Benvenuto,Riccardo CA IAC-18.D1.IP.1Benyoucef,Yacine CA IAC-18.A3.IP.69Bera,Namrata CA IAC-18.C3.1.3Bera,Namrata CA IAC-18.A4.2.11Berberoğlu,Sergün CA IAC-18.E1.IP.24Berg,Marco A IAC-18.D2.4.7Berg,Marco CA IAC-18.D3.3.7Berg,Marco CA IAC-18.A1.IP.17Berg,Marco A IAC-18.A2.6.1Berg,Marco CA IAC-18.C2.9.9Bergamasco,Alessandro CA IAC-18.B3.6-A5.3.3Bergamasco,Federico CA IAC-18.E7.5.7Bergamini,Elisabetta CA IAC-18.E3.3.4Bergamini,Elisabetta CA IAC-18.E5.2.1Berger,Michael CA IAC-18.B1.1.1Berger,Thomas CA IAC-18.A1.5.10Bergé,Joël CA IAC-18.A2.1.1Bering,Edgar A IAC-18.B4.2.9Berinstain,Alain A IAC-18.A3.1.8Berinstain,Alain A IAC-18.B4.8.7Berman,Simmie CA IAC-18.D1.4B.4Bernal,Cesar CA IAC-18.A6.5.1Bernard,Robert CA IAC-18.D4.4.13Bernard,Robert CA IAC-18.D4.4.14Bernardini,Fabrizio CA IAC-18.D3.3.1Bernasconi,MarcoC CA IAC-18.D4.2.7Bernasconi,MarcoC A IAC-18.E5.IP.9Bernhardt,Knut CA IAC-18.B1.4.7Bernving,Niels CA IAC-18.D2.7.6Berquand,Audrey A IAC-18.D5.2.5Berquand,Audrey CA IAC-18.B3.9-GTS.2.10BERTACHINIDEALMEIDAPRADO,ANTONIOFERNANDO CA IAC-18.C1.2.12

BERTACHINIDEALMEIDAPRADO,ANTONIOFERNANDO CA IAC-18.E2.1.2

Bertacin,Roberto CA IAC-18.A3.5.4Bertleff,Wieland CA IAC-18.C2.5.1Bertoldi,Artur A IAC-18.C4.2.10

Bertoldi,Artur CA IAC-18.C4.IP.17Berton,Jean-Christophe CA IAC-18.B6.IP.1Besha,Patrick CA IAC-18.A3.2A.2Besnard,Stephane CA IAC-18.A1.4.19Besson,Sylvain CA IAC-18.D2.5.3Bessone,Loredana CA IAC-18.A5.1.12Betmann,Maximilian A IAC-18.E3.4.9Bettiol,Laura CA IAC-18.B3.9-GTS.2.5Bettiol,Laura CA IAC-18.B3.9-GTS.2.10Bettiol,Laura CA IAC-18.E5.5.3Bewick,Charlotte A IAC-18.B2.5.6Bewick,Charlotte CA IAC-18.D1.IP.1Beyer,Friederike CA IAC-18.A3.3A.7Beyermann,Ulrich CA IAC-18.B4.3.8Bezy,Jean-Loup CA IAC-18.B1.3.5Bhagatji,Jimesh CA IAC-18.E2.4.7Bhan,RakeshKumar A IAC-18.B1.3.9Bharadwaj,Lalit CA IAC-18.D1.1.6Bhaskaran,Shyam CA IAC-18.C1.6.11Bhaskaran,Shyam CA IAC-18.C1.9.7Bhat,M.S. CA IAC-18.C1.IP.16Bhatt,Mukesh CA IAC-18.E1.4.2Bhattacharjee,Shambo A IAC-18.A6.4.9Bhattacharjee,Shambo A IAC-18.A6.9.4Bhattacharjee,Shambo A IAC-18.A6.IP.9Bhattarai,Suresh CA IAC-18.B2.4.3Bhattarai,Suresh CA IAC-18.E1.5.12Bhattarai,Suresh A IAC-18.A3.IP.66Bhawsar,Yogesh CA IAC-18.D1.2.10Bhawsar,Yogesh CA IAC-18.D1.IP.14Bhui,Surmit CA IAC-18.C1.4.2Bi,Ran CA IAC-18.C3.3.12Bianchi,Germano CA IAC-18.A6.1.9Bianchi,Germano CA IAC-18.A4.1.5Bianchi,Germano CA IAC-18.A6.IP.10Bianchi,Germano CA IAC-18.A6.7.7Bianco,Alessandro CA IAC-18.D1.2.7Bibring,Jean-Pierre CA IAC-18.A3.4A.2Bidaux-Sokolowski,Ambroise CA IAC-18.A7.3.2Bieda,Marcin CA IAC-18.B5.1.9Biehler,Michael CA IAC-18.C4.IP.3Biele,Jens CA IAC-18.A3.4A.2Biele,Jens CA IAC-18.A3.4B.1Biele,Jens CA IAC-18.A3.4B.6Bielicki,DamianM. A IAC-18.D6.1.10Bielicki,DamianM. CA IAC-18.A3.IP.7Bierdel,Marius A IAC-18.C2.5.11Bierwagen,NoraM. CA IAC-18.C4.2.8Biesbroek,Robin CA IAC-18.A6.6.10Bieze,Merlin CA IAC-18.D1.4B.3Biggs,James CA IAC-18.C1.8.11Biggs,JamesDouglas CA IAC-18.A3.2A.7Biggs,JamesDouglas CA IAC-18.B4.8.5Bigi,Gabriele CA IAC-18.D4.1.8Bigi,Gabriele CA IAC-18.A5.1.5Bigi,Gabriele CA IAC-18.D2.8-A5.4.6Biktimirov,Shamil A IAC-18.D4.5.5Billi,Daniela CA IAC-18.A1.6.12Binci,Andrea A IAC-18.C4.IP.53Binder,Tilman CA IAC-18.B4.2.2Binder,Tilman CA IAC-18.C4.6.4Bing,Hua CA IAC-18.B2.IP.10Bing,Hua CA IAC-18.C1.IP.14Bini,Nicoletta CA IAC-18.E7.2.2Biniok,Matthias CA IAC-18.B3.7.8Binns,David A IAC-18.A3.2B.7Binsted,Kim A IAC-18.A1.IP.1Binsted,Kim CA IAC-18.C3.4.7BintiEncheAbRahim,SitiAmalina A IAC-18.B5.1.10Birkenkampf,Peter CA IAC-18.B3.6-A5.3.5Birreck,Dieter A IAC-18.B2.4.10Bisegna,Fabio CA IAC-18.A1.6.9Bishop,Sheryl CA IAC-18.D4.1.7Bisht,KamalSingh A IAC-18.A2.IP.14Bissonnette,Vincent CA IAC-18.D1.2.7


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INDEX

Biswas,Janos CA IAC-18.A3.2A.9Biswas,Sanat A IAC-18.B2.1.10Blaber,Andrew CA IAC-18.A1.2.23Blackerby,Chris A IAC-18.A6.8.6Blancquaert,Thierry CA IAC-18.A3.3A.3Blasi,Roland CA IAC-18.C4.1.2Blindheim,EirikVoje CA IAC-18.B4.4.2Blindheim,Sandra A IAC-18.D2.2.6Blommaert,Joris CA IAC-18.B4.4.7Blonski,Daniel A IAC-18.B2.5.5Blottner,Dieter A IAC-18.A1.2.15Blottner,Dieter CA IAC-18.A1.IP.17Blottner,Dieter CA IAC-18.A1.8.3Blount,PJ A IAC-18.E7.5.5Boakye,OwusuAnsah A IAC-18.E1.4.13Boardman,Tanya A IAC-18.E1.6.10Boardman,Tanya CA IAC-18.E1.5.10Boardman,Tanya CA IAC-18.B6.1.4Boazzo,Michael CA IAC-18.D2.8-A5.4.5Bocci,Sandro CA IAC-18.A4.IP.3Bockstahler,Klaus A IAC-18.D4.2.9Bockstahler,Klaus A IAC-18.B3.7.1Bode,Willem CA IAC-18.B2.1.2Boden,Ralf CA IAC-18.A3.4B.6Boehme,Matthias CA IAC-18.A2.6.1Boella,Michele A IAC-18.B1.5.12Boers,Theo CA IAC-18.C3.4.4Bogachev,Sergey CA IAC-18.E2.4.8BOGATYY,ALEKSANDR A IAC-18.C4.4.11Boggs,Kathleen CA IAC-18.B3.3.1Bogoi,Alina CA IAC-18.C4.9.12Bohacek,Petr CA IAC-18.D3.1.10Bohmeier,Maria CA IAC-18.A1.6.1Boisard,Olivier CA IAC-18.D4.1.19Boisard,Olivier A IAC-18.A3.IP.13Boisard,Olivier CA IAC-18.B6.IP.3Bojar,Konrad A IAC-18.A6.6.6Bolanle,Olalekan-Ajayi CA IAC-18.A1.3.16Bolanle,Olalekan-Ajayi CA IAC-18.A1.IP.40Bolatti,Dante A IAC-18.C1.2.11Boll,Nathan CA IAC-18.A7.1.3Boll,Nathan A IAC-18.E1.4.8Boll,Nathan A IAC-18.A1.7.14Bolmont,Benoît CA IAC-18.A1.1.9Bombardelli,Claudio CA IAC-18.A6.2.10Bonaventure,François CA IAC-18.A6.7.4Bongers,Edward CA IAC-18.C3.4.4Bongiorno,Stephen CA IAC-18.B4.2.7BONGUET,Patrick CA IAC-18.D2.1.2Bonnal,Christophe CA IAC-18.B4.9-GTS.5.1Bonney,Joachim CA IAC-18.A2.6.8Bonsu,Benjamin CA IAC-18.E1.1.11Bonsu,Benjamin A IAC-18.B4.9-GTS.5.4Booth,Stephanie A IAC-18.D3.4.7Bope,Ashleigh CA IAC-18.A2.7.13Borchers,Kai CA IAC-18.B4.6A.8Borders,Kareen CA IAC-18.E1.1.4Borders,Kareen A IAC-18.E1.2.6Borders,Kyla A IAC-18.E1.1.4Bordi,Francesco A IAC-18.D1.5.2Borg,Josef CA IAC-18.A6.1.9Borggräfe,Andreas CA IAC-18.B3.1.6Borggräfe,Andreas CA IAC-18.A3.2A.10Borggräfe,Andreas CA IAC-18.A3.2B.7Borggräfe,Andreas CA IAC-18.B4.5.13Bornemann,Gerhild A IAC-18.A1.7.17Borot,Antonin CA IAC-18.E1.9.9Borovenko,Valentin A IAC-18.A3.IP.35Borovikov,Aleksandr CA IAC-18.E2.4.8Borovin,Gennady CA IAC-18.A6.7.5Borowitz,Mariel A IAC-18.E3.3.10Borowitz,Mariel A IAC-18.B1.4.3Borowy,Carsten A IAC-18.B2.1.1Borthakur,Bibhusana CA IAC-18.E1.4.7Bortolotti,Claudio CA IAC-18.A6.1.9

Bortolotti,Claudio CA IAC-18.A6.IP.10Borys,Maciej CA IAC-18.C2.IP.6Borys,Maciej CA IAC-18.A3.5.3BoschBorràs,Eduard CA IAC-18.C4.8-B4.5A.7Boscheri,Giorgio CA IAC-18.A1.IP.4Boscheri,Giorgio CA IAC-18.B3.7.5Boschetto,Alberto CA IAC-18.C2.9.6Bossinger,Robert CA IAC-18.C2.6.2Both,Wolfgang A IAC-18.E4.2.5Botha,Marie CA IAC-18.E1.5.2Bottai,AnastasiaGiordana CA IAC-18.E5.5.3Bottini,Luana CA IAC-18.C2.9.6Bou-AliSaidi,MohammedMounir CA IAC-18.A2.2.8Bou-AliSaidi,MohammedMounir CA IAC-18.A2.4.5Bouckaert,Frank CA IAC-18.B3.9-GTS.2.7Bouhanna,Zakaria A IAC-18.B2.2.7Bourgeois,Emilie CA IAC-18.C2.8.3Bousquet,PierreW. A IAC-18.A3.3B.10Bouwmeester,Jasper CA IAC-18.B4.6B.5Bouziane,Mohammed CA IAC-18.C4.2.10Bouziane,Mohammed A IAC-18.C4.IP.17Boué,Yoan A IAC-18.C4.10.10Bovensmann,Heinrich A IAC-18.B1.2.7Boxberger,Adam CA IAC-18.B4.2.2Boxberger,Adam CA IAC-18.C4.6.4Boy,Christian CA IAC-18.C4.4.15Božić,Ognjan CA IAC-18.C4.2.8Brack,Daniel A IAC-18.C1.2.7Brack,Daniel A IAC-18.C1.9.8Bradbury,Laura CA IAC-18.B4.4.2Bradbury,Laura A IAC-18.B4.4.8Bradford,Andy CA IAC-18.D6.1.2Bradford,Andy CA IAC-18.B4.5.9Bradford,John A IAC-18.D3.2.7Bradley,Nicholas CA IAC-18.C1.8.12Brady,David A IAC-18.B3.3.3Braithwaite,Timothy CA IAC-18.B3.1.3Bramante,Lorenzo CA IAC-18.B6.3.5Bramlage,Jeff CA IAC-18.C4.7-C3.5.3Bramlage,Jeff CA IAC-18.C4.7-C3.5.10Brammer,Uwe CA IAC-18.A7.IP.4Branco,Joao CA IAC-18.A7.3.2Branco,Joao A IAC-18.B6.2.11Branco,Joao CA IAC-18.D1.6.10Brandauer,Martin CA IAC-18.A3.2A.8Brandenburger,Adam CA IAC-18.A7.3.12Brandt,Alexander CA IAC-18.D1.IP.11Brandt,Pontus CA IAC-18.D4.4.1Brandt,Pontus CA IAC-18.D4.4.2Brandão,Ana CA IAC-18.C4.IP.48Brauer,Norbert CA IAC-18.D5.2.5Braukhane,Andy CA IAC-18.A6.3.5Braun,HansMartin CA IAC-18.B4.8.9Braun,Markus CA IAC-18.A1.3.9Braun,Markus CA IAC-18.A1.8.14Braun,Max CA IAC-18.A3.1.10Braun,Vitali CA IAC-18.A6.2.6Braun,Vitali A IAC-18.A6.2.8Braun,Vitali CA IAC-18.A6.2.10Brauns,Katharina CA IAC-18.A1.1.7Brauns,Katharina A IAC-18.A1.1.8Brauns,Katharina A IAC-18.A1.2.11Brauns,Katharina CA IAC-18.A1.2.13Brauns,Katharina CA IAC-18.A1.2.24Brauns,Katharina CA IAC-18.A1.4.4Brauns,Katharina CA IAC-18.A1.4.6Brauns,Katharina CA IAC-18.A1.4.19Braxmaier,Claus CA IAC-18.A2.1.7Braxmaier,Claus CA IAC-18.A2.1.9Braxmaier,Claus CA IAC-18.A2.1.13Braxmaier,Claus CA IAC-18.A2.3.5Braxmaier,Claus CA IAC-18.A2.IP.7Brazier,Frances CA IAC-18.D1.1.2Brcic,Jelena A IAC-18.A1.1.2Brcic,Jelena CA IAC-18.A1.1.3

Brechenmacher,Nicolas CA IAC-18.D4.4.14Bremer,Stefanie CA IAC-18.A2.1.2Breteau,Jérôme CA IAC-18.D2.4.5Brettle,Harriet A IAC-18.E1.6.2Brettle,Harriet A IAC-18.A3.5.5Brew,Julian A IAC-18.A6.10-C1.7.5Breś,Włodzimierz CA IAC-18.A1.7.13Bridges,ChristopherP. CA IAC-18.B4.2.7Bridges,ChristopherP. CA IAC-18.B2.2.7Bridges,ChristopherP. CA IAC-18.B4.3.5Bridges,ChristopherP. CA IAC-18.A6.5.2BRIENZA,Michael CA IAC-18.A2.6.13Briese,LâleEvrim CA IAC-18.C1.5.12Brieß,Klaus CA IAC-18.B6.3.3Briess,Klaus CA IAC-18.B2.2.1Briess,Klaus CA IAC-18.E1.4.4Brieß,Klaus CA IAC-18.C1.4.2Brieß,Klaus CA IAC-18.B2.6.6Brieß,Klaus CA IAC-18.B4.6B.14Brieß,Klaus CA IAC-18.C2.8.8Brighenti,Chiara A IAC-18.B6.1.6Brilli,Simone CA IAC-18.A6.6.4Brinkman,Dennis CA IAC-18.D1.IP.23Brinkmann,Wiebke A IAC-18.D4.1.3Brinkmann,Wiebke CA IAC-18.D3.2.12Brinkmann,Wiebke CA IAC-18.D3.IP.2Brinkmann,Wiebke A IAC-18.D1.6.5Briot,Daniel A IAC-18.A6.4.1Brischetto,Salvatore CA IAC-18.C2.8.10Brischetto,Salvatore CA IAC-18.C2.9.8Briskman,RobertD. CA IAC-18.B2.2.5Britting,Thomas CA IAC-18.D2.5.12BrizValer,JoseFrancisco CA IAC-18.D1.3.1BrookerLizon-Tati,Laure A IAC-18.B1.2.6Brophy,John CA IAC-18.C4.4.1Brotzu,Andrea CA IAC-18.C2.8.13BROUCQUART,Romain CA IAC-18.B2.2.3Brouns,Stan CA IAC-18.D3.2.4Brouns,Stan CA IAC-18.D3.3.9Brouns,Stan CA IAC-18.A1.7.7Brouns,Stan CA IAC-18.A3.2C.6Brouns,Stan CA IAC-18.A2.7.12Brown,Mia A IAC-18.E3.2.2Brown,Patrick CA IAC-18.A1.5.2Brozek,Petr CA IAC-18.A1.6.2Brozny,Peter CA IAC-18.E1.2.5Bru,Jorgen CA IAC-18.D2.4.5Brucas,Domantas CA IAC-18.B2.7.7Brucato,JohnRobert CA IAC-18.A3.5.11Brun,Nicolas CA IAC-18.B3.4-B6.4.10Brune,Jan-Erik CA IAC-18.E2.3-GTS.4.1Brunet,Gautier CA IAC-18.E6.1.12Brunner,Bernhard CA IAC-18.B4.6A.8Brunner,Sebastian CA IAC-18.A3.2A.8Bruno,Roberto CA IAC-18.A7.3.1Bryant,Robert CA IAC-18.C2.6.2Brykov,Vitaly CA IAC-18.A1.2.6Brás,Sérgio A IAC-18.C1.4.10Brás,Sérgio CA IAC-18.C1.IP.25Bräuer,Frederik CA IAC-18.D1.4A.2Bréhard,Florent CA IAC-18.C1.IP.32Bröhan,Jasmin CA IAC-18.D1.3.5Bubeev,Yuriy CA IAC-18.A1.IP.14Bucci,Lorenzo A IAC-18.C1.1.11Bucci,Lorenzo A IAC-18.A5.IP.2Bucci,Lorenzo A IAC-18.C1.8.7Bucher,Nico CA IAC-18.B4.3.2Buchheim,JudithIrina CA IAC-18.B3.7.8Buchhorn,Marcel CA IAC-18.B1.5.7Buchwald,Robert CA IAC-18.A3.1.10Buchwald,Robert A IAC-18.A3.2B.10Buchwitz,Michael CA IAC-18.B1.2.7Buchwitz,Michael A IAC-18.B1.IP.13Buckey,Jay A IAC-18.A1.2.28Budzyn,Dorota CA IAC-18.A5.1.6

Budzyn,Dorota A IAC-18.A5.1.12Buenconsejo,Reina CA IAC-18.E6.1.11Buhl,Matthias CA IAC-18.B5.3.9Buiko,Alfredas A IAC-18.E4.3B.10Buinhas,Luisa CA IAC-18.B2.8-GTS.3.12Buinhas,Luisa A IAC-18.B2.3.2Buist,Peter A IAC-18.B2.1.12Buken,Christoph CA IAC-18.A2.7.11Bulat,Sergey CA IAC-18.A1.6.12Bulcha,Berhanu CA IAC-18.A7.3.8Bulencea,Paul CA IAC-18.E1.8.4Bultitude,James A IAC-18.B2.3.8Bultitude,James A IAC-18.C4.IP.39Bultitude,James CA IAC-18.B2.6.3Bunte,KarlDietrich CA IAC-18.A6.3.8Bunte,KarlDietrich CA IAC-18.A6.3.9Bunte,KarlDietrich CA IAC-18.A6.5.3Bunte,KarlDietrich CA IAC-18.D1.IP.8Buongiorno,Alessandra CA IAC-18.B1.4.7Buongiorno,MariaFabrizia CA IAC-18.E5.5.3Buravkova,Ludmila CA IAC-18.A1.8.11Buravkova,Ludmila A IAC-18.A1.8.13Burderi,Luciano CA IAC-18.B4.2.11Burgay,Marta CA IAC-18.A4.1.9Burgay,Marta CA IAC-18.A4.1.11Burgdorf,Jonas CA IAC-18.B4.3.2Burger,Edward A IAC-18.E7.4.9Burguillos,Carlos A IAC-18.B2.8-GTS.3.2Burke,James A IAC-18.E5.4.12Burkhardt,Holger A IAC-18.D2.7.1Burkhardt,Zachary A IAC-18.D4.4.6Burkhardt,Zachary A IAC-18.D4.4.13Burkhardt,Zachary CA IAC-18.D4.4.14Burkova,Elena CA IAC-18.E1.7.3Burmann,Bastian A IAC-18.A7.IP.4Burov,Alexander A IAC-18.A3.IP.50Burov,Alexander A IAC-18.D4.IP.3Burrows,JohnP. CA IAC-18.B1.2.7Burrows,JohnP. CA IAC-18.B1.3.7Burrows,JohnP. A IAC-18.B1.IP.4Burtz,Louis CA IAC-18.A3.IP.23Burville,Kevin CA IAC-18.E2.3-GTS.4.10Buscher,Martin A IAC-18.B6.3.3Buscher,Martin A IAC-18.E1.4.4Buscher,Martin CA IAC-18.B2.6.6Buse,Fabian A IAC-18.D1.4B.1Buslov,Eugene CA IAC-18.A6.3.10Buslov,Eugene CA IAC-18.C2.6.1Buss,Joshua CA IAC-18.D3.2.8Bussi,Diego A IAC-18.B6.3.6Bussler,Leonid CA IAC-18.D2.4.1Bussler,Leonid CA IAC-18.D2.4.4Bussmann,Kristin CA IAC-18.A3.2A.8Butcher,Garnet CA IAC-18.E2.3-GTS.4.12Buti,Corentin A IAC-18.E2.2.9Buti,Corentin CA IAC-18.A5.1.5Buti,Corentin CA IAC-18.E3.IP.13Buzzoni,Alberto CA IAC-18.A6.7.7Bérend,Nicolas A IAC-18.D2.7.8Bérend,Nicolas CA IAC-18.D1.4B.12Bölke,Daniel CA IAC-18.E2.3-GTS.4.1Börner,Anko CA IAC-18.A3.2A.8Böttger,Ute CA IAC-18.A1.6.12Büskens,Christof CA IAC-18.A3.5.7Büttner,Jonas A IAC-18.A2.5.2

C

Name Role PaperC,RAJEEVSENAN CA IAC-18.C4.3.13CB,Manjunath A IAC-18.B5.2.5CGuerrieri,Dadui CA IAC-18.C4.6.1CGuerrieri,Dadui CA IAC-18.C4.8-B4.5A.6CR,THOMAS CA IAC-18.C4.IP.49C.Nair,Manoj A IAC-18.B1.6-GTS.1.6


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POSIUMTECHNICAL


INDEX

CABALLERO,Carlos A IAC-18.B1.1.12Cabero,Marco A IAC-18.E1.4.6Cabezas,Patricia CA IAC-18.A3.5.11CabreraAlvarado,Sandra A IAC-18.E7.3.6Cacciapuoti,L. CA IAC-18.A2.1.4Caeiro,Sofia CA IAC-18.C2.1.11CAI,Wenyi A IAC-18.B3.2.13Cai,Zun CA IAC-18.C4.IP.32Caiani,EnricoGianluca CA IAC-18.A1.2.5Caiani,EnricoGianluca A IAC-18.A1.2.22Caiazzo,Antonio A IAC-18.A6.4.4Caiazzo,Antonio CA IAC-18.D4.4.14CaJacob,Daniel CA IAC-18.B4.4.1Cakir,Tugrul A IAC-18.E7.1.3Caldera,Carlo CA IAC-18.A3.2A.11Calini,Gian-Gherardo CA IAC-18.B2.5.1Calles,Walter CA IAC-18.D3.1.6Calles,Walter CA IAC-18.D3.IP.6Calles,Walter A IAC-18.D3.4.11Callsen,Steffen A IAC-18.D3.2.10Calnan,Gary CA IAC-18.D4.5.18Calvel,Alain CA IAC-18.C3.4.4Calvi,Daniele CA IAC-18.B4.6B.13Calvin,Alexandra CA IAC-18.D4.1.1CalvoAlvarado,JulioCésar CA IAC-18.B4.1.4Calvo-Obando,AnaJulieta CA IAC-18.B4.1.4Calzada-Diaz,Abigail A IAC-18.A3.2B.4Calzada-Diaz,Abigail CA IAC-18.A5.1.9Calzada-Diaz,Abigail CA IAC-18.A3.IP.7Cameron,Bruce CA IAC-18.B2.1.7Campagnola,Stefano A IAC-18.B4.8.2Campagnola,Stefano A IAC-18.C1.9.11Campbell,Tori A IAC-18.D2.2.12CamposMora,JoséRicardo CA IAC-18.B4.4.5Campuzano,Brian CA IAC-18.B4.3.4Canalias,Elisabet CA IAC-18.C1.2.8CanalsPou,Alberto CA IAC-18.A3.2C.6Candela,Kyle CA IAC-18.A3.4B.8Canetri,Marco CA IAC-18.A7.3.2Canetri,Marco CA IAC-18.A3.4B.4Canfield,Peter A IAC-18.A2.6.15Canfield,Peter CA IAC-18.A2.7.18Canga,Michael A IAC-18.E3.6.2Canganella,Francesco CA IAC-18.A1.6.3Cannon,Allan CA IAC-18.B4.9-GTS.5.9CanoMartinez,Jorge CA IAC-18.E2.3-GTS.4.11Cantini,Federico CA IAC-18.A3.IP.51Canton,Remi A IAC-18.A2.6.9Canuto,Enrico CA IAC-18.C1.6.4Cao,Hui A IAC-18.D1.3.7Cao,Hui A IAC-18.D1.IP.18Cao,Hui A IAC-18.D5.IP.1Cao,Hui A IAC-18.C2.8.12Cao,Jianfeng CA IAC-18.B2.IP.8CAO,Lingling A IAC-18.C2.1.9CAO,Meng A IAC-18.B2.7.9Cao,Ruiheng CA IAC-18.E3.6.11Cao,Yan CA IAC-18.A6.3.1Cao,Zhanwei CA IAC-18.C2.IP.34Capannolo,Andrea A IAC-18.A3.4A.8Capararo,Cesare CA IAC-18.B3.4-B6.4.5Capello,Elisa CA IAC-18.C1.4.9Capuano,Giuseppe CA IAC-18.D1.3.3Capuano,Maurizio CA IAC-18.A3.3A.3Capuano,Vincenzo A IAC-18.D1.3.3Capuano,Vincenzo A IAC-18.D1.6.9Capurso,Andrea A IAC-18.E7.1.12Carberry,Christopher CA IAC-18.D1.1.5Carberry,Christopher A IAC-18.E3.2.9Cardillo,Daniele CA IAC-18.C4.5.7Cardini,Valerio A IAC-18.C2.9.6Cardona,Tommaso A IAC-18.A6.IP.4Cardone,Mauro A IAC-18.B2.4.2Cardone,Tiziana CA IAC-18.C2.1.11CARDONE,Tiziana CA IAC-18.A6.3.9

CARDONE,Tiziana CA IAC-18.A6.5.3Cardoso,Cristovao A IAC-18.C2.2.9CardosodosSantos,Josué A IAC-18.A3.IP.57Carey,Stephanie CA IAC-18.A1.3.8Carey,William CA IAC-18.A3.1.10Carey,William CA IAC-18.D4.2.5Carey,William CA IAC-18.A2.5.10Carioscia,Sara A IAC-18.E3.3.9Carletta,Stefano A IAC-18.C1.1.10Carli,Cristian CA IAC-18.A3.1.12Carlo,Antonio CA IAC-18.E7.1.8Carlson,Jack CA IAC-18.E1.4.7Carnelli,Ian CA IAC-18.A3.4A.5Carnelli,Ian CA IAC-18.A3.4A.6Carnero-Diaz,Eugenie CA IAC-18.A1.8.17Carnero-Diaz,Eugenie CA IAC-18.A2.7.17Caron,Jérôme CA IAC-18.B1.3.5Carpenter,James CA IAC-18.A3.2B.2Carpenter,James CA IAC-18.A3.2B.7Carpentiero,Marco A IAC-18.B2.1.11Carr,John CA IAC-18.A5.2.4Carreira,Lúcia CA IAC-18.A3.3B.7Carrera,Erasmo CA IAC-18.C2.2.10Carroll,Kieran A IAC-18.B4.8.8Carroll,Kieran A IAC-18.A3.4B.3Carrubba,Elisa CA IAC-18.E1.3.6Carré,Antoine CA IAC-18.E2.3-GTS.4.2Carré,Antoine CA IAC-18.E2.3-GTS.4.4Carré,Antoine CA IAC-18.A5.1.5Carstens,AnnaCatharina CA IAC-18.A1.6.2Carstens,AnnaCatharina A IAC-18.A1.8.14Carter,Brett CA IAC-18.A6.9.2Caruana,Jean-Noel CA IAC-18.D2.4.5Carvajal-Godinez,Johan A IAC-18.B4.7.2Carvajal-Godínez,Johan CA IAC-18.B4.1.4Carvajal-Godínez,Johan CA IAC-18.B4.9-GTS.5.3Carvalho,JeanPaulodosSantos CA IAC-18.A3.IP.57CarvalhoSilva,Leandro CA IAC-18.D1.IP.12Casalino,Lorenzo A IAC-18.C1.IP.30Casanova,Sophia A IAC-18.D4.5.7CasasdelVallePacheco,Isidora CA IAC-18.B4.1.5CasasdelVallePacheco,Isidora A IAC-18.E5.4.6Casasco,Massimo CA IAC-18.A3.4A.5Casasco,Massimo CA IAC-18.A3.IP.54Cascioli,Gael CA IAC-18.D1.IP.5Cash,Ian A IAC-18.C3.1.4Casini,AndreaEmanueleMaria CA IAC-18.C2.8.10Casini,AndreaEmanueleMaria CA IAC-18.C2.9.8Casini,Stefano CA IAC-18.D1.IP.5Caspar,Christophe CA IAC-18.B1.IP.3Cassady,R.Joseph CA IAC-18.D1.1.5Cassady,R.Joseph A IAC-18.C4.4.2Cassi,Carlo A IAC-18.D2.4.8CASTANET,Fabien A IAC-18.D5.2.6CASTANET,Fabien CA IAC-18.D1.5.3CastanónEsteban,Adrián CA IAC-18.A7.2.6CastellanosVelasco,LuisÁngel A IAC-18.E5.5.6Castiglioni,Paolo CA IAC-18.A1.2.24Castiglioni,Paolo CA IAC-18.A1.4.4Castillo,Martin A IAC-18.A2.2.9Castillo,Martin CA IAC-18.C2.8.11Castro,Jose CA IAC-18.A6.IP.34CastroVillalobos,JHumberto A IAC-18.E7.7-B3.8.1Castronuovo,MarcoM. CA IAC-18.A6.IP.4Castronuovo,MarcoM. CA IAC-18.A3.5.4Casu,Silvia CA IAC-18.A4.1.9Catalano,Gabriella A IAC-18.E7.3.11Cataldo,Giuseppe A IAC-18.D1.IP.25Cataldo,Giuseppe A IAC-18.A7.3.8Cater,John CA IAC-18.E1.3.1Causevic,Adrian CA IAC-18.E2.3-GTS.4.1Causevic,Adrian A IAC-18.A2.IP.15Causse,Mickaël CA IAC-18.B3.6-A5.3.7Cavallaro,Giuseppe CA IAC-18.A6.9.3Cavenago,Francesco A IAC-18.D1.6.8

CebollaAlvarez,AnaMaria CA IAC-18.A1.IP.34Ceccherini,Simone CA IAC-18.A3.2A.7Ceccherini,Simone CA IAC-18.C1.6.13Ceccherini,Simone CA IAC-18.B4.8.5Cecchini,Federico A IAC-18.C2.9.11Cecere,Anselmo CA IAC-18.C2.4.4Cecere,Anselmo CA IAC-18.C4.3.6Cecere,Anselmo A IAC-18.A2.3.9Ceciliano-Jiménez,Yolanda A IAC-18.E6.2.9CegarraPolo,Manuel A IAC-18.A6.1.2CegarraPolo,Manuel CA IAC-18.A6.10-C1.7.12Celine,Loisel CA IAC-18.B2.2.3Celotti,Luca CA IAC-18.A3.2C.3Celotti,Luca A IAC-18.A3.2C.4Cenac-Morthe,Celine CA IAC-18.A3.4A.2Centuori,Simone A IAC-18.A3.3A.5Centuori,Simone CA IAC-18.C1.9.2Cergna,Paolo CA IAC-18.B3.4-B6.4.5Cerini,Corinna CA IAC-18.C2.IP.5Ceriotti,Matteo CA IAC-18.D4.3.18Ceriotti,Matteo CA IAC-18.A3.4B.6Cervone,Angelo CA IAC-18.A3.2A.7Cervone,Angelo CA IAC-18.C4.6.1Cervone,Angelo CA IAC-18.C4.6.2Cervone,Angelo CA IAC-18.B4.8.5Cervone,Angelo CA IAC-18.C4.8-B4.5A.6CESCO,Nathalie A IAC-18.C4.10.13CespedesUlate,Robinson CA IAC-18.B4.4.5Cetin,Dogu CA IAC-18.D3.2.12Cetin,Dogu CA IAC-18.D3.IP.2Chabot,Thomas CA IAC-18.A6.5.1Chaffardon,Christopher A IAC-18.D2.5.1ChaffimCosta,MarcusVinícius CA IAC-18.C4.2.10ChagasJunior,Milton CA IAC-18.D3.4.12CHAIZE,Mathieu A IAC-18.D2.1.2Chakma,Mitesh A IAC-18.B1.IP.26Chakrabarty,Soumyabrata CA IAC-18.B1.3.9Chakrani,Jaafar CA IAC-18.C4.6.3Chamberlain,Matthew A IAC-18.C3.4.2Chan,Yung-An A IAC-18.C4.7-C3.5.12Chancharoen,Wares A IAC-18.E1.2.8Chandiramani,Mohita CA IAC-18.C3.1.3Chandiramani,Mohita A IAC-18.A4.2.11Chandra,Rohan A IAC-18.A5.IP.8Chandran,Amal CA IAC-18.B4.2.6Chandrashekar,Kishore CA IAC-18.E2.4.7Chandrashekharan,Prasanth A IAC-18.C4.IP.5Chandrashekharan,Prasanth CA IAC-18.C4.IP.10Chang,EvaYi-Wei A IAC-18.D6.3.5Chang,EvaYi-Wei A IAC-18.D6.3.8Chang,EvaYi-Wei A IAC-18.D2.9-D6.2.2Chang,Fangwei CA IAC-18.E2.3-GTS.4.7Chang,Loren A IAC-18.B4.2.6ChangDiaz,Franklin CA IAC-18.A5.2.4Channumsin,Sittiporn A IAC-18.B6.1.2Chao,Chi-Kuang CA IAC-18.B4.2.6Chao,Tan A IAC-18.B2.IP.7Charlton,Oliver CA IAC-18.E1.4.7Chatzipanagiotis,Michail A IAC-18.D6.1.3Chaudhary,Jayraj CA IAC-18.D6.3.1Chauhan,Shivangi A IAC-18.D3.2.9Chauhan,Shivangi CA IAC-18.A4.IP.7Chauhan,Shivangi CA IAC-18.D3.IP.5Chauhan,Shivangi A IAC-18.C3.4.8Chauhan,Shivangi A IAC-18.D4.5.12Chaumette,Francois CA IAC-18.A6.5.1Chavagnac,Christophe CA IAC-18.D2.6.3ChavesJiménez,Adolfo CA IAC-18.B4.1.4ChavesJiménez,Adolfo CA IAC-18.B4.9-GTS.5.3Chavez,Cristian A IAC-18.E1.3.4Chavez,Cristian CA IAC-18.E1.IP.21Chavy,Siegfrid CA IAC-18.D2.1.2Chazov,Vadim CA IAC-18.A6.IP.43Chebakov,Evgeny CA IAC-18.C2.7.4Cheetham,Bradey CA IAC-18.A3.IP.18

Chen,Changyuan CA IAC-18.B2.3.8Chen,Chao CA IAC-18.D2.3.5Chen,Chaoyun CA IAC-18.D3.3.5Chen,Chuan CA IAC-18.A6.IP.23Chen,DavidKuan-Wei CA IAC-18.E3.1.14Chen,Ding A IAC-18.A4.1.10Chen,Dong CA IAC-18.B2.3.7Chen,Fuzhen A IAC-18.A2.IP.4Chen,Gang CA IAC-18.D1.4A.10Chen,Hongru A IAC-18.C1.2.8Chen,Jaffly CA IAC-18.E1.4.7Chen,Ji CA IAC-18.B4.2.9Chen,Jianlin A IAC-18.C1.1.3Chen,Li CA IAC-18.C2.IP.35Chen,Lian-zhong CA IAC-18.C2.7.12Chen,Nan CA IAC-18.D2.2.3Chen,Sihao CA IAC-18.D1.4A.10CHEN,Wenjing CA IAC-18.D2.2.3Chen,Xi CA IAC-18.E5.4.9Chen,Xi A IAC-18.A3.IP.46Chen,Xiaoqian CA IAC-18.B4.6A.2Chen,Xingyu CA IAC-18.D1.1.6Chen,Xuan CA IAC-18.C2.IP.34Chen,Yen-Sen A IAC-18.C4.2.4Chen,Yi CA IAC-18.B5.3.4Chen,Yueyong CA IAC-18.A2.2.10Chen,Zheng CA IAC-18.A3.5.8Chen,Zhiming A IAC-18.B2.IP.10Chen,Zhiming CA IAC-18.C1.IP.14Cheney,Thomas A IAC-18.E7.IP.8Cheney,Thomas CA IAC-18.E4.3B.8Cheng,Andrew CA IAC-18.C1.9.7CHENG,Jiming A IAC-18.C4.IP.13Cheng,Mengzhe CA IAC-18.B1.4.6Cheng,Rui CA IAC-18.D5.2.11Cheng,Shengqing A IAC-18.C4.1.7Cheng,Yuqiang CA IAC-18.C4.IP.32Chenglong,Rao CA IAC-18.B3.2.13Chenghu,Yang CA IAC-18.C4.1.15Chepko,Ariane CA IAC-18.A1.2.28Cheremisin,Maksim A IAC-18.B3.3.4Chern,RockJeng-Shing CA IAC-18.D6.3.5Chern,RockJeng-Shing CA IAC-18.D6.3.8Chern,RockJeng-Shing CA IAC-18.D2.9-D6.2.2Cherniakov,Mike CA IAC-18.B1.3.10Chernikhova,Ekaterina CA IAC-18.A1.IP.18Chernikova,Anna CA IAC-18.A1.2.3Chernykh,Irina A IAC-18.E7.4.7Chernyshov,Alexander CA IAC-18.B4.7.6Cheron,Guy CA IAC-18.A1.IP.34Cherukuri,Srikara CA IAC-18.E6.1.9Cherukuri,Srikara A IAC-18.D1.IP.31Chester,Ed CA IAC-18.E1.6.10Chester,Ed CA IAC-18.E1.5.10Chester,Ed A IAC-18.B6.1.4Chester,Ed CA IAC-18.E1.9.10Chhun,Ratana CA IAC-18.A2.1.1Chi,Zhemin CA IAC-18.C1.8.4Chibing,Shen A IAC-18.C4.9.9Chibing,Shen CA IAC-18.C4.9.10Chibing,Shen A IAC-18.C4.3.4Chikuma,Ryosuke CA IAC-18.B3.9-GTS.2.3Chime,Christian CA IAC-18.E1.2.2Chinn,James A IAC-18.A6.3.3ChitilappillyT.,Lazar CA IAC-18.C4.10.12Chitu,CristianCorneliu CA IAC-18.A3.4B.4Chiu,S.W. A IAC-18.E5.4.8Chmielewski,ArturB. CA IAC-18.A3.4B.5Cho,Mengu CA IAC-18.B4.2.3Cho,Mengu A IAC-18.D5.1.6Cho,Mengu CA IAC-18.E5.4.7Cho,Mengu A IAC-18.D5.3.4Cho,Yeon CA IAC-18.C2.7.10Choden,Yeshey CA IAC-18.B5.2.1Choi,Eric CA IAC-18.A2.5.11


172 173

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TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Choi,Jongin CA IAC-18.C4.IP.43Choi,Young-Jun CA IAC-18.A3.IP.53Chopra,Chaitnya CA IAC-18.A7.IP.1Chopra,Chaitnya A IAC-18.B4.7.5Choudhary,Shreya A IAC-18.A1.8.5Chouker,Alexander CA IAC-18.A1.2.10Chouker,Alexander CA IAC-18.A1.3.3Chouker,Alexander CA IAC-18.A1.3.9Chow,CheeLap CA IAC-18.B4.7.10Chowdhury,Sreemon CA IAC-18.C3.2.5Chowdhury,Sreemon CA IAC-18.B2.3.4Chriskos,Panteleimon CA IAC-18.A1.3.13Chriskos,Panteleimon A IAC-18.A1.3.14Christ,Venzha A IAC-18.E5.IP.13Christensen,Carissa A IAC-18.E6.2.1Christensen,Ian A IAC-18.D6.1.6Christensen,Ian CA IAC-18.E3.4.2Christensen,Ian CA IAC-18.D1.5.8Christensen,Ian CA IAC-18.E7.7-B3.8.13Christian,Meganne CA IAC-18.C2.8.5Christiansen,Eric CA IAC-18.A6.3.8Christiansen,Rowena CA IAC-18.E1.4.7ChronasFoteinakis,Nikitas CA IAC-18.B4.6B.5Chuan,Ma CA IAC-18.A6.IP.42Chujo,Toshihiro A IAC-18.D1.2.4Chujo,Toshihiro CA IAC-18.C1.3.2Chujo,Toshihiro CA IAC-18.C1.6.8Chung,D.-W. CA IAC-18.E2.2.4Chung,Soon-Jo CA IAC-18.C1.6.3Chung,Soon-Jo CA IAC-18.C1.6.11Chung,Soon-Jo CA IAC-18.D1.6.9Chung,Soyoung A IAC-18.A3.IP.58Churkin,Dmitriy CA IAC-18.B3.5.1Ciallella,Mirco CA IAC-18.D1.IP.5Cialone,Giammarco CA IAC-18.E1.3.7Cialone,Giammarco CA IAC-18.A6.IP.11Cialone,Giammarco CA IAC-18.A6.IP.36Cialone,Giammarco CA IAC-18.A6.10-C1.7.9Cialone,Giammarco CA IAC-18.B4.6B.10Cialone,Giammarco CA IAC-18.B2.7.4Ciancetta,Ezio A IAC-18.D1.2.2Ciarciaglini,Andrea CA IAC-18.C2.IP.10Ciardi,Marco CA IAC-18.E4.3B.13Ciardullo,Christina CA IAC-18.A1.IP.11Ciccacci,Leonardo CA IAC-18.C2.8.7Ciccarelli,Silvia CA IAC-18.E3.2.6Ciccarelli,Silvia CA IAC-18.E3.3.5Ciccarelli,Silvia CA IAC-18.E3.IP.8Ciccarelli,Silvia A IAC-18.E7.IP.6Cichan,Timothy A IAC-18.A5.1.4Cieslinski,Dawid A IAC-18.D2.9-D6.2.11Cinelli,Ilaria CA IAC-18.E6.1.5Cinelli,Ilaria CA IAC-18.A1.4.3Cinelli,Ilaria CA IAC-18.B3.5.6Cinelli,Ilaria CA IAC-18.E5.IP.10Cinelli,Ilaria CA IAC-18.B6.2.5Cinquepalmi,Luca CA IAC-18.B6.3.9Cipriani,Fabrice CA IAC-18.D1.IP.8Cipriano,Ana CA IAC-18.A3.2A.7Cipriano,Ana CA IAC-18.A3.2B.7Cipriano,Ana CA IAC-18.B4.8.5Cipriano,Ana CA IAC-18.C1.8.11Cirillo,William CA IAC-18.A3.1.3Cirina,Cristiana CA IAC-18.E3.2.6Cirina,Cristiana CA IAC-18.E3.4.11Ciska,Malgorzata CA IAC-18.A1.8.2Ciska,Malgorzata CA IAC-18.A2.7.17Ciufolini,Ignazio CA IAC-18.C2.8.13Clancy,Paul CA IAC-18.D2.4.7ClarenceDee,Jan CA IAC-18.B4.4.6Clark,Justin A IAC-18.C4.6.8Clark,Roger CA IAC-18.D3.3.1Clark,Torin CA IAC-18.A1.2.19Clavé,Elise CA IAC-18.A3.3B.3Clayfield,Kimberley A IAC-18.B4.4.12

Clayfield,Kimberley CA IAC-18.D4.2.2Clayfield,Kimberley CA IAC-18.E3.3.1Clemens,Joachim A IAC-18.A3.5.7Clerc,Philippe CA IAC-18.E3.4.10Clerc,Philippe A IAC-18.A6.8.12Clinton,Raymond"Corky" A IAC-18.C2.9.2Cocco,Magda CA IAC-18.E3.1.13Cocco,Magda A IAC-18.D4.2.3Cocco,Magda A IAC-18.D6.3.2Cocco,Magda A IAC-18.E3.IP.6Cocco,Magda CA IAC-18.E7.5.8Cocco,Magda CA IAC-18.E7.7-B3.8.3Cocco,Magda CA IAC-18.E4.3B.12CockrellJr.,CharlesE. CA IAC-18.D4.4.12Cockshaw,Rory CA IAC-18.E1.2.5Cocuzza,Silvio CA IAC-18.C1.IP.35Cocuzza,Silvio CA IAC-18.D1.IP.26Coelho,Pedro CA IAC-18.D4.5.18Coene,Sander A IAC-18.B3.6-A5.3.8Cohen,Arielle A IAC-18.D2.IP.12Cohen,Brendan A IAC-18.E7.2.5Cohen,Dan CA IAC-18.D5.IP.2Cohen,Luchino CA IAC-18.B3.3.3Cohen,Marc A IAC-18.B1.2.2Coker,RobertH. CA IAC-18.A1.4.21Colagrossi,Andrea A IAC-18.C1.3.8Colagrossi,Andrea CA IAC-18.A5.IP.2Colangelo,Luigi CA IAC-18.C1.6.4Colangelo,Luigi A IAC-18.C1.IP.26Cole,Timothy A IAC-18.A3.5.12Coleman,Nikki A IAC-18.E3.IP.10Coleman,Nikki CA IAC-18.A6.8.7Coleman,Stephen CA IAC-18.E3.IP.10Coleman,Stephen A IAC-18.A6.8.7Coleshill,Elliott CA IAC-18.D1.IP.30Coletta,Alessandro CA IAC-18.B1.1.11Collange,Guillaume CA IAC-18.D2.1.2Collins,Patrick CA IAC-18.B3.2.7Colmenarejo,Pablo A IAC-18.D1.3.1Colmenarejo,Pablo A IAC-18.D1.6.10Colombo,Camilla CA IAC-18.C1.1.4Colombo,Camilla A IAC-18.A6.2.10Colombo,Camilla CA IAC-18.A6.4.6Colombo,Camilla CA IAC-18.A6.4.8Colombo,Camilla CA IAC-18.B1.IP.31Colombo,Camilla CA IAC-18.C1.IP.22Colombo,Camilla CA IAC-18.A3.5.10Colombo,Camilla CA IAC-18.A6.10-C1.7.8Colombo,Camilla CA IAC-18.A6.10-C1.7.11Colombo,Camilla CA IAC-18.C1.9.12ColonnaWalewski,Augustin CA IAC-18.D4.1.8ColonnaWalewski,Augustin CA IAC-18.A5.1.5ColonnaWalewski,Augustin CA IAC-18.B4.7.9Comellini,AntheaEvelina A IAC-18.A6.5.6Compin,Matthieu CA IAC-18.E2.4.4Comune,Alessandro CA IAC-18.D3.4.4Concu,Raimondo CA IAC-18.A4.1.6Concu,Raimondo CA IAC-18.A4.1.9Concu,Raimondo CA IAC-18.A4.1.11Condlin,Christopher CA IAC-18.E7.2.5Condurache,Daniel A IAC-18.C1.IP.23Conigliaro,Christian A IAC-18.B4.6B.13Connolly,John A IAC-18.A3.1.3Connolly,John A IAC-18.D1.1.5Connors,Martin CA IAC-18.B4.8.8Conte,Alexis CA IAC-18.B4.2.2Conte,Alexis CA IAC-18.C4.6.4Conte,Davide A IAC-18.A5.1.6Conte,Davide A IAC-18.C1.IP.31Conticello,SimonSilvio CA IAC-18.B4.4.7Conticello,SimonSilvio CA IAC-18.D3.3.11Contractor,Noshir CA IAC-18.A1.1.4Contreras,Joel CA IAC-18.B4.6B.9Contreras,Rafael CA IAC-18.C1.5.10Contreras,Rafael CA IAC-18.C1.IP.38

Contreras,Rafael CA IAC-18.A7.3.2Convenevole,Carlo CA IAC-18.B1.2.12Copin,Etienne CA IAC-18.E2.4.6Coppotelli,Giuliano CA IAC-18.C2.IP.5Corallo,Francesco CA IAC-18.D1.IP.5Corbin,Benjamin A IAC-18.E6.1.11Corcoran,Patrick CA IAC-18.E1.4.7Cordelli,Emiliano CA IAC-18.A6.IP.6Cordero,Federico CA IAC-18.A3.4B.6Cordes,Florian CA IAC-18.D4.1.3Cornelius,Merle CA IAC-18.A2.1.11Cornell,Ariane A IAC-18.D2.7.7Cornu,Nicolas CA IAC-18.C4.4.9Corpaccioli,Luca CA IAC-18.D3.2.10Corpaccioli,Luca CA IAC-18.D5.3.1Corpino,Sabrina CA IAC-18.B4.6B.13Corpino,Sabrina CA IAC-18.B4.8.11Corpino,Sabrina CA IAC-18.C4.8-B4.5A.7Corradi,Paolo CA IAC-18.A3.4B.4Corradino,Filippo A IAC-18.B4.8.11Corraro,Federico CA IAC-18.D1.3.3CorreiaMendonça,Helena A IAC-18.E3.1.13CorreiaMendonça,Helena CA IAC-18.D4.2.3CorreiaMendonça,Helena CA IAC-18.D6.3.2CorreiaMendonça,Helena CA IAC-18.E3.IP.6CorreiaMendonça,Helena A IAC-18.E7.5.8CorreiaMendonça,Helena A IAC-18.E7.7-B3.8.3CorreiaMendonça,Helena A IAC-18.E4.3B.12Corrigan,Aidan CA IAC-18.B3.9-GTS.2.4Cortesao,Marta A IAC-18.A2.7.15Cortesão,Marta CA IAC-18.A1.3.18Corydon,Thomas CA IAC-18.A1.8.7CorzoZamora,MaríaAlejandra CA IAC-18.E5.1.12CorzoZamora,MaríaAlejandra CA IAC-18.A1.IP.39Cosby,Matthew CA IAC-18.A3.2A.10Cosby,Matthew CA IAC-18.B4.5.13Cosby,Matthew CA IAC-18.B6.1.4Costa,Ivo CA IAC-18.C2.2.9Costa,Maria CA IAC-18.B5.2.13Costantini,Lorenzo CA IAC-18.A1.2.22COSTE,DARREN A IAC-18.D4.3.16Costello,Kirt CA IAC-18.B3.3.3Cote,Stephane CA IAC-18.B1.1.9Cotronei,Vittorio CA IAC-18.A1.3.10Cotronei,Vittorio CA IAC-18.B3.3.3Cotten,Brad CA IAC-18.B4.4.2Cottin,Herve CA IAC-18.A1.6.8Cotuk,HasanBirol A IAC-18.A1.IP.29Coutinho,Diogo A IAC-18.D3.1.4Coutinho,Pedro CA IAC-18.E1.6.10Couzin,Patrice CA IAC-18.A7.IP.4Covington,Steven CA IAC-18.B1.2.10Cowings,Patricia A IAC-18.B3.5.2Cowley,Aidan CA IAC-18.D3.2.4Cowley,Aidan CA IAC-18.E5.1.8Cowley,Aidan CA IAC-18.E5.1.10Cowley,Aidan CA IAC-18.D3.3.9Cowley,Aidan CA IAC-18.A3.IP.5Cowley,Aidan A IAC-18.A3.IP.40Cowley,Aidan CA IAC-18.B3.6-A5.3.8Cowley,Aidan CA IAC-18.B3.6-A5.3.9Cowley,Aidan CA IAC-18.A1.7.7Cowley,Aidan CA IAC-18.A3.2C.3Cowley,Aidan CA IAC-18.A3.2C.4Cowley,Aidan CA IAC-18.A3.2C.6Cox,Andrew CA IAC-18.C1.8.9Crable,Vicki CA IAC-18.B3.1.8Craifaleanu,Andrei CA IAC-18.E4.1.9Cramarossa,Augusto CA IAC-18.E3.3.5Crane,Keith CA IAC-18.E6.1.11Crane,Keith CA IAC-18.E3.3.9Crassidis,John CA IAC-18.C1.3.3Craven,Paul CA IAC-18.C2.6.2Crawford,Caitlin CA IAC-18.B3.5.6Crawley,Edward CA IAC-18.B2.1.7

Crawley,Edward CA IAC-18.B3.2.9Crawley,Edward CA IAC-18.D1.4A.8Creasey,Jeremy CA IAC-18.D6.1.1Creech,Jessica CA IAC-18.A1.IP.40Creech,Jessica CA IAC-18.B3.IP.14Creech,Steve CA IAC-18.D2.1.4Creech,Steve CA IAC-18.B4.5.8Creech,Steve A IAC-18.D2.8-A5.4.1Crema,Matteo CA IAC-18.D4.1.8Crema,Matteo CA IAC-18.A5.1.5Cremer,Jan CA IAC-18.B4.6A.8Crespo,Juny CA IAC-18.B4.5.10Crespo,Juny CA IAC-18.A2.IP.10CrestoAleina,Sara CA IAC-18.D1.4A.7Crisconio,Marino CA IAC-18.A3.1.1Crisconio,Marino CA IAC-18.B3.7.7Crisp,NicholasH. A IAC-18.B4.2.2Crisp,NicholasH. CA IAC-18.C4.6.4CRIVELLARI,Gianni CA IAC-18.D5.2.6Crivellari,Gianni CA IAC-18.E1.5.11Crivellari,Gianni CA IAC-18.D1.5.3Croell,Arne CA IAC-18.A2.2.17Cropp,Alexander CA IAC-18.C1.5.10Cropp,Alexander CA IAC-18.C1.IP.38Cropp,Alexander CA IAC-18.A7.3.2Crosby,Kevin A IAC-18.C4.3.15Cross,Christina CA IAC-18.A2.IP.3Cross,Victoria CA IAC-18.A2.IP.3Crusan,Jason A IAC-18.A5.1.1Crusan,Jason A IAC-18.E1.7.1Crébassol,Philippe CA IAC-18.B1.1.4Csoke,Antal CA IAC-18.A1.5.11Cuciniello,Giovanni CA IAC-18.D1.3.3Cuellar,Angel A IAC-18.E3.IP.5Cui,Hong CA IAC-18.A1.3.17Cui,Hong CA IAC-18.C2.4.9Cui,Pingyuan CA IAC-18.C1.3.6Cui,Pingyuan CA IAC-18.D2.3.5CUI,YANZHE CA IAC-18.B4.7.4Cui,Yufu A IAC-18.B1.1.8Cullen,David CA IAC-18.E2.3-GTS.4.5Cullen,David CA IAC-18.B4.8.10Cummings,Alex CA IAC-18.C4.7-C3.5.3Cummings,Alex CA IAC-18.C4.7-C3.5.10Cummings,Laura CA IAC-18.A7.1.3Cunill,Jordi CA IAC-18.E2.3-GTS.4.11Cunin,Solange CA IAC-18.E1.IP.4Cunningham,Jennifer CA IAC-18.E1.9.14Curianò,Federico CA IAC-18.A6.9.8Curianò,Federico CA IAC-18.A6.IP.4Curianò,Federico CA IAC-18.A6.IP.36Curianò,Federico CA IAC-18.A6.10-C1.7.9Curianò,Federico CA IAC-18.B4.6B.10Curti,Fabio CA IAC-18.D1.3.6Curti,Fabio CA IAC-18.C1.IP.19Cutajar,Denis A IAC-18.A6.1.9Cutajar,Denis CA IAC-18.A6.IP.10Cutler,James CA IAC-18.B4.2.9Cwik,Tom A IAC-18.A7.3.4Czapski,Paweł A IAC-18.B5.1.9Czupalla,Markus CA IAC-18.A1.6.12Câmara,Francisco CA IAC-18.A3.3B.7

D

Name Role PaperD'Angelo,Olivier CA IAC-18.C2.9.7D'Auria,Ilaria CA IAC-18.E3.3.5D'Errico,Marco CA IAC-18.C1.6.12D'Errico,Marco CA IAC-18.B4.7.11D'Hendecourt,Louis CA IAC-18.A1.6.8D'Orgeville,Celine CA IAC-18.A6.6.3D'Ottavio,Andrea CA IAC-18.B6.3.6D'Silva,Oneil CA IAC-18.B3.4-B6.4.11D.Camba,Jorge CA IAC-18.D4.1.7


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POSIUMTECHNICAL


INDEX

daCosta,Rodrigo A IAC-18.B2.5.1DaFonseca,Ijar CA IAC-18.C2.1.4DaFonseca,Ijar A IAC-18.C2.2.5DaFonseca,Ijar CA IAC-18.C2.3.7DaFonseca,Ijar CA IAC-18.C2.IP.9daSilvaCuriel,Alex CA IAC-18.B4.6A.1daSilvaCuriel,Alex CA IAC-18.B4.9-GTS.5.1daSilvaPaisCabral,Francisco CA IAC-18.B6.2.11Da-Poian,Victoria CA IAC-18.D1.1.8Dachev,Tsvetan CA IAC-18.A1.5.9Dachwald,Bernd CA IAC-18.A1.6.12Dachwald,Bernd CA IAC-18.A3.4B.6Dafnis,Athanasios CA IAC-18.C2.5.13Dahal,Chiranjivi CA IAC-18.B2.8-GTS.3.6Dahmen,Ulrich CA IAC-18.D1.IP.6Dahunsi,Olurotimi CA IAC-18.B4.1.7Dai,Kun CA IAC-18.E5.2.3Dai,Shuwu CA IAC-18.A7.2.1Dai,Wei A IAC-18.D3.IP.8Dai,Zhongquan CA IAC-18.A1.3.4Daibo,Toshiaki CA IAC-18.D2.2.1DalBello,Richard CA IAC-18.B3.2.12Dali,Liu A IAC-18.C2.9.13DallaVedova,Florio CA IAC-18.A6.2.10DallaVedova,Florio CA IAC-18.A6.4.6Damann,Volker CA IAC-18.B3.9-GTS.2.12Dammann,Armin CA IAC-18.A3.2A.8Danaila,Sterian A IAC-18.C4.9.12Danelon,Christophe CA IAC-18.A1.6.3Danet,Brieuc CA IAC-18.D2.7.8Danet,Brieuc CA IAC-18.D1.4B.12Dang,Hongxing CA IAC-18.B1.IP.12Danieli,Mattia CA IAC-18.E7.IP.6Danilova,Mariya CA IAC-18.A3.1.1Danilova,Mariya A IAC-18.A3.1.7Danilova,Mariya CA IAC-18.A3.IP.35Dannemann,Frank CA IAC-18.D1.1.1Dannemann,Frank A IAC-18.B4.6A.6Dannemiller,Karen A IAC-18.A2.7.13Dannenberg,Kristine A IAC-18.B5.1.2Dannenberg,Kristine A IAC-18.E1.IP.27Dano,Marie-Laure CA IAC-18.C2.6.4Dansberry,Bryan CA IAC-18.B3.3.3Danziger,Björn A IAC-18.B5.3.9Dao,Linda A IAC-18.B3.9-GTS.2.12Daoud-Moraru,Anthonius CA IAC-18.C1.5.10Daraio,Mariagirolamo CA IAC-18.B1.1.11Darkow,Nicolas A IAC-18.C4.5.15Darkow,Nicolas CA IAC-18.C4.10.9Dartois,Emmanuel CA IAC-18.A1.6.8Das-Stuart,Ashwati CA IAC-18.D1.4A.6Das-Stuart,Ashwati A IAC-18.C1.9.1Dasgupta,Upasana A IAC-18.E7.1.15Dashdondog,Erdenebaatar A IAC-18.B4.1.9Daton-Lovett,Andrew CA IAC-18.C3.4.5Daub,Dennis A IAC-18.C2.IP.1Daurskikh,Anna CA IAC-18.D3.3.7Daurskikh,Anna A IAC-18.C2.9.9Dave,Pratik A IAC-18.B4.3.10Davendralingam,Navindran CA IAC-18.D1.4B.10Davenport,Robert CA IAC-18.D3.3.7Davidian,Ken A IAC-18.E6.2.4Davidian,Ken A IAC-18.E6.3.8Davidová,Lucie CA IAC-18.B6.3.4Davidson,Mark CA IAC-18.B4.2.2Davies,Philip A IAC-18.B4.5.9Davis,Michael CA IAC-18.E1.7.14deAngelis,EmanueleLuigi CA IAC-18.C1.3.4DeAngelis,Massimo A IAC-18.E3.6.5DeAntonio,Emeline A IAC-18.D4.5.4DeAntonio,Emeline CA IAC-18.D4.5.18deAthaydeCostaeSilva,Marsil CA IAC-18.C4.8-B4.5A.6DeBlasio,Gianmario CA IAC-18.D4.4.5deBruijn,Ferdi CA IAC-18.C1.3.7deBruijn,Ferdi CA IAC-18.C1.IP.33

DeFrancesco,Sara CA IAC-18.E1.3.6DeGasperis,Simone CA IAC-18.D1.IP.5deJong,Sybren CA IAC-18.B1.3.1DeLaTorre,Andrea CA IAC-18.A1.3.16DeLaTorre,Andrea CA IAC-18.B3.9-GTS.2.5DeLaTorre,Andrea CA IAC-18.A1.IP.40DelaTorre,GabrielG. A IAC-18.A4.2.4DelaTorre,Rosa CA IAC-18.A1.6.12deLeon,Pablo A IAC-18.E4.1.11DeLeon,Pablo CA IAC-18.A1.7.11DeMaestri,MariaElena A IAC-18.E7.3.1DeMaio,Andrea CA IAC-18.D1.2.7DeMarco,Greta A IAC-18.C1.IP.22DeMatteis,Guido CA IAC-18.C1.4.5DeMey,Stefaan CA IAC-18.A3.1.1DeMey,Stefaan CA IAC-18.A3.1.10DeMicco,Veronica CA IAC-18.E1.3.6deNeufville,Richard CA IAC-18.B3.2.9deOliveira,ÉlcioJeronimo A IAC-18.C2.1.4deOliveira,ÉlcioJeronimo CA IAC-18.C2.2.5deOliveira,ÉlcioJeronimo A IAC-18.C2.3.8DEOLIVEIRABITTENCOURTNETO,OLAVO CA IAC-18.E3.4.12

DeParolis,MartinaNatalina CA IAC-18.A2.1.4DePascale,Stefania CA IAC-18.E1.3.6DePaula,RamonP. A IAC-18.A3.3A.1dePaulis,Daniela A IAC-18.E5.3.11dePaulis,Daniela A IAC-18.A4.IP.3DeQuattro,Nicola CA IAC-18.A3.IP.7deRaucourt,Sébastien CA IAC-18.A3.3B.5DeRosa,Diego CA IAC-18.A3.2A.3DeRose,Francesco A IAC-18.D3.4.13deRuiter,Anton CA IAC-18.C1.2.11DeSmet,Stijn A IAC-18.C1.1.8DeStefano,Marco CA IAC-18.D1.6.10DeTata,Marco A IAC-18.B2.1.2deVera,Jean-PierrePaul A IAC-18.A1.6.12DeVita,Alessandro CA IAC-18.A2.5.11deVries,Johan CA IAC-18.B1.3.1deVries,Johan A IAC-18.B1.5.1deWeck,Olivier CA IAC-18.B1.1.2deWilde,Don CA IAC-18.A6.3.9deWindt,Aaron CA IAC-18.D2.6.5DeZaiacomo,Gabriele CA IAC-18.A3.3A.5DeZanet,Gianluca CA IAC-18.C2.6.5Dean,Bryan CA IAC-18.B1.1.6Debas,Gilles CA IAC-18.D2.1.2Debus,André CA IAC-18.A3.3B.10Decadi,Aline A IAC-18.B3.9-GTS.2.10Decadi,Aline A IAC-18.D2.9-D6.2.1DeChurch,Leslie CA IAC-18.A1.1.4Deconinck,Florian CA IAC-18.B4.9-GTS.5.8Decoopman,Clementine CA IAC-18.E1.IP.9Dedieu,Gerard CA IAC-18.B1.1.4Deeken,Jan A IAC-18.C4.1.13Deffacis,Maurizio A IAC-18.B6.3.5Degremont,Joel CA IAC-18.B1.1.12Dehais,Frederic CA IAC-18.B3.6-A5.3.7DeiTos,DiogeneAlessandro CA IAC-18.A3.2A.7DeiTos,DiogeneAlessandro CA IAC-18.B4.8.5DeiTos,DiogeneAlessandro A IAC-18.C1.8.11Deiml,Michael A IAC-18.B1.3.4Deiml,Michael CA IAC-18.A1.6.2DelBianco,Alberto CA IAC-18.D6.3.4DelGuercio,Daniele CA IAC-18.D3.IP.7DelMastro,Antonio CA IAC-18.B3.9-GTS.2.11DelMastro,Antonio A IAC-18.A3.IP.69delPortillo,Inigo A IAC-18.B2.1.7DelRioVera,Jorge CA IAC-18.E3.1.3Delande,Pauline A IAC-18.E2.3-GTS.4.2Delande,Pauline CA IAC-18.E2.3-GTS.4.4Delande,Pauline CA IAC-18.A5.1.5DeLatte,Danielle A IAC-18.D3.1.2Delaurentis,Daniel CA IAC-18.D1.4A.6Delaurentis,Daniel CA IAC-18.D1.4B.10

Delauré,Bavo CA IAC-18.B4.4.7Delayat,Vincent CA IAC-18.E5.4.9Deleflie,Florent CA IAC-18.A6.9.2Deleflie,Florent CA IAC-18.A6.9.5Delfini,Andrea A IAC-18.C2.IP.19Delfini,Andrea A IAC-18.C2.8.1Deliz,Ivy CA IAC-18.B3.4-B6.4.6Dell'Elce,Lamberto CA IAC-18.C1.9.4DellaCorte,Vincenzo CA IAC-18.A3.5.4Della-Rosa,Irina CA IAC-18.A1.1.3Dellandrea,Brice CA IAC-18.A6.5.6Delovski,Toni CA IAC-18.D1.4B.7Delpech,Michel CA IAC-18.A3.3B.10Delpech,Michel CA IAC-18.B3.6-A5.3.3DeLuna,AlanT. CA IAC-18.B3.4-B6.4.8Demarco,Rossana CA IAC-18.A7.3.1Deme,Sandor CA IAC-18.A1.5.11Demertzi,Athena CA IAC-18.A1.2.14Demets,René CA IAC-18.A1.6.2Demidovich,Nickolas A IAC-18.D6.1.8Demin,Artem CA IAC-18.A1.4.9Demirci,Tunahan CA IAC-18.A2.7.8Demitri,Christian A IAC-18.C3.IP.2Dempster,AndrewG. CA IAC-18.C1.IP.5DENARO,ANGELO A IAC-18.D2.3.11DeNeen,Mathew CA IAC-18.B6.1.3Deng,Fan A IAC-18.D2.6.9Deng,Hui CA IAC-18.B2.8-GTS.3.2Deng,Songbo A IAC-18.C2.IP.27DengraMoya,FelipeJuan A IAC-18.C4.10.8Denis,Amandine CA IAC-18.A6.5.2Denis,Gil A IAC-18.E6.3.7Denise,Pierre CA IAC-18.A1.4.19Denk,Thorsten A IAC-18.D3.3.8Denner,Francois A IAC-18.E3.3.6Denning,Kathryn CA IAC-18.A4.2.2Dentis,Matteo A IAC-18.C1.4.9Deodhar,Akshay CA IAC-18.E2.4.10Deppner,Christian CA IAC-18.A2.1.11Derechin,AlexanderG. A IAC-18.B3.2.2Derkachev,Aleksey CA IAC-18.C4.4.11Deschamps,Lucien CA IAC-18.A3.IP.13Deshmukh,Meenakshi CA IAC-18.D1.4A.3Deshmukh,Meenakshi CA IAC-18.D1.4B.8Destic,Fabien CA IAC-18.E2.4.4Detera,BernadetteJoy A IAC-18.B3.9-GTS.2.3Determann,Benedikt A IAC-18.C4.IP.35Detrell,Gisela A IAC-18.E1.3.8Detrell,Gisela CA IAC-18.A1.7.4Detrell,Gisela A IAC-18.A1.7.6Detsis,Emmanouil A IAC-18.B3.7.5Dettmann,Nico CA IAC-18.B3.1.1Dhital,Bal CA IAC-18.E1.4.7Dhital,Bal CA IAC-18.A1.IP.40Dhital,Narayan A IAC-18.B2.4.3DiCarlo,Marilena CA IAC-18.A5.1.6DiCarlo,Marilena CA IAC-18.C1.8.5diCiaccio,Simona A IAC-18.E3.1.10DiLizia,Pierluigi CA IAC-18.A6.1.9DiLizia,Pierluigi CA IAC-18.A3.2A.7DiLizia,Pierluigi CA IAC-18.A6.2.10DiLizia,Pierluigi CA IAC-18.E2.1.7DiLizia,Pierluigi CA IAC-18.C1.6.13DiLizia,Pierluigi CA IAC-18.A6.IP.10DiLizia,Pierluigi CA IAC-18.A6.IP.41DiLizia,Pierluigi CA IAC-18.A6.7.7DiLizia,Pierluigi CA IAC-18.B4.8.5DiLizia,Pierluigi CA IAC-18.C1.9.13DiMartino,Giuseppe CA IAC-18.C2.4.4DiMartino,Giuseppe A IAC-18.C4.3.6DiPasquale,Peter CA IAC-18.B4.3.4DiPippo,Simonetta CA IAC-18.E3.1.3DiPippo,Simonetta CA IAC-18.B3.3.2DiPippo,Simonetta CA IAC-18.B1.5.2DiRoberto,Riccardo CA IAC-18.A6.IP.1

DiSalvo,Tiziana CA IAC-18.B4.2.11DiStefano,Ivan CA IAC-18.D1.IP.5DiTana,Valerio A IAC-18.B4.8.1DiVita,Gandolfo A IAC-18.C2.1.11Dian,Li CA IAC-18.B2.4.7Dian,Li CA IAC-18.B3.7.11Dias,RogerD. CA IAC-18.A1.3.5Diaz,Alejandro CA IAC-18.B3.4-B6.4.10DiazdeCerioGoenaga,Rainer CA IAC-18.A3.IP.7DiazLopez,Olga A IAC-18.D2.6.4DiazPulido,Flor CA IAC-18.B2.4.1DiazPulido,Flor CA IAC-18.B2.5.2Diedrich,Thomas CA IAC-18.A3.2A.3Diefenbach,Angelika CA IAC-18.A2.6.11Dierken,Christian CA IAC-18.C4.IP.1Dierker,Skylar CA IAC-18.D2.8-A5.4.4Dietsche,Alex CA IAC-18.D3.3.10Dietze,Claudia CA IAC-18.C1.IP.25Dietzel,Roswitha CA IAC-18.A1.4.8Dietzel,Roswitha A IAC-18.A1.4.10Diez,Eduard CA IAC-18.D2.7.8Diez,Eduard CA IAC-18.B4.5.12Diez,Hubert CA IAC-18.D1.2.6Diez,Hubert A IAC-18.E1.5.5Dinc,Ebru CA IAC-18.E2.3-GTS.4.9Ding,Dandan A IAC-18.D2.9-D6.2.7Ding,Jie CA IAC-18.B5.3.5Ding,Maxwell CA IAC-18.E1.4.7Ding,Rui A IAC-18.B2.3.7Ding,Suquan A IAC-18.B3.IP.8Dinges,David CA IAC-18.A1.1.7Dinges,David CA IAC-18.A1.2.13Dinges,David CA IAC-18.A1.4.19Dini,Luigi CA IAC-18.B1.1.11Dini,Luigi CA IAC-18.B1.2.13Dionisio,Cesare CA IAC-18.C1.3.5Diprima,Francesco A IAC-18.A6.1.8Dissanayake,Asoka CA IAC-18.B2.1.5Distante,Alessandro CA IAC-18.A1.3.10Dittus,Hansjörg CA IAC-18.B3.9-GTS.2.2Divsalar,DonyaNaz A IAC-18.E1.6.5Dixit,Devarrishi A IAC-18.A4.IP.6Dixon,Jordan A IAC-18.A1.2.19Djamane,Fawzi CA IAC-18.B4.3.5Djojodihardjo,Harijono A IAC-18.C2.3.2Djojodihardjo,Harijono A IAC-18.C4.6.9Dobrovolny,Stefan CA IAC-18.A1.4.5Dochow,Sebastian A IAC-18.B3.IP.9DODI,Daniel CA IAC-18.D5.2.6Doering,Wolfgang CA IAC-18.A1.IP.3Doermer,Manfred CA IAC-18.D3.2.12Doermer,Manfred CA IAC-18.D3.IP.2Dohkojima,Tomokazu A IAC-18.A2.7.7Doki,Shotaro CA IAC-18.A1.1.6DoladoPerez,JuanCarlos CA IAC-18.A6.9.3Dolch,Michael CA IAC-18.A1.3.20Doldirina,Catherine A IAC-18.E7.3.2Doldirina,Catherine A IAC-18.A6.8.2Dolmans,Sharon CA IAC-18.D5.2.8Dombrovsky,Leonid CA IAC-18.C2.7.4Dominoni,Annalisa A IAC-18.E1.7.10Domjahn,Karl A IAC-18.C2.1.12Domínguez,Raúl CA IAC-18.D1.2.7Domínguez,RosaMaría CA IAC-18.B4.2.2Domínguez,RosaMaría CA IAC-18.C4.6.4Donati,Alessandro CA IAC-18.A1.6.5Donati,Alessandro CA IAC-18.B3.6-A5.3.3Dong,Shihan CA IAC-18.D2.8-A5.4.11Dong,Wenbo CA IAC-18.D1.3.8Dong,YAO CA IAC-18.C4.IP.40Dong,YAO CA IAC-18.C4.IP.56Donitz,Benjamin CA IAC-18.E2.3-GTS.4.6Donner,Amanda A IAC-18.B4.3.4Doornink,Jan A IAC-18.B1.3.1Doppelmayr,Michael CA IAC-18.A1.4.20


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POSIUMTECHNICAL


INDEX

Dorji,Cheki A IAC-18.E5.4.7Dorrington,Scott A IAC-18.D4.5.15dosReisRaimundi,Lucas CA IAC-18.D1.IP.12DosSantos,WalterAbrahão A IAC-18.E1.8.1DosSantos,WalterAbrahão A IAC-18.E2.4.9Dotsenko,Oleg A IAC-18.C2.6.7Doubek,Jiri A IAC-18.B2.IP.16Doucet,Gilles A IAC-18.E7.7-B3.8.8Doucette,Peter A IAC-18.B1.2.10Doucette,Peter A IAC-18.B1.4.5Dougherty,Kerrie A IAC-18.E5.5.5Dougherty,Kerrie A IAC-18.E4.3B.11Dousset,Vincent CA IAC-18.A1.2.14Doyle,Thomas CA IAC-18.A1.3.5Dragoni,Matteo CA IAC-18.D4.1.8Dragoni,Matteo CA IAC-18.A5.1.5Dragoni,Matteo CA IAC-18.B4.7.9Drake,Bret CA IAC-18.A3.1.3Drake,Bret CA IAC-18.D1.1.5Drass,Holger CA IAC-18.E1.IP.21Drescher,Uwe CA IAC-18.A1.2.7Drescher,Uwe CA IAC-18.A1.2.8Dreus,Andrii CA IAC-18.A6.IP.39Dreyer,Michael A IAC-18.A2.3.1Dreyer,Michael CA IAC-18.A2.3.2Driebe,Thomas CA IAC-18.A2.7.18Driedger,Matthew CA IAC-18.A1.6.6Drimaco,Daniela CA IAC-18.A6.1.8Drimaco,Daniela CA IAC-18.B5.1.7Drimaco,Daniela CA IAC-18.B6.3.9Drimaco,Daniela CA IAC-18.B1.IP.36Drimaco,Daniela CA IAC-18.A7.3.1Drimaco,Daniela A IAC-18.B1.4.9Drolshagen,Gerhard CA IAC-18.A6.3.5Dron,Mykola A IAC-18.A6.IP.39Dron',Mykola CA IAC-18.C4.8-B4.5A.13Drouet,Maria A IAC-18.B2.6.4Du,Hui A IAC-18.E3.1.3Du,Pengfei CA IAC-18.D2.5.8Du,Wang-Fang CA IAC-18.A2.2.10Du,Wang-Fang A IAC-18.A2.4.6duRoy,Guillaume CA IAC-18.A5.1.5Duan,Anna CA IAC-18.D2.5.11Duan,Kang A IAC-18.E7.4.12Duan,Kang A IAC-18.E7.7-B3.8.14DUAN,Li A IAC-18.A2.2.5Dubanchet,Vincent CA IAC-18.D1.3.1Dubernet,Gabriel CA IAC-18.D1.3.5Dubert,Diana CA IAC-18.B5.1.11Dubert,Diana CA IAC-18.A2.2.8Dubert,Diana CA IAC-18.A2.4.5Dubois,Fabian A IAC-18.A3.IP.23Dubois,Frank CA IAC-18.A2.4.7Dubois,Louis A IAC-18.A3.IP.19Dubois-Matra,Olivier CA IAC-18.C1.IP.3Dudukin,Alexandr CA IAC-18.A1.IP.14Dudzinska,Joanna CA IAC-18.A1.1.13Dueck,Andreas CA IAC-18.C2.1.8Dueck,Andreas CA IAC-18.D1.2.12Duerfeld,Kai CA IAC-18.E1.6.11Duesmann,Berthyl CA IAC-18.B1.1.9Duesmann,Berthyl CA IAC-18.C1.IP.25Duffard,Rene CA IAC-18.A7.3.7Duggan,Matthew A IAC-18.B3.9-GTS.2.6Duke,Richard CA IAC-18.B4.3.5Duke,Richard CA IAC-18.A6.5.2Duke,Richard CA IAC-18.C3.4.5Dumas,Guillaume CA IAC-18.A4.IP.3Dumitrescu,Adrian CA IAC-18.C2.9.3Dumke,Michael CA IAC-18.B4.6A.8Dumont,Etienne CA IAC-18.D2.4.1Dumont,Etienne CA IAC-18.D2.6.3Dumont,Etienne CA IAC-18.A3.4B.6Dunglas,Jean CA IAC-18.A3.IP.13Dunham,David A IAC-18.A5.2.2

Dunstan,Martin CA IAC-18.D1.3.4Dupas,Michel CA IAC-18.C4.10.13DUPONT,CEDRIC CA IAC-18.D2.7.8DUPONT,CEDRIC CA IAC-18.B4.5.12Dupont,Cedric A IAC-18.A6.6.1Dupont,Cedric A IAC-18.D1.4B.12Durand-Carrier,Franck CA IAC-18.D5.2.6Durand-Carrier,Franck CA IAC-18.E1.5.11Durand-Carrier,Franck CA IAC-18.D1.5.3Durand-Carrier,Franck CA IAC-18.D1.5.4Durbin,Liam CA IAC-18.D1.4A.6Durikovič,Roman CA IAC-18.A6.IP.6Durrani,DaniyalAhmad CA IAC-18.E2.3-GTS.4.5Durst,Steve A IAC-18.A3.2B.5Durst,Steve CA IAC-18.A3.2B.6Duru,AdilDeniz CA IAC-18.A1.IP.29Durán,Cintia A IAC-18.E1.IP.18Dushin,Vladislav CA IAC-18.A2.2.4Dussardier,Guillaume CA IAC-18.C2.1.11Dussy,Stephane CA IAC-18.D2.3.4DuttaChoudhury,Kaustav CA IAC-18.A1.IP.20DuttaChoudhury,Kaustav A IAC-18.A3.IP.67Duveiller,Florence A IAC-18.C1.IP.10Dwa,Manisha CA IAC-18.B2.4.3Dwa,Manisha A IAC-18.E1.5.12Dwa,Manisha CA IAC-18.A3.IP.66Dyakonov,Grigoriy CA IAC-18.C4.4.11Dyatkov,Sergey CA IAC-18.E2.4.8Dyer,Alex CA IAC-18.B1.3.10Dyer,Alex CA IAC-18.C3.4.5Dymchenko,Artem CA IAC-18.B2.3.6Dzamba,Tom CA IAC-18.A3.2B.6Dziura,Martin CA IAC-18.D4.3.7Dziura,Martin A IAC-18.B4.6B.8Díaz-Torrejón,Cesar CA IAC-18.B1.4.10Dí¬azCarrasquer,AlbertJosep CA IAC-18.E2.3-GTS.4.11Döringshoff,Klaus CA IAC-18.A2.1.7Döringshoff,Klaus CA IAC-18.A2.1.8Döringshoff,Klaus A IAC-18.A2.1.9Döringshoff,Klaus CA IAC-18.A2.3.5Dąbrowski,Adam A IAC-18.E1.IP.15D’Argento,Dennis CA IAC-18.B4.1.10

E

Name Role PaperEastwood,Jonathan CA IAC-18.A1.5.2Ebert,Florian CA IAC-18.A3.2B.10Ebert,Monica A IAC-18.A7.1.6Ebert,Monica CA IAC-18.E1.8.4Ebert,Monica CA IAC-18.E1.IP.30Ebert,Monica CA IAC-18.E1.IP.36Ebert,Monica A IAC-18.E1.9.6Ebert,Monica CA IAC-18.E8.1.2Ebright,Kayla CA IAC-18.A6.2.9Eccles,David CA IAC-18.E1.4.7Echigo,Kazuya A IAC-18.C1.IP.34Eckardt,Andreas CA IAC-18.B1.5.10Eckardt,Frank CA IAC-18.E5.2.9Ecker,Tobias CA IAC-18.D2.6.3Eckersley,Steve A IAC-18.B4.6A.1Eckert,Kerstin A IAC-18.A2.2.15Eckert,Kerstin CA IAC-18.A2.4.12Edhlund,Isabelle CA IAC-18.B3.4-B6.4.6Edmondson,Steve CA IAC-18.B4.2.2Edmondson,Steve CA IAC-18.C4.6.4Edmundson,Perry CA IAC-18.A3.2B.6Efendiev,Magomed CA IAC-18.D1.IP.3Eftenaru,Daniela-Andreea CA IAC-18.A3.IP.54Egbers,Christoph CA IAC-18.A2.4.8Egbers,Christoph CA IAC-18.A2.6.15Egbers,Christoph CA IAC-18.A2.7.18Eger,Christian A IAC-18.D2.6.10Egli,Marcel CA IAC-18.A1.8.8Egron,Elise CA IAC-18.A4.1.9

Ehresmann,Manfred CA IAC-18.E2.3-GTS.4.1Ehresmann,Manfred A IAC-18.B4.6A.12Ehresmann,Manfred CA IAC-18.A2.IP.15Ehresmann,Manfred A IAC-18.D2.IP.16Ehrpais,Hendrik CA IAC-18.B1.3.6Ehsan,Negar CA IAC-18.A7.3.8Eichler,Peter CA IAC-18.B3.2.10Eickhoff,Jens CA IAC-18.B4.3.2Eigenbrod,Christian CA IAC-18.A2.2.7Eigenbrod,Christian CA IAC-18.A2.5.1Eigenbrod,Christian A IAC-18.D5.3.10Eisenberg,Till A IAC-18.A1.3.3Eisenberg,Till CA IAC-18.A1.3.9Eisenberg,Till A IAC-18.B3.7.8Ekal,Monica CA IAC-18.D1.6.7El-Athman,Rukeia CA IAC-18.A1.4.16El-Nimri,Salem CA IAC-18.B2.1.5Elahi,Hassan A IAC-18.C2.5.3Elayaperumal,Ezhilrajan CA IAC-18.C4.5.4Eldholm,MariAmanda A IAC-18.E7.IP.9Elenin,Leonid CA IAC-18.A6.IP.8Elhussein,Amr A IAC-18.C2.1.13ELIA,Gianpaolo CA IAC-18.A5.2.11Elimelech,Avichai A IAC-18.C4.1.6Elimelech,Avichai CA IAC-18.A3.2A.5Elliott,John A IAC-18.A4.2.2Elliott,Robert A IAC-18.D5.3.8Elsaesser,Andreas CA IAC-18.A1.6.2Elsaesser,Andreas A IAC-18.A1.6.3Elsaesser,Andreas CA IAC-18.A1.6.8Elsaesser,Andreas CA IAC-18.A1.6.12Elsen,Michael A IAC-18.A2.3.5Elsen,Michael CA IAC-18.B3.9-GTS.2.10Elvezio,Carmine CA IAC-18.B3.7.6Elvis,Martin A IAC-18.E3.2.7Elvis,Martin A IAC-18.D4.5.17Emami,M.Reza CA IAC-18.A3.IP.65Emanuelsen,William CA IAC-18.D2.1.6Emelianov,Sergey CA IAC-18.E1.7.5Emley,Benjamin A IAC-18.C3.IP.13Enderle,Werner CA IAC-18.B2.5.5Endler,Stephan CA IAC-18.C2.2.4Engelhart,Daniel A IAC-18.A6.IP.40Engler,Simon A IAC-18.C3.4.7Enrico,Michael CA IAC-18.B2.7.2Enriquez,J.Emilio A IAC-18.A4.1.1Enriquez,J.Emilio CA IAC-18.A4.1.9EntrenaUtrilla,CarlosManuel CA IAC-18.D4.5.18Epenoy,Richard CA IAC-18.C1.8.5Epenoy,Richard A IAC-18.C1.8.6ERDEM,Merve CA IAC-18.E7.4.1Erhard,Markus CA IAC-18.B1.3.4Eriksen,Torkild CA IAC-18.B4.4.2Erinfolami,Funmilayo CA IAC-18.B5.2.1Erinfolami,Funmilayo CA IAC-18.E7.5.11Ernst,Florian CA IAC-18.B6.2.5EscobarAntón,Diego CA IAC-18.A6.9.9EscobariVargas,PaolaAndrea A IAC-18.B2.7.11Escudier,Benedicte CA IAC-18.E2.4.4Esnoz-Larraya,Judit CA IAC-18.D3.2.12Esnoz-Larraya,Judit CA IAC-18.D3.IP.2Esposito,Marco CA IAC-18.B4.4.7Esposito,Marco CA IAC-18.D3.3.11Esposito,Marco CA IAC-18.A3.4B.4Esser,Burkard CA IAC-18.C2.IP.1Estable,Stéphane A IAC-18.A6.6.10Esteves,David CA IAC-18.A3.3B.7Esther,Elizabeth A IAC-18.B4.5.15EstébanezCamarena,Mónica A IAC-18.B4.4.11EstébanezCamarena,Mónica A IAC-18.B2.IP.20EstébanezCamarena,Mónica CA IAC-18.C1.IP.20Ettori,Marc-Julien CA IAC-18.A2.1.4Eugeni,Marco CA IAC-18.C2.5.3Eugeni,Marco CA IAC-18.D1.IP.5Eugeni,Marco CA IAC-18.C2.9.6

Evans,David CA IAC-18.B6.1.6EVELLIN,Pierre CA IAC-18.E6.2.3EVELLIN,Pierre A IAC-18.C4.7-C3.5.2Evetts,Simon CA IAC-18.B3.2.11Evetts,Simon CA IAC-18.D2.9-D6.2.4Ewald,Reinhold CA IAC-18.A5.IP.6Ewald,Reinhold CA IAC-18.A1.7.4Ewald,Reinhold CA IAC-18.A1.7.6Ewald,Reinhold A IAC-18.E3.6.1Exarchou,Georgia-Eleni A IAC-18.E7.IP.18Ezdakova,Mariia CA IAC-18.A1.8.11

F

Name Role PaperFabbri,Anna CA IAC-18.A3.5.4Faber,Daniel CA IAC-18.A3.4B.3Faber,Weston CA IAC-18.A6.9.4Faber,Weston CA IAC-18.A6.IP.9Fabisch,Alexander CA IAC-18.D1.2.7Fabozzi,Fabio CA IAC-18.A7.2.6Fabozzi,Fabio CA IAC-18.E5.4.6Fabregua,Josian CA IAC-18.B1.1.12Fabrizi,Andrea CA IAC-18.C1.5.5Fabrizi,Andrea CA IAC-18.C1.5.10Facchinetti,Claudia CA IAC-18.B1.2.13Facciol,Kristen A IAC-18.B3.1.3Facciolati,Luca CA IAC-18.A2.6.1Fadairo,Adebayo CA IAC-18.B1.IP.15Faddoul,Antoine A IAC-18.D4.1.16Faddoul,Antoine A IAC-18.A3.IP.26Fagbemiro,OlayinkaAbiodun A IAC-18.E1.IP.6Fahad,AyeshaKosar CA IAC-18.B2.3.10Fairburn,Sue A IAC-18.E1.9.14Falci,Giuseppe CA IAC-18.A4.1.6Falconi,Andrea A IAC-18.C3.3.1Faleg,Francesco CA IAC-18.C3.4.4Falke,Prasad A IAC-18.B2.6.2Falvella,MariaCristina CA IAC-18.E7.IP.20Familiari,Giuseppe CA IAC-18.C2.IP.19Familiari,Giuseppe CA IAC-18.C2.8.1Fan,Taoying CA IAC-18.D1.1.7Fan,Yesen CA IAC-18.C2.2.3Fang,Fang CA IAC-18.B3.9-GTS.2.9Fang,Hong CA IAC-18.A3.5.8Fang,Hongzheng CA IAC-18.D5.1.7Fang,Hongzheng CA IAC-18.D1.4A.10Fang,Hongzheng CA IAC-18.B1.IP.1Fang,Hongzheng CA IAC-18.B2.IP.12Fang,Yonggang CA IAC-18.C2.2.3Fani,Renato CA IAC-18.A1.6.3Fantino,Elena A IAC-18.C1.1.7Faragalli,Michele CA IAC-18.A3.2B.9Farahvashi,Esfandiar CA IAC-18.A6.3.9Faraji,Farbod CA IAC-18.C4.4.8Faraud,Moreno CA IAC-18.C2.1.11Farid,Ahmed A IAC-18.B4.1.10FariñasÁlvarez,Noelia CA IAC-18.A5.1.5Farres,Ariadna CA IAC-18.C1.2.3Farres,Ariadna A IAC-18.C1.9.3Farres,Ariadna CA IAC-18.C1.9.5Farres,Jordi CA IAC-18.B1.4.7FartoPereira,Rutilene CA IAC-18.D1.IP.12Fasano,Giancarmine CA IAC-18.C1.3.5Fasano,Giancarmine CA IAC-18.A6.5.8Fasano,Giancarmine A IAC-18.B4.7.11Fasano,Luca CA IAC-18.B1.2.13Fasoulas,Stefanos CA IAC-18.B4.2.2Fasoulas,Stefanos CA IAC-18.E1.3.8Fasoulas,Stefanos CA IAC-18.B4.6A.12Fasoulas,Stefanos CA IAC-18.C4.6.4Fasoulas,Stefanos CA IAC-18.A1.7.4Fasoulas,Stefanos CA IAC-18.A1.7.6Fatek,Joanna CA IAC-18.A1.4.9Fateri,Miranda CA IAC-18.E5.1.6


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INDEX

Fateri,Miranda CA IAC-18.A3.IP.40Fateri,Miranda A IAC-18.A3.2C.3Fateri,Miranda CA IAC-18.A3.2C.4Fateri,Miranda CA IAC-18.A3.2C.8Fattinger,Sara CA IAC-18.A1.IP.34Faure,Joel CA IAC-18.B2.8-GTS.3.1Faure,Olivier A IAC-18.B3.9-GTS.2.7Faure,Pauline CA IAC-18.E5.4.7FAVALORO,NUNZIA A IAC-18.A5.2.11Favier,Jean-Jacques CA IAC-18.D3.2.6Favier,Jean-Jacques CA IAC-18.D4.5.6FAYOSE,RUFUSSOLA A IAC-18.B2.IP.4Fecht,Hans A IAC-18.A2.6.12Fecht,Hans CA IAC-18.A2.6.13Federici,Lorenzo CA IAC-18.D1.IP.5Federico,Giulia CA IAC-18.E1.6.4Fedorov,Igor CA IAC-18.B4.6B.3Feehan,David CA IAC-18.D1.1.6Feetham,Luke CA IAC-18.B2.IP.20Feetham,Luke CA IAC-18.C1.IP.20Fehr,Alexander A IAC-18.B6.2.8Fei,SUN CA IAC-18.B4.6B.2Fei,Zhang CA IAC-18.D2.IP.8Feiner,Steven CA IAC-18.B3.7.6Feldstein,Valery CA IAC-18.A6.3.10Feldstein,Valery CA IAC-18.C2.6.1Felli,Ferdinando CA IAC-18.C2.8.13Fellous,Jean-Louis A IAC-18.E4.1.3Fellous,Jean-Louis CA IAC-18.A3.5.11Fellowes,Simon CA IAC-18.B4.3.5Fellowes,Simon CA IAC-18.A6.5.1Fellowes,Simon CA IAC-18.A6.5.2Fellowes,Simon CA IAC-18.C3.4.5Fellows,Abigail CA IAC-18.A1.2.28Felsenberg,Dieter CA IAC-18.A1.2.25Felsenberg,Dieter CA IAC-18.A1.4.2Felsenberg,Dieter CA IAC-18.A1.4.8Felsenberg,Dieter CA IAC-18.A1.4.10Felsenberg,Dieter CA IAC-18.A1.4.15Felsner,Sandra CA IAC-18.A1.8.4Feltrin,Francesco CA IAC-18.A6.3.9FENG,DAN CA IAC-18.D1.3.12FENG,DAN CA IAC-18.B6.IP.2Feng,Fan A IAC-18.B1.IP.12FENG,FEI A IAC-18.A6.IP.46FENG,JIE A IAC-18.C4.4.13Feng,Jinglang CA IAC-18.D2.3.9Feng,LouisWei-yu A IAC-18.A6.5.10Feng,Yu CA IAC-18.C4.IP.7Feng,Yu A IAC-18.C4.IP.23Fenili,André CA IAC-18.C2.3.7Feretti,Luigina CA IAC-18.D4.2.12Ferguson,Chrisopher A IAC-18.B3.2.1Fernandes,George CA IAC-18.C2.7.7Fernandes,Jorge CA IAC-18.A1.6.11Fernandez,MiguelAngel A IAC-18.B2.2.3FernandezGarcia,Carolina CA IAC-18.E6.2.9FernandezHernandez,Ignacio A IAC-18.B2.4.1FernandezHernandez,Ignacio A IAC-18.B2.5.2Fernandez-Saldivar,Juan CA IAC-18.B4.4.3Fernie,David CA IAC-18.B4.4.6FernándezIbarz,JoséMaría CA IAC-18.D1.2.1Feroci,Marco CA IAC-18.B4.2.11Feron,Jean-Brieuc CA IAC-18.E1.6.3Ferra,Lionel CA IAC-18.B3.6-A5.3.8Ferrando,Emanuele CA IAC-18.C3.4.4Ferrari,Andrea CA IAC-18.C2.8.5Ferrari,Gabriele CA IAC-18.D1.4A.12Ferrari,Gabriele CA IAC-18.D1.4A.12Ferraro,Serena CA IAC-18.B4.2.7Ferrato,Eugenio CA IAC-18.C4.4.8Ferraz,Marta A IAC-18.A2.5.10Ferrazzani,Marco A IAC-18.E7.1.1Ferrazzini,Luca CA IAC-18.D3.3.10Ferreira,Alessandra A IAC-18.D4.IP.6

Ferreira,Edmundo CA IAC-18.A2.5.10FERREIRA,Eugenio CA IAC-18.A6.6.10Ferreira,José CA IAC-18.A6.4.9Ferreira,José A IAC-18.A6.IP.37Ferreira,João A IAC-18.A3.3B.7Ferreira,Luís CA IAC-18.A6.1.7Ferretti,Stefano CA IAC-18.D4.2.12Ferretti,Stefano A IAC-18.B5.2.1Ferretti,Stefano A IAC-18.D3.4.10Ferretto,Davide CA IAC-18.D1.4A.12Ferri,Antonella CA IAC-18.A3.1.10Ferrier,Pierric A IAC-18.B1.1.4Ferro,CarloGiovanni A IAC-18.C2.8.10Ferro,CarloGiovanni CA IAC-18.C2.9.8Fessl,Jan A IAC-18.C4.5.10Fessl,Jan CA IAC-18.C4.IP.38Fetter,Viktor CA IAC-18.A1.3.3Fetter,Viktor CA IAC-18.A1.3.20Fetter,Viktor A IAC-18.A1.6.11Fetter,Viktor CA IAC-18.A2.IP.5Fetter,Viktor CA IAC-18.A1.7.8Fey,Görschwin CA IAC-18.D1.1.1Feyen,Anja CA IAC-18.A1.7.3Fiebig,Uwe-Carsten CA IAC-18.A3.2A.8Fiedler,Hauke A IAC-18.A6.1.6Fiedler,Hauke CA IAC-18.A6.3.5Fiedler,Hauke CA IAC-18.A6.9.7Fietze,Ingo CA IAC-18.A1.4.9Filice,Valerio CA IAC-18.D1.IP.5Filippi,Gianluca A IAC-18.D1.4B.11Filippi,Matteo CA IAC-18.C2.2.10Filosa,Andrea CA IAC-18.A3.2C.6Finke,Felix A IAC-18.A2.1.3Finogenov,Sergey A IAC-18.C4.7-C3.5.8Finozzi,Antonio CA IAC-18.A6.3.7Fiore,Fabrizio CA IAC-18.B4.2.11Fiori,Carlo CA IAC-18.B4.8.1Fiorini,Paolo CA IAC-18.A3.IP.16Firsyuk,Sergey CA IAC-18.D1.IP.24Fisackerly,Richard CA IAC-18.A3.2B.2Fischer,Henning CA IAC-18.A7.3.3Fischer,Julian CA IAC-18.D3.1.3Fischer,Julian CA IAC-18.E1.4.2Fischer,PhilippM. A IAC-18.D1.4B.8Fischer,Sebastian CA IAC-18.B1.2.8Fischer,Ulrich CA IAC-18.D2.7.5Fittock,Mark CA IAC-18.B3.9-GTS.2.10Fittock,Mark CA IAC-18.A7.IP.2Fittock,Mark A IAC-18.A6.6.2Flad,Michael CA IAC-18.A3.2A.8Flegel,SvenKevin CA IAC-18.A6.2.6Fleischer,Heidi CA IAC-18.A2.7.13Fleischer,Louise CA IAC-18.B3.9-GTS.2.1Fleith,Patrick CA IAC-18.D4.5.3Fleming,Douglas CA IAC-18.A5.1.6Flentje,Warren A IAC-18.D4.2.2Flentje,Warren A IAC-18.E3.3.1Flohrer,Tim CA IAC-18.A6.IP.6Flohrer,Tim CA IAC-18.A6.IP.34Florczuk,Wojciech CA IAC-18.D2.9-D6.2.11Flores,Jorge CA IAC-18.B2.4.5Flores,Roberto CA IAC-18.C1.1.7FloresCastillo,PedroMario CA IAC-18.E1.IP.7FloresPozo,Kattia A IAC-18.B6.2.1Florin,Gunnar CA IAC-18.D2.2.5Florin,Gunnar CA IAC-18.A2.5.9Florin,Gunnar CA IAC-18.D2.6.7Flögel,Sascha CA IAC-18.A3.2A.8FogliaManzillo,Pierluigi CA IAC-18.B4.4.7FogliaManzillo,Pierluigi A IAC-18.A3.4B.4Foing,Bernard A IAC-18.A3.2B.1Foing,Bernard A IAC-18.E5.3.8Foing,Bernard A IAC-18.A3.3B.3Foing,Bernard A IAC-18.A5.1.7Foing,Bernard CA IAC-18.A1.6.8

Foing,Bernard CA IAC-18.A3.IP.69Foing,Bernard CA IAC-18.E5.IP.4Foing,Bernard A IAC-18.B3.6-A5.3.10Foing,Bernard A IAC-18.E1.9.2Foing,Bernard CA IAC-18.A3.2C.8Folta,DavidC. CA IAC-18.C1.8.9Folta,DavidC. CA IAC-18.C1.9.1Folta,DavidC. CA IAC-18.C1.9.3Folta,DavidC. CA IAC-18.C1.9.5Fomina,Elena CA IAC-18.A1.2.7Fomina,Elena A IAC-18.A1.2.9Fomina,Elena CA IAC-18.A1.IP.13Fonod,Robert A IAC-18.C1.3.11Fonod,Robert CA IAC-18.B4.6B.5FonsecaNaranjo,GeinerGustavo CA IAC-18.B4.4.5Forbes,James CA IAC-18.B4.2.9Forbes-Spyratos,Sholto CA IAC-18.D2.4.4Fordham,Bart CA IAC-18.B4.6A.3Foreman,Veronica A IAC-18.B1.1.2Forest,Julien CA IAC-18.D1.IP.8Forgan,Duncan CA IAC-18.A4.2.1Fornarelli,David CA IAC-18.C1.IP.29Forsberg,Li A IAC-18.C4.3.8Forshaw,Jason CA IAC-18.A6.8.6Forsman,Alec A IAC-18.A3.IP.18Forster,Harry CA IAC-18.B1.3.1Forsythe,Tony CA IAC-18.D5.2.6Forsythe,Tony CA IAC-18.E1.5.11Fortin,Clement CA IAC-18.E1.4.3Fortov,Vladimir CA IAC-18.A2.6.3Fortunato,Vito CA IAC-18.A6.1.8Fortunato,Vito CA IAC-18.A7.3.1Fotopoulos,Dimitris CA IAC-18.A1.3.11Fournier,Roxanne CA IAC-18.A1.7.18Foust,Rebecca A IAC-18.C1.6.3Fraenz,Markus CA IAC-18.A7.3.3Fragiacomo,Manrico CA IAC-18.C4.5.7FragosoTrigo,Guilherme CA IAC-18.D2.5.9FRANC,Julien CA IAC-18.D2.5.3Franceschetti,Paola CA IAC-18.B6.3.5Franceschetti,Paola CA IAC-18.B6.3.6Francesconi,Alessandro CA IAC-18.A6.2.10Francesconi,Alessandro CA IAC-18.A6.4.6Francesconi,Alessandro CA IAC-18.A6.3.7Francesconi,Alessandro A IAC-18.A6.3.9Francesconi,Alessandro CA IAC-18.A6.IP.19FRANCESCONI,DANIELE CA IAC-18.D2.3.11FRANCESCONI,DANIELE CA IAC-18.D2.3.11FRANCESCONI,DANIELE CA IAC-18.D2.3.11Franchi,Loris CA IAC-18.B4.6B.13Frank,Frieder CA IAC-18.E2.3-GTS.4.1Frank,RobinJ. A IAC-18.E5.3.7Frantzidi,Christos CA IAC-18.A1.3.11Frantzidi,Christos CA IAC-18.A1.3.12Frantzidi,Christos A IAC-18.A1.3.13Frantzidi,Christos CA IAC-18.A1.3.14Franz,Tobias CA IAC-18.A2.5.6Franzese,Vittorio CA IAC-18.A3.2A.7Franzese,Vittorio A IAC-18.C1.6.13Franzese,Vittorio CA IAC-18.B4.8.5Franzoni,Felipe A IAC-18.C2.1.3Fratini,Simone CA IAC-18.B3.6-A5.3.3Fray,Sebastian CA IAC-18.B1.3.4Frayling,Alyssa A IAC-18.E3.3.7Freeland,Steven CA IAC-18.E7.4.2Freeman,Anthony A IAC-18.D4.IP.5Freeman,Marsha A IAC-18.E4.1.7Freimann,Andreas CA IAC-18.B2.6.8French,Andrew CA IAC-18.C1.9.8Frese,Walter A IAC-18.B2.2.1Freund,Raphael CA IAC-18.A3.2B.11Frey,Stefan A IAC-18.A6.10-C1.7.8Frezza,Lorenzo CA IAC-18.B4.1.8Frezza,Lorenzo CA IAC-18.A6.10-C1.7.9Frezza,Lorenzo CA IAC-18.B4.6B.10

Friedl,Michael CA IAC-18.E7.5.17Friend,Jonathan CA IAC-18.A3.2A.10Friend,Jonathan CA IAC-18.B4.5.13Frigeri,Alessandro CA IAC-18.A3.IP.51Frioult,Marcy CA IAC-18.A1.7.3Frischauf,Norbert A IAC-18.B2.5.7Fritsch,Dieter CA IAC-18.B4.3.8Fritzsche,Barbara CA IAC-18.A2.2.15Fritzsche,Barbara A IAC-18.A2.4.12Froböse,Linus CA IAC-18.C3.3.7Froehlich,LL.M.,MAS,Annette CA IAC-18.E7.1.10Froehlich,LL.M.,MAS,Annette A IAC-18.E3.4.5Froehlich,LL.M.,MAS,Annette A IAC-18.E7.4.8Froitzheim,Andreas CA IAC-18.A2.7.18Frolov,Kirill CA IAC-18.E2.4.8Frommelt,Marcel CA IAC-18.E2.3-GTS.4.9Frost,Anja CA IAC-18.B1.5.3Frost,Anja A IAC-18.B1.5.4Frost,Anja CA IAC-18.B1.IP.7Frost,Anja CA IAC-18.B1.IP.19Frydman,Jon CA IAC-18.A2.2.7Fu,Sheng CA IAC-18.B4.6A.7Fu,Xiaojing CA IAC-18.D1.4A.10Fu,Xiaowei A IAC-18.D1.4A.10Fuchs,Christian CA IAC-18.B3.4-B6.4.7Fuchs,Christian CA IAC-18.B6.2.10Fuchs,Jared A IAC-18.A7.3.10Fuchs,Jared A IAC-18.D2.9-D6.2.12Fuchs,Joachim CA IAC-18.D1.4B.3Fugmann,Martin CA IAC-18.B4.6A.12Fuhrmann,Thomas A IAC-18.C4.1.8Fujii,Kozo CA IAC-18.E1.3.2Fujikawa,Takahiro CA IAC-18.D2.6.2Fujita,Shinya CA IAC-18.C2.7.5Fujiwara,Masahiro CA IAC-18.C1.5.4Fukazawa,Takeyuki A IAC-18.D4.3.9Fukuda,Hiroshi CA IAC-18.D5.3.4Fukunaga,Momoko A IAC-18.C2.2.2Fukuzato,Adriana CA IAC-18.B6.2.1Fulton,JoAnna A IAC-18.C1.4.3Fumagalli,Alessandro CA IAC-18.D3.2.12Fumagalli,Alessandro CA IAC-18.A3.3B.1Fumagalli,Alessandro CA IAC-18.D3.IP.2Funabiki,Nobuhiro CA IAC-18.D3.1.2Funaki,Ikkoh CA IAC-18.C4.7-C3.5.11Funakoshi,Yusuke A IAC-18.C4.IP.8Funtova,Irina A IAC-18.A1.2.1Funtova,Irina CA IAC-18.A1.2.2Funtova,Irina CA IAC-18.A1.2.4Funtova,Irina CA IAC-18.A1.2.5Furfaro,Roberto CA IAC-18.A3.2A.7Furfaro,Roberto CA IAC-18.A5.2.2Furfaro,Roberto CA IAC-18.B4.8.5Fursova,Anastasiia A IAC-18.A3.IP.4Furumoto,Masahiro A IAC-18.A6.2.2Furuya,Hiroshi CA IAC-18.C2.2.7Furuya,Hiroshi A IAC-18.B3.7.6Fusaro,Roberta CA IAC-18.D1.4A.7Fusaro,Roberta A IAC-18.D1.4A.12Fusaro,Roberta CA IAC-18.D6.3.4Fusaro,Roberta CA IAC-18.C4.6.6Fusaro,Roberta CA IAC-18.D2.8-A5.4.7Förstner,Roger CA IAC-18.B6.3.10Förstner,Roger CA IAC-18.B2.3.2Förstner,Roger CA IAC-18.A6.6.4Fürstenau,JohannesFerdinand CA IAC-18.C1.4.2Fürstenau,JohannesFerdinand A IAC-18.E2.4.2

G

Name Role PaperG,Levin CA IAC-18.C2.IP.33G,Levin CA IAC-18.C4.IP.49G,Levin CA IAC-18.C4.10.12


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INDEX

Gabriel,DUSSOLLIER A IAC-18.C4.1.12GABRIELLI,Pierre A IAC-18.E2.3-GTS.4.3GABRIELLI,Pierre A IAC-18.D5.1.4Gadde,Nirmal CA IAC-18.B4.8.6Gagliardi,Marina A IAC-18.E7.2.2Gagnon,Eric CA IAC-18.A3.2B.6Gaidis,Alexander CA IAC-18.A5.1.9Gairiseb,Alexander A IAC-18.E7.1.10Galambos,Mate CA IAC-18.B2.8-GTS.3.5Galand,Quentin A IAC-18.A2.3.10Galano,Damien CA IAC-18.D1.2.1Galano,Damien CA IAC-18.A7.3.2Galarreta,Daniel A IAC-18.D5.2.3Galbiati,Claudio A IAC-18.B6.3.8Galica,Carol CA IAC-18.E1.7.1Galla,Daniel A IAC-18.C2.4.5Galoforo,Germana CA IAC-18.E1.3.6Galoforo,Germana CA IAC-18.E1.1.2Galoforo,Germana CA IAC-18.E1.2.12Gamal,Hamed CA IAC-18.E1.5.3Gamal,Hamed CA IAC-18.B2.IP.5Gamal,Hamed CA IAC-18.B3.IP.14Gamal,Hamed A IAC-18.B6.IP.5Gamal,Hamed A IAC-18.D2.IP.9Gamal,Hamed A IAC-18.D2.9-D6.2.10GAMET,Philippe CA IAC-18.B1.1.4Gamper,Eduard CA IAC-18.D6.1.9Gan,Qingzhong A IAC-18.D2.IP.8Ganapathi,Gani CA IAC-18.C4.4.1Ganatra,Devanshu A IAC-18.E3.2.10Gancet,Jeremi CA IAC-18.D1.2.7Gancheva,Desislava CA IAC-18.D3.1.8Gangale,Shalini CA IAC-18.B1.3.9Gangtie,Zheng CA IAC-18.B4.7.4Gantina,Hendra CA IAC-18.B1.1.13Ganzer,Britta CA IAC-18.A1.6.4Ganzer,Britta CA IAC-18.A1.6.7Gao,Ai CA IAC-18.D2.3.5GAO,HE CA IAC-18.C2.7.12Gao,Yuanhe CA IAC-18.D1.4A.10Gao,Yunfei CA IAC-18.C2.5.8Gao,Zhigang CA IAC-18.B2.3.11Garagnani,Giorgio CA IAC-18.E7.2.2Garbacz,Hunter CA IAC-18.E6.2.1Garbi,Giuliani CA IAC-18.D3.4.12Garcia,Antonio A IAC-18.A7.1.2Garcia,Enrique CA IAC-18.B4.6B.9Garcia,Francisco CA IAC-18.B4.5.10Garcia,Francisco A IAC-18.A2.IP.10GarciaGutierrez,Borja CA IAC-18.A3.4B.4GarciaGutierrez,FranciscodeBorja CA IAC-18.A3.4A.5GarciaHemme,Hugo CA IAC-18.A6.5.3GARCIAROJASVAZQUEZ,LUISA A IAC-18.A1.IP.35Garcia-Almiñana,Daniel CA IAC-18.B4.2.2Garcia-Almiñana,Daniel CA IAC-18.C4.6.4Garcia-Pelayo,Ricardo CA IAC-18.A6.2.10GarcíaRuíz,KarlMario CA IAC-18.C3.3.8GarcíaRuíz,KarlMario CA IAC-18.C2.6.12García-Pérez,Andrés CA IAC-18.C2.1.5Gardner,Thomas CA IAC-18.A3.IP.18Garg,Mannika A IAC-18.C3.4.12Gargano,Mark A IAC-18.E1.2.11Garman,Dave CA IAC-18.A1.3.17Garramone,Luciano CA IAC-18.B2.8-GTS.3.1Garrett,Mike A IAC-18.A4.1.3Gasbarri,Paolo CA IAC-18.C2.1.4Gasbarri,Paolo CA IAC-18.C2.2.6Gasbarri,Paolo CA IAC-18.C2.3.8Gasbarri,Paolo CA IAC-18.C2.3.9Gasbarri,Paolo CA IAC-18.C1.4.11Gasbarri,Paolo CA IAC-18.D1.6.11Gasent-Blesa,JoséLuis CA IAC-18.C2.IP.2Gashinova,Marina CA IAC-18.B1.3.10Gasquez,Oriol CA IAC-18.A3.IP.29Gast,Ulf CA IAC-18.A1.2.25

Gast,Ulf CA IAC-18.A1.4.2Gast,Ulf CA IAC-18.A1.4.8Gast,Ulf CA IAC-18.A1.4.10Gast,Ulf CA IAC-18.A1.4.15Gatens,Robyn A IAC-18.B3.3.1Gates,Michele A IAC-18.B3.1.8Gaubert,Cecile A IAC-18.E7.2.6Gaudenzi,Paolo CA IAC-18.C2.5.3Gaudenzi,Paolo CA IAC-18.D1.IP.5Gaudenzi,Paolo CA IAC-18.C2.9.6Gaudin,David CA IAC-18.E2.3-GTS.4.2Gaudin,David CA IAC-18.E2.3-GTS.4.4Gaudin,David CA IAC-18.A5.1.5Gautier,Florian CA IAC-18.E2.3-GTS.4.5Gauvrit-Ledogar,Julie CA IAC-18.D2.7.8Gavaldà,Fina CA IAC-18.B5.1.11Gavaldà,Josefina CA IAC-18.A2.2.8Gavaldà,Josefina CA IAC-18.A2.4.5Gaviraghi,Giorgio A IAC-18.D4.1.18Gaza,Ramona CA IAC-18.A1.5.10Gaza,Razvan A IAC-18.A1.5.10Gegenheimer,Stuart CA IAC-18.A6.7.6Gegeoglu,Kaan A IAC-18.C4.3.10Gegner,Jan A IAC-18.A2.6.8Gegout,Dorian CA IAC-18.A6.7.4Gehly,Steve CA IAC-18.A6.1.2Gehly,Steve A IAC-18.A6.10-C1.7.12Geier,Stephan CA IAC-18.A7.3.7Geismayr,Laura CA IAC-18.C2.IP.18Gelis,Daniel CA IAC-18.B1.1.12Genchi,GiadaGraziana A IAC-18.A2.7.9Genov,Nikolai CA IAC-18.A1.IP.22Genova,Anthony CA IAC-18.A5.2.2Genta,Giancarlo A IAC-18.A3.2A.11Genta,Giancarlo A IAC-18.A5.2.4Genta,Giancarlo CA IAC-18.D4.4.5Georgantas,KonstantinosMarios CA IAC-18.E2.3-GTS.4.11Gerakakis,Stratos A IAC-18.B5.1.7Gerardin,Simone CA IAC-18.A6.3.7Gerdom,Christopher CA IAC-18.D2.IP.12Gerecs,András CA IAC-18.A1.5.11Gerené,Sam CA IAC-18.D5.2.5Gerené,Sam A IAC-18.D1.4B.3Gerhard,Michael-Peter CA IAC-18.D1.5.4Gerlach,Darius CA IAC-18.A1.2.22Gerlach,Darius CA IAC-18.A1.2.25Gerlach,Darius CA IAC-18.A1.4.2Germain,Stephane CA IAC-18.B4.4.8Germani,Chiara CA IAC-18.B1.2.12Gerndt,Andreas CA IAC-18.A2.5.6Gerndt,Andreas CA IAC-18.D1.4B.8Gerngross,Tobias A IAC-18.D2.5.4Gerstenmaier,WilliamH. A IAC-18.B3.1.4Gerstmann,Jens CA IAC-18.C4.5.15Gerstmann,Jens A IAC-18.C4.10.5Gerth,Ingo CA IAC-18.D3.2.10Gerth,Ingo CA IAC-18.A3.3A.11Gerth,Ingo CA IAC-18.D5.3.1Gerzer,Rupert CA IAC-18.A1.IP.15Gerzer,Rupert CA IAC-18.A2.7.3Gessini,Paolo CA IAC-18.B1.5.8Ghafoor,Nadeem A IAC-18.A3.2B.6GHANA,ANU-SSTL CA IAC-18.E1.1.11GhassabianGilan,Hady A IAC-18.B3.5.6GhassabianGilan,Hady A IAC-18.A3.IP.2GhassabianGilan,Hady CA IAC-18.A3.IP.7Ghazanfarinia,Sajjad CA IAC-18.C3.1.9Ghazanfarinia,Sajjad A IAC-18.E6.1.6Ghazanfarinia,Sajjad A IAC-18.E1.8.2Ghazanfarinia,Sajjad CA IAC-18.E5.4.5Ghazanfarinia,Sajjad A IAC-18.E1.9.11Ghazanfarinia,Sajjad A IAC-18.E5.5.10Ghazanfarinia,Sajjad A IAC-18.E6.3.1Gheldof,Jelle CA IAC-18.E1.6.3Ghidini,Tommaso CA IAC-18.C2.8.7

Ghiste,Stephane CA IAC-18.B3.5.1Ghiste,Stephane CA IAC-18.B3.6-A5.3.8Ghizoni,Leonardo CA IAC-18.B4.2.2Ghizoni,Leonardo CA IAC-18.A6.6.4Ghizoni,Leonardo CA IAC-18.C4.6.4Ghose,Essna CA IAC-18.B2.3.8Ghose,Essna CA IAC-18.B2.6.3Ghosh,Avishek CA IAC-18.B3.IP.11Ghosh,Avishek A IAC-18.C2.IP.13Giacomuzzo,Cinzia CA IAC-18.A6.2.10Giacomuzzo,Cinzia CA IAC-18.A6.3.7Giacomuzzo,Cinzia CA IAC-18.A6.3.9Gianfermo,Andrea A IAC-18.E1.3.7Gianfermo,Andrea CA IAC-18.A6.10-C1.7.9Gianfermo,Andrea CA IAC-18.B4.6B.10Gianfermo,Andrea A IAC-18.B2.7.4Giannopapa,Christina CA IAC-18.E3.1.9Giannopapa,Christina CA IAC-18.D5.2.8Giannopapa,Christina CA IAC-18.B5.2.12Giannopapa,Christina CA IAC-18.E3.IP.3Giannopapa,Christina CA IAC-18.E6.IP.1Giannopapa,Christina CA IAC-18.E6.3.4Giannopapa,Christina CA IAC-18.E6.3.6Giannopapa,Christina CA IAC-18.D2.9-D6.2.5Giannopapa,Christina CA IAC-18.E7.7-B3.8.11GianottiPret,Marco CA IAC-18.A3.2C.4Giardina,Giovanni A IAC-18.D2.3.8Gibbings,Alison CA IAC-18.B1.2.12Gibbings,Alison A IAC-18.A3.3A.11Gibbings,Alison A IAC-18.A7.IP.2Gierse,Andreas A IAC-18.A2.5.1Giggenbach,Dirk CA IAC-18.B6.2.10GilFernandez,Jesus CA IAC-18.A3.4B.4Gil-Fernandez,Jesus CA IAC-18.A3.4A.5Gil-Fernandez,Jesus CA IAC-18.B6.2.11Gil-Fernandez,Jesus CA IAC-18.D1.6.10Gilbert,Chris CA IAC-18.D2.4.7Gill,Eberhard CA IAC-18.C1.3.11Gill,Eberhard A IAC-18.C1.5.1Gill,Eberhard CA IAC-18.B4.6A.5Gill,Eberhard CA IAC-18.C1.6.12Gill,Eberhard CA IAC-18.B4.6B.5Gill,Eberhard CA IAC-18.B4.7.2Gilleron,Jerome CA IAC-18.E2.3-GTS.4.9Gilleron,Jerome CA IAC-18.B3.9-GTS.2.10Gillies,Daniel CA IAC-18.D2.7.3Gilou,Sotiria CA IAC-18.A1.3.11Gilou,Sotiria CA IAC-18.A1.3.12Gilou,Sotiria CA IAC-18.A1.3.13Gimbel,Katharina CA IAC-18.A2.2.11Gimbel,Katharina CA IAC-18.A2.2.17Gingras,David CA IAC-18.B3.6-A5.3.3Giolito,Damien CA IAC-18.A3.IP.13Giordano,AlessandroM. CA IAC-18.D1.6.10Giordano,AlessandroMassimo CA IAC-18.D1.1.9Gisi,Michael A IAC-18.B3.7.4Giulietti,Fabrizio CA IAC-18.C1.3.4Giulietti,Fabrizio CA IAC-18.C1.4.5Gkivogkli,Polyxeni CA IAC-18.A1.3.11Gkivogkli,Polyxeni A IAC-18.A1.3.12Gkivogkli,Polyxeni CA IAC-18.A1.3.13Gkolias,Ioannis CA IAC-18.A6.4.6Glazkova,Natalia A IAC-18.A1.IP.15Gleeson,Emily A IAC-18.C1.IP.39Gleeson,Mark A IAC-18.E1.1.1Gloder,Alessia CA IAC-18.E2.3-GTS.4.9Glos,Martin CA IAC-18.A1.4.9Gmeiner,Heinrich CA IAC-18.A3.2A.8Gnat,Marcin CA IAC-18.B6.2.10Gobert,Thibaud CA IAC-18.E5.1.6Gobert,Thibaud CA IAC-18.D3.3.7GODENIR,Aurelien A IAC-18.B1.IP.5Godfrey,Alexander CA IAC-18.A3.3A.5Goel,Ashish CA IAC-18.B4.2.7Goel,Ena CA IAC-18.A4.IP.6

Goh,Cher-Hiang CA IAC-18.D1.3.12Goh,Cher-Hiang CA IAC-18.B6.IP.2Gohlke,Martin CA IAC-18.A2.1.7Gokhman,Ilya CA IAC-18.A1.1.4Golda,Carlo CA IAC-18.E7.3.1Goldenko,Natalia A IAC-18.A6.3.10Goldenko,Natalia A IAC-18.C2.6.1Golemis,Aris A IAC-18.E2.3-GTS.4.11Goli,Marta CA IAC-18.A7.2.6Golikov,Alexander A IAC-18.D5.1.5Golkar,Alessandro CA IAC-18.A2.7.3Gollhofer,Albert CA IAC-18.A1.2.25Gollhofer,Albert CA IAC-18.A1.4.2Gollinger,Klaus CA IAC-18.A2.1.4Gollins,Nicholas CA IAC-18.A5.1.5Gollins,Nicholas CA IAC-18.D2.8-A5.4.6Golubek,Alexandr CA IAC-18.A6.IP.39Gomet,Laurent A IAC-18.C4.3.14Gomez,Eduardo CA IAC-18.B6.IP.1Gomez,Gerard CA IAC-18.C1.1.3Gomez,Gerard CA IAC-18.C1.2.1Gomez,Gerard CA IAC-18.C1.2.10Gomez,Gerard CA IAC-18.C1.9.9GomezJenkins,Marco A IAC-18.B4.1.4GomezJenkins,Marco A IAC-18.B4.9-GTS.5.3GomezRodriguez,Carolina A IAC-18.B3.IP.13Gomez-Delrio,Andrew A IAC-18.C2.2.12Goncharov,Nikita CA IAC-18.E2.4.8Gong,Keyu CA IAC-18.C4.IP.23Gong,Zizheng CA IAC-18.A6.3.1Gong,Zizheng A IAC-18.A6.IP.23Gonzalez,Iciar A IAC-18.A2.5.8GonzalezdelAmo,Jose CA IAC-18.C4.4.6GonzalezdelAmo,Jose CA IAC-18.D2.8-A5.4.10Gonzalez-Pastor,Eduardo CA IAC-18.A1.8.17GonzalezConde,Enrique A IAC-18.E1.5.11GonzalezConde,Enrique CA IAC-18.D1.5.3Gonzalo,JuanLuis CA IAC-18.A6.2.10González,Gerardo CA IAC-18.B4.2.2González,Gerardo CA IAC-18.C4.6.4GonzálezPeytaví,Graciela CA IAC-18.B2.3.2González-Muiño,Alberto CA IAC-18.B4.2.10Gooding,David CA IAC-18.B4.6A.1Gopal,Chaitanya CA IAC-18.B2.3.8Gopal,Chaitanya A IAC-18.B2.6.3Gopalakrishnan,Preetha A IAC-18.D1.1.6Gora,Jimmy A IAC-18.B5.2.9Gorbunova,Irina CA IAC-18.C1.IP.36Gordeev,Svyatoslav A IAC-18.C4.IP.34Gordienko,Kirill CA IAC-18.A1.4.14Gordienko,Kirill A IAC-18.A1.IP.12Gordon,Karsten CA IAC-18.B4.6A.4Gordon,Kayleigh A IAC-18.E3.6.11Gordon,Keith CA IAC-18.C2.6.2Gorlier,Damien CA IAC-18.A1.2.5Gorski,Jedrzej A IAC-18.A5.2.12Gorte,Ben CA IAC-18.B4.4.7Goss,Rosalin A IAC-18.A1.5.6Goss,Rosalin A IAC-18.A1.IP.28Gossamsetti,GunaSurendra A IAC-18.D2.6.2Goswami,Nandu CA IAC-18.A1.2.23Gotzig,Ulrich A IAC-18.C4.10.1Goumeniouk,Natasha A IAC-18.A1.3.19Gourav,DaivikR CA IAC-18.E2.4.7Governale,Giuseppe CA IAC-18.D4.1.8Governale,Giuseppe CA IAC-18.A5.1.5Governale,Giuseppe CA IAC-18.E3.IP.13Govindaraj,Shashank CA IAC-18.D1.2.7Goyal,Tushar CA IAC-18.D1.2.8Grabi,Florian CA IAC-18.E2.3-GTS.4.1Graef,Peter CA IAC-18.A1.4.1Grafodatsky,OlegSergeevich CA IAC-18.A3.3A.3Grafodatsky,OlegSergeevich A IAC-18.B1.IP.18Grafodatsky,OlegSergeevich A IAC-18.D2.8-A5.4.3Grainger,Jacob CA IAC-18.D1.1.6


182 183

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XW

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MESSAGE

INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Grajeda,Genaro CA IAC-18.D3.1.6Grajeda,Genaro A IAC-18.D3.IP.6Grand-Maison,William CA IAC-18.E1.IP.23Grande,Jøran A IAC-18.E1.3.12Grande,Jøran A IAC-18.E1.8.5Grandjean,Harish CA IAC-18.B3.9-GTS.2.3Grant,Gregory CA IAC-18.B3.4-B6.4.12Grant,Helen CA IAC-18.B3.3.1Grasselli,Umberto CA IAC-18.C3.3.1Grassi,Michele CA IAC-18.C1.3.5Grassi,Michele CA IAC-18.D1.3.3Grassi,Michele CA IAC-18.A6.5.8Grassi,Michele CA IAC-18.B4.7.11GraterolNisi,Gabriel CA IAC-18.C2.9.6Grau,Sebastian CA IAC-18.E1.4.4Grau,Sebastian A IAC-18.C1.4.2Grau,Sebastian CA IAC-18.E2.4.2Graziani,Filippo A IAC-18.A6.IP.1Graziano,MariaDaniela CA IAC-18.B4.7.11Graça,David CA IAC-18.C2.9.9Grebow,Daniel CA IAC-18.C1.8.9Greco,Cristian A IAC-18.C1.8.5Greco,Tom CA IAC-18.B3.4-B6.4.11Green,Thomas A IAC-18.E7.2.9Gregori,Roberta CA IAC-18.E3.6.5Gregorio,Anna CA IAC-18.E3.3.4Greif,Jonas CA IAC-18.A7.2.6Grenouilleau,Jessica CA IAC-18.A3.1.10Grenouilleau,Jessica CA IAC-18.A2.5.10Gresser,GötzT. CA IAC-18.C2.9.1Grevers,Dorothée CA IAC-18.A1.IP.21Grevers,Dorothée CA IAC-18.A1.7.1Grewal,Simranjit A IAC-18.C2.IP.3Grey,Kent CA IAC-18.E7.2.9Grieger,Bjoern CA IAC-18.A3.4A.5Griffin,Douglas CA IAC-18.B4.6A.3Griffith,Nathan CA IAC-18.A6.7.4Grigoriadis,Karolos CA IAC-18.E1.8.3Grigorieva,Olga CA IAC-18.A1.8.13Grimm,Christian A IAC-18.A3.4B.2Grimm,Christian CA IAC-18.A3.4B.6Grimm,Daniela CA IAC-18.A1.IP.26Grimm,Daniela A IAC-18.A1.8.7Grimm,Daniela CA IAC-18.A1.8.8Grimm,Daniela CA IAC-18.A1.8.9Grimm,Daniela CA IAC-18.A2.7.11Grishin,Alexey CA IAC-18.A1.2.6Grishko,Dmitriy CA IAC-18.D1.IP.3Griva,Iliana CA IAC-18.E7.IP.18Groemer,Gernot CA IAC-18.E1.7.7Grohmann,Elisabeth CA IAC-18.A1.3.18Gros,Claudius A IAC-18.A7.1.8Gros,Claudius A IAC-18.D4.4.3Grosse,Doris CA IAC-18.B2.8-GTS.3.12Grosse,Doris A IAC-18.A6.6.3Grosse,Jens CA IAC-18.A2.1.13Grosse,Jens A IAC-18.A2.3.4Grosse,Jens CA IAC-18.A2.3.5Grosse,Jens CA IAC-18.A2.IP.7Grosser,Jan CA IAC-18.A1.3.20Grosser,Jan CA IAC-18.A2.IP.5Grosser,Jan A IAC-18.A1.7.8Großhans,Jens CA IAC-18.B6.3.3Großhans,Jens CA IAC-18.E1.4.4Großhans,Jens A IAC-18.B2.6.6Grossi,Armando A IAC-18.B4.1.8Grossi,Armando CA IAC-18.B4.6B.10Grossi,Lorenzo A IAC-18.C2.1.2Grosso,Roberto CA IAC-18.E3.3.4Grott,Matthias CA IAC-18.A3.4A.2Grott,Matthias CA IAC-18.A3.5.3Gruber,Sophie A IAC-18.E1.7.7Grubisic,Angelo CA IAC-18.B1.IP.31Grulich,Maria CA IAC-18.B3.9-GTS.2.10Grundmann,JanThimo CA IAC-18.C2.1.7

Grundmann,JanThimo CA IAC-18.A3.4A.2Grundmann,JanThimo CA IAC-18.C3.4.3Grundmann,JanThimo A IAC-18.A3.4B.6Gruntman,Mike A IAC-18.E1.4.11Gruntman,Mike A IAC-18.E4.1.8Gruntman,Mike CA IAC-18.D4.4.2Grunwald,Gerhard CA IAC-18.B3.6-A5.3.3Grunwald,Gerhard CA IAC-18.B3.6-A5.3.5Grunwald,Gerhard A IAC-18.D1.6.3Grunwald,Kira CA IAC-18.E2.3-GTS.4.1Grunwald,Kira CA IAC-18.A2.IP.15Grygorczuk,Jerzy CA IAC-18.A3.IP.37Grygorczuk,Jerzy CA IAC-18.C2.IP.6Grygorczuk,Jerzy A IAC-18.A3.5.3Grygorczuk,Jerzy CA IAC-18.A3.4B.5Grys,Szymon CA IAC-18.A5.1.6Grzesik,Benjamin A IAC-18.C3.3.7Grünefeld,Matthias CA IAC-18.B4.2.12Gscheidle,Christian CA IAC-18.B4.6B.8Gu,BonJu CA IAC-18.A3.IP.53Gu,Haoran CA IAC-18.D1.4A.5Gu,Haoran CA IAC-18.D2.8-A5.4.8Guan,Yiwen A IAC-18.C4.2.3Guardabasso,Paolo CA IAC-18.D4.1.8Guardabasso,Paolo A IAC-18.A5.1.5Guardabasso,Paolo CA IAC-18.A3.2C.4Guardabasso,Paolo CA IAC-18.D2.8-A5.4.6Guariniello,Cesare A IAC-18.D1.4A.6Guarnieri,Vincenzo CA IAC-18.B3.7.5Gubbini,Elena CA IAC-18.B3.3.12Gueho,Damien CA IAC-18.A6.9.6Guerman,Anna CA IAC-18.A3.IP.50Guerman,Anna CA IAC-18.D4.IP.3Guerra,Andre CA IAC-18.B5.2.13Guerra,André CA IAC-18.A7.2.6Guerra,Gonzalo CA IAC-18.D3.2.12Guerra,Gonzalo CA IAC-18.D3.IP.2Guerster,Markus A IAC-18.E2.3-GTS.4.9Guerster,Markus A IAC-18.B3.2.9Guery,Jean-Francois A IAC-18.C4.2.1Guethler,Mark CA IAC-18.C4.IP.4Guevara,Edgar CA IAC-18.B1.1.12Guglieri,Giorgio CA IAC-18.C1.4.9Guglieri,Giorgio CA IAC-18.D2.4.9Gugliermetti,Franco CA IAC-18.C2.8.1Gugliermetti,Luca CA IAC-18.A1.6.9Gui,Haichao A IAC-18.C1.IP.13Gui,Haichao CA IAC-18.A6.10-C1.7.3Guillon,Herve CA IAC-18.B2.2.3Guillot,Cécile A IAC-18.A1.1.9Guiso,Gaia CA IAC-18.E3.IP.1Guixing,Cao CA IAC-18.B2.1.9Gujral,Akhil A IAC-18.D2.1.6Gulab,Abdullah CA IAC-18.E2.3-GTS.4.7Gulliver,Brian A IAC-18.E1.2.10Gunga,Hanns-Christian CA IAC-18.A1.1.7Gunga,Hanns-Christian CA IAC-18.A1.1.8Gunga,Hanns-Christian A IAC-18.A1.2.10Gunga,Hanns-Christian CA IAC-18.A1.2.11Gunga,Hanns-Christian CA IAC-18.A1.2.13Gunga,Hanns-Christian CA IAC-18.A1.2.24Gunga,Hanns-Christian CA IAC-18.A1.4.4Gunga,Hanns-Christian CA IAC-18.A1.4.6Gunga,Hanns-Christian CA IAC-18.A1.4.7Gunga,Hanns-Christian CA IAC-18.A1.4.12Gunga,Hanns-Christian CA IAC-18.A1.4.19Gunga,Hanns-Christian CA IAC-18.A1.4.21Gunga,Hanns-Christian CA IAC-18.A1.IP.21Gunga,Hanns-Christian CA IAC-18.A1.IP.22Gunga,Hanns-Christian CA IAC-18.A1.7.1Guo,Aimin CA IAC-18.C2.IP.26Guo,Canlin CA IAC-18.C4.IP.37Guo,Chuanzelong CA IAC-18.D4.2.13Guo,Feng CA IAC-18.A3.3B.2Guo,Jian CA IAC-18.B4.6A.5

Guo,Jian CA IAC-18.C1.6.12Guo,Jian CA IAC-18.D3.IP.4Guo,Jian CA IAC-18.B4.6B.6Guo,Jian CA IAC-18.B4.7.2Guo,Ming CA IAC-18.D4.1.5Guo,Ming CA IAC-18.A7.3.11Guo,Xiaohua CA IAC-18.D1.5.7Guo,Yalin A IAC-18.C2.4.9Gupta,Aanchal CA IAC-18.D6.3.1Gupta,Avni CA IAC-18.A1.3.5Gupta,Chakshu A IAC-18.B6.1.3Gupta,Neeraj A IAC-18.E5.1.1Gupta,Neeraj CA IAC-18.D2.4.7Gupta,PradeepKumar CA IAC-18.B2.2.6Gupta,PradeepKumar CA IAC-18.B2.2.9Gupta,SubhamKumar CA IAC-18.E2.3-GTS.4.11Gupta,Taavishe A IAC-18.C3.4.9Gurfil,Pini CA IAC-18.B2.5.8GurgelVeras,CarlosAlberto CA IAC-18.C4.2.10Gurgurewicz,Joanna CA IAC-18.A3.IP.37Guru,Mahish CA IAC-18.A3.3B.12Gurumoorthy,Ramanathan CA IAC-18.D2.5.12Gurvits,Leonid A IAC-18.A7.2.8Gusev,Vladislav CA IAC-18.A6.IP.5Gushin,Vadim A IAC-18.A1.1.10Gushin,Vadim CA IAC-18.A1.1.11Gushin,Vadim CA IAC-18.A1.1.12Gustafsond,Eric CA IAC-18.B4.8.4Gustetic,Jennifer A IAC-18.E6.2.5Gut,Zbigniew CA IAC-18.C4.IP.9Gutierrez,Gonzalo CA IAC-18.E2.3-GTS.4.9GutierrezAhumada,JoseAngel CA IAC-18.B4.6B.11Gutman,Vera CA IAC-18.D5.IP.2Gutsch,Franz CA IAC-18.A2.1.9Guven,Ugur CA IAC-18.C3.1.3Guven,Ugur A IAC-18.D2.2.13Guven,Ugur CA IAC-18.D3.2.9Guven,Ugur CA IAC-18.A1.IP.20Guven,Ugur CA IAC-18.A3.IP.67Guven,Ugur A IAC-18.A4.IP.4Guven,Ugur CA IAC-18.A4.IP.7Guven,Ugur CA IAC-18.D3.IP.5Guven,Ugur CA IAC-18.D4.IP.1Guven,Ugur CA IAC-18.C3.4.8Guven,Ugur CA IAC-18.C3.4.9Guven,Ugur CA IAC-18.C4.6.11Guven,Ugur A IAC-18.D4.4.8Guven,Ugur A IAC-18.A4.2.6Guven,Ugur CA IAC-18.A4.2.11Guven,Ugur CA IAC-18.D4.5.12Guy,Nathaniel CA IAC-18.C1.8.12GuzmanGomez,Camilo A IAC-18.E3.1.5GuzmanGomez,Camilo A IAC-18.E5.5.9Gyawali,Prabin A IAC-18.B2.8-GTS.3.6Gybels,Dylan CA IAC-18.C2.8.3GásquezGarcía,Oriol CA IAC-18.A3.IP.23Gärtner,Thomas CA IAC-18.B4.6A.8Gómez,Celina CA IAC-18.A1.7.16Güldal,Sezin CA IAC-18.E1.IP.24Gülhan,Ali CA IAC-18.A6.2.5Gülhan,Ali A IAC-18.A3.3B.11

H

Name Role PaperHaarlammert,Thorben CA IAC-18.B2.IP.21Habbassi,Idris CA IAC-18.C4.4.9Hablani,Hari CA IAC-18.C1.4.12Habu,Hiroto CA IAC-18.D2.7.2Habu,Hiroto CA IAC-18.B4.5.2HaceneLhadj,Karim A IAC-18.D4.1.8HaceneLhadj,Karim CA IAC-18.A5.1.5HaceneLhadj,Karim CA IAC-18.D2.8-A5.4.6HaceneLhadj,Karim A IAC-18.B4.7.9Hackel,Stefan A IAC-18.B6.1.1

Hackett,John CA IAC-18.A3.2B.6Hadaegh,Fred CA IAC-18.C1.6.3Haddaji,Alissa A IAC-18.A3.5.11HadjiHossein,Shariar CA IAC-18.A6.9.8HadjiHossein,Shariar CA IAC-18.A6.IP.36Haemmerli,Bastien CA IAC-18.D2.7.6Haemmerli,Bastien CA IAC-18.D2.7.8Haeseler,Dietrich A IAC-18.C4.1.4Haeuplik-Meusburger,Sandra CA IAC-18.E1.4.10Haeuplik-Meusburger,Sandra CA IAC-18.E5.1.4Haeuplik-Meusburger,Sandra CA IAC-18.E5.1.10Haeuplik-Meusburger,Sandra A IAC-18.A1.4.18Haeuplik-Meusburger,Sandra A IAC-18.A5.1.8Hagemann,Gerald A IAC-18.C4.1.1Hagemann,Lars CA IAC-18.D2.IP.11Hagemeister,Doreen A IAC-18.E1.1.2Hagemeister,Doreen A IAC-18.E1.2.12Hagenfeldt,Miguel A IAC-18.C1.5.5Hagenfeldt,Miguel CA IAC-18.C1.5.10Haghshenas,Javad CA IAC-18.E5.4.5Hagolle,Olivier CA IAC-18.B1.1.4Hahn,Robson A IAC-18.C4.IP.46Haichuan,Yu CA IAC-18.A6.IP.38Haider,Olivia CA IAC-18.E1.7.7Haigh,Sarah CA IAC-18.B4.2.2Haigh,Sarah CA IAC-18.C4.6.4Haigneré,Claudie CA IAC-18.A3.1.5Hainaut,Jean-Philippe CA IAC-18.A1.1.9Haines,Agatha CA IAC-18.A1.3.7Haines,Sarah CA IAC-18.A2.7.13haipengchen,haipengchen CA IAC-18.D2.IP.8Haixiao,Zhuang CA IAC-18.B1.IP.1Hakamada,Shinya CA IAC-18.A2.4.11Halaburda,Dmitriy CA IAC-18.D2.4.2Halcro,Hannah CA IAC-18.B4.4.6Halcro,Hannah A IAC-18.E5.3.6Haldemann,Albert CA IAC-18.A3.3A.3Hall,Alexander CA IAC-18.A6.5.1Hall,Hunter A IAC-18.E2.3-GTS.4.6Hall,James CA IAC-18.C3.4.5Halle,Winfried CA IAC-18.A6.10-C1.7.7Halma,Rithesh CA IAC-18.E2.4.12Hamara,Michal CA IAC-18.A6.IP.6Hambuchen,Kimberly CA IAC-18.B3.6-A5.3.3Hameed,Hamza A IAC-18.E7.1.6Hameed,Hamza CA IAC-18.E7.2.4Hamel,Jean-Francois A IAC-18.A3.2A.3Hamel,Jean-Francois CA IAC-18.A7.3.2Hamilton,Patrick CA IAC-18.B2.5.1Hampe,Jens CA IAC-18.B2.5.4Hampe,Jens CA IAC-18.D6.3.3Hampe,Jens CA IAC-18.D6.3.9Hampf,Daniel A IAC-18.B6.1.8Hampp,Elias CA IAC-18.D3.3.10Han,Chao CA IAC-18.D1.4A.5Han,Dawei CA IAC-18.A6.IP.42Han,Fei CA IAC-18.B4.7.7HAN,PEI A IAC-18.A2.7.2Han,Qiuyang CA IAC-18.D2.8-A5.4.11Han,Xingsi A IAC-18.C4.9.15Hanada,Toshiya CA IAC-18.A6.2.2Hanada,Toshiya CA IAC-18.B4.9-GTS.5.1Handley,Harrison A IAC-18.E2.3-GTS.4.10Hang,Guanrong CA IAC-18.C4.IP.42Hang,Shuang A IAC-18.A4.1.8Hangai,Masatake CA IAC-18.C3.2.8Hannemann,Klaus A IAC-18.C4.9.1Hans,Michael CA IAC-18.D1.4B.1Hanson,Berenike CA IAC-18.D1.1.1Hao,Xuetao CA IAC-18.B5.3.10Hao,Zhang CA IAC-18.D2.IP.8Hara,Kentaro CA IAC-18.B4.2.9Harald,Hiesinger CA IAC-18.A3.1.10Harald,Hiesinger CA IAC-18.A3.1.12Harasymczuk,Matt CA IAC-18.E1.7.9


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INDEX

Harasymczuk,Matt CA IAC-18.A1.IP.10Harasymczuk,Matt A IAC-18.B3.IP.5Harclerode,Ken CA IAC-18.A3.4B.8Hardouin,Guillaume CA IAC-18.E2.3-GTS.4.2Hardy,Emilie CA IAC-18.A2.1.1Hargarten,Dorian A IAC-18.C4.6.12Harkness,Patrick CA IAC-18.C4.8-B4.5A.13Harnett,Erika CA IAC-18.E1.2.6Harney,Maria CA IAC-18.A1.4.3Harney,Maria CA IAC-18.E5.IP.10Harr,Jon A IAC-18.B4.4.2Harrington,Andrea CA IAC-18.D3.1.3Harrington,Andrea CA IAC-18.E1.4.2Harrington,Andrea CA IAC-18.A5.1.10Harrington,Andrea A IAC-18.D2.9-D6.2.3Harrington,Elise A IAC-18.A1.7.18Harris,Andrew CA IAC-18.C1.6.2Harris,Laurence CA IAC-18.A1.8.4Harris,Toby A IAC-18.A6.IP.14Harrison,Ian CA IAC-18.B6.3.1Harrison,Michael CA IAC-18.E1.IP.32Hartely,Tom CA IAC-18.A1.4.19Harth,Kirsten CA IAC-18.A2.2.12Hartman,Birgit A IAC-18.E1.5.2Hartman,Colleen A IAC-18.A7.1.3Hartman,Colleen CA IAC-18.D1.5.2Hartstein,Heinz CA IAC-18.A1.7.4Hartstein,Heinz CA IAC-18.A1.7.6Hartwell,William CA IAC-18.B3.1.2Hartwich,Ruediger CA IAC-18.B3.7.1Haseba,Shuichi CA IAC-18.A6.3.2Hasegawa,Koji CA IAC-18.A2.4.9Hasegawa,Koji CA IAC-18.A2.4.10Hasegawa,Toshiki A IAC-18.B3.2.7Hasenohr,Thomas CA IAC-18.B6.1.8Hashimoto,Junichi CA IAC-18.C4.2.2Hashimoto,Mikiko CA IAC-18.D4.2.8Hashimoto,Tatsuaki A IAC-18.A3.IP.9Hasome,Hiromichi CA IAC-18.A2.2.3Hassan,Abdelrahman CA IAC-18.D1.4B.3HASSIN,Jérémie CA IAC-18.D2.5.3Hatfield,Sara CA IAC-18.E1.2.6Hatton,Jason CA IAC-18.B3.3.3Haun,Peter CA IAC-18.A2.7.18Hauschildt,Jakob CA IAC-18.D5.3.10Hauslage,Jens CA IAC-18.A1.7.17Havlik,Petr CA IAC-18.E3.1.14Haw,Robert CA IAC-18.B4.8.4Hay,Craig CA IAC-18.A5.1.6HayaRamos,Rodrigo A IAC-18.D2.5.2Hayashi,Daisuke CA IAC-18.C2.5.2Haylock,Thomas A IAC-18.D1.5.1HE,Changyong A IAC-18.A6.9.2He,Falong A IAC-18.A2.2.10He,Jiang CA IAC-18.A2.2.10He,Liang CA IAC-18.B4.7.7He,Wei CA IAC-18.B2.IP.10He,Wei CA IAC-18.C1.IP.14He,Weiqiang CA IAC-18.D1.IP.18He,Weiqiang CA IAC-18.C2.8.12He,Yinyan CA IAC-18.D1.1.7He,YueLong CA IAC-18.A6.IP.38He,Zhanzhuang CA IAC-18.D4.IP.4He,Zhenzong CA IAC-18.C4.9.15Healey,Elisabeth CA IAC-18.B5.2.1Healy,Matthew A IAC-18.B3.4-B6.4.6HECHT,Ulrike CA IAC-18.A2.6.13Heckert,Blaze A IAC-18.C2.5.7Heelis,Rod CA IAC-18.B4.2.9Heffernan,Luke CA IAC-18.B2.8-GTS.3.3Heffernan,Luke A IAC-18.B2.8-GTS.3.11Hefkey,Jim A IAC-18.E1.3.1Hegde,KaiMaitreya CA IAC-18.A1.8.5Hegde,Pramoda CA IAC-18.B6.2.9Heider,Brian CA IAC-18.B1.2.8

Heilmann,Christoph CA IAC-18.B3.IP.9Heim,Craig CA IAC-18.D2.8-A5.4.4Hein,AndreasMakoto A IAC-18.D4.5.11Hein,AndreasMakoto A IAC-18.D4.5.14Heine,Frank CA IAC-18.B2.7.1Heine,Thomas CA IAC-18.B4.2.9Heinicke,Christiane CA IAC-18.B6.3.4Heinicke,Christiane CA IAC-18.A5.2.15Heinicke,Christiane A IAC-18.A5.1.14Heinicke,Christiane CA IAC-18.B3.6-A5.3.10Heinicke,Christiane A IAC-18.A3.2C.8Heintzmann,Pascal CA IAC-18.A2.6.15Heintzmann,Pascal CA IAC-18.A2.7.18Heinz,Nicolas CA IAC-18.E2.3-GTS.4.1Heißerer,Barbara CA IAC-18.B4.2.2Heißerer,Barbara CA IAC-18.C4.6.4Helbig,Olivier A IAC-18.E4.3A.3Held,Alex CA IAC-18.B4.4.12Held,Alex CA IAC-18.D4.2.2Held,Alex CA IAC-18.E3.3.1Helisch,Harald CA IAC-18.E1.3.8Helisch,Harald CA IAC-18.A1.7.4Helisch,Harald CA IAC-18.A1.7.6Hell,Mathias CA IAC-18.E2.3-GTS.4.1Hellbourg,Greg CA IAC-18.A4.1.9Hellbourg,Greg CA IAC-18.A4.1.11Hellmann,Harald A IAC-18.A7.2.7Hellmig,Ortwin CA IAC-18.A2.1.8Hellweg,Christine CA IAC-18.A1.5.7Hellweg,Christine CA IAC-18.A2.7.15Helm,Achim CA IAC-18.A2.1.4Helms,Tristan CA IAC-18.B2.8-GTS.3.1HELVACILAR,BuketHelin CA IAC-18.E1.IP.24HELVACILAR,BuketHelin A IAC-18.E1.1.14Helwig,Andreas CA IAC-18.A2.IP.5Hemmersbach,Ruth CA IAC-18.A1.8.7Hemmersbach,Ruth CA IAC-18.A2.7.11Hempsell,Mark A IAC-18.C4.7-C3.5.13Hendrick,Patrick CA IAC-18.C4.5.12Hendrick,Patrick CA IAC-18.C4.IP.17Henkel,Maximilian CA IAC-18.B2.IP.18Henn,Norbert CA IAC-18.D4.2.9Henn,Norbert CA IAC-18.A1.7.4Henn,Norbert CA IAC-18.A1.7.6Henning,Greg CA IAC-18.A6.7.6Henninger,Ashley CA IAC-18.B3.4-B6.4.6Henri,Yvon A IAC-18.E7.2.12HenriquezCamacho,Gustavo CA IAC-18.B1.1.12Henry,David CA IAC-18.D1.3.1Henry,David CA IAC-18.D1.6.10Henry,Gwenole CA IAC-18.D3.2.12Henry,Gwenole CA IAC-18.D3.IP.2Hensel,René CA IAC-18.C2.5.4Heo,Seonuk CA IAC-18.C4.IP.52Hercik,David CA IAC-18.A3.4A.2Hercik,David CA IAC-18.A3.4B.6Herd,Andrew A IAC-18.D1.5.4Herdrich,Georg CA IAC-18.C2.4.5Herdrich,Georg CA IAC-18.C2.4.8Herdrich,Georg CA IAC-18.A2.5.2Herdrich,Georg CA IAC-18.C4.6.4Herdrich,Georg CA IAC-18.C4.7-C3.5.12Herdrich,GeorgH. CA IAC-18.B4.2.2Herdrich,GeorgH. CA IAC-18.E2.3-GTS.4.1Herdrich,GeorgH. CA IAC-18.B4.6A.12Herdrich,GeorgH. CA IAC-18.A2.IP.15Herdrich,GeorgH. CA IAC-18.D2.IP.16Hermanson,Jim CA IAC-18.A2.2.7Hermosin,Pablo CA IAC-18.A3.3A.5Hermosin,Pablo CA IAC-18.C1.5.5Hermosin,Pablo A IAC-18.C1.9.2Hernandez,Marcos CA IAC-18.B4.1.4Hernandez,Marcos CA IAC-18.E2.1.5Hernandez,Matias CA IAC-18.A3.2A.3Hernandez,Stephan CA IAC-18.D3.4.5

Hernando-Ayuso,Javier CA IAC-18.D1.2.4Hernando-Ayuso,Javier CA IAC-18.C1.3.2Hernández,Juan CA IAC-18.D3.4.11HernándezPérez,BrendaPatricia CA IAC-18.A3.IP.7Herpers,Rainer A IAC-18.A1.8.4Herr,Waldemar CA IAC-18.A2.1.11Herr,Waldemar A IAC-18.A2.1.12Herranz,Raul A IAC-18.A1.8.17Herranz,Raul CA IAC-18.A2.7.17Herrmann,Nicole CA IAC-18.A5.1.1Herrmann,Sven CA IAC-18.A2.1.3Herrmann,Sven CA IAC-18.A2.1.11Herrmann,Sven CA IAC-18.A2.1.15HERSCOVITZ,Jacob CA IAC-18.B1.1.4Hertel,Victor CA IAC-18.E2.3-GTS.4.1Hertzfeld,Henry A IAC-18.E7.5.13Herzing,Denise CA IAC-18.A4.2.2Herzog,Johannes CA IAC-18.A6.1.6Herzog,Johannes A IAC-18.A6.9.7Heshani,Uthpala CA IAC-18.B3.9-GTS.2.5Hess,Larry CA IAC-18.A7.3.8Hess,MarcPeter A IAC-18.A2.1.4Hess,MarcPeter CA IAC-18.A3.2B.8Hess,MarcPeter CA IAC-18.D4.2.9Hesselbach,Sebastian CA IAC-18.A6.2.6Hestroffer,Daniel CA IAC-18.C1.2.8Hettrich,Sebastian CA IAC-18.E6.1.5Hettrich,Sebastian CA IAC-18.A1.4.3Hettrich,Sebastian CA IAC-18.A5.1.9Hettrich,Sebastian CA IAC-18.B3.6-A5.3.10Heumüller,Philipp CA IAC-18.A7.3.3Hickerson,Jeffrey CA IAC-18.D2.4.7Hild,Franziska A IAC-18.E2.3-GTS.4.1Hild,Franziska CA IAC-18.A2.IP.15Hill-Lam,Benjamin A IAC-18.C4.5.17Hillebrandt,Martin CA IAC-18.C3.4.3Hillenius,Steven CA IAC-18.B3.4-B6.4.6Hinder,Jan CA IAC-18.D3.3.10Hinkley,Jeffrey CA IAC-18.C2.6.2Hinterman,Eric A IAC-18.A5.2.9Hinze,Andreas CA IAC-18.A6.1.6Hipwell,Cristian CA IAC-18.A5.1.5Hirai,Yasuhito CA IAC-18.A1.1.6Hirako,Keiichi CA IAC-18.C3.4.6Hirasawa,Ryo CA IAC-18.D4.2.8Hirn,Attila CA IAC-18.A1.5.2Hirn,Attila A IAC-18.A1.5.11Hisadome,Yasushi CA IAC-18.B3.3.6Hitz,Emily A IAC-18.C3.3.2HjalmarHansen,Arne CA IAC-18.E1.3.12Ho,DavidLitXian CA IAC-18.E5.2.10Ho,TraMi A IAC-18.A3.4A.2Ho,TraMi CA IAC-18.A3.4B.6Hoa,Suong CA IAC-18.C2.9.7Hoban,Libby A IAC-18.B4.9-GTS.5.9Hobbie,Catherin CA IAC-18.D1.4B.7Hobbs,Stephen CA IAC-18.E2.3-GTS.4.5Hobbs,Stephen A IAC-18.B1.2.12Hobe,Stephan A IAC-18.E7.5.1Hobe,Stephan CA IAC-18.E7.5.16Hochstaetter,Jorg CA IAC-18.B3.5.1Hodam,Henryk CA IAC-18.E1.2.1Hofer,Richard CA IAC-18.C4.4.1Hofer,Stefan CA IAC-18.B2.7.10Hoffman,Jeffrey CA IAC-18.A5.2.9Hoffman,Stephen CA IAC-18.A3.1.3Hoffman,Tom CA IAC-18.A3.3A.1Hoffmann,Fabian A IAC-18.A1.2.2Hoffmann,Jörn CA IAC-18.B1.4.2Hoffmann,Lucien CA IAC-18.E1.5.8Hoffmann,Uwe A IAC-18.A1.2.7Hoffmann,Uwe CA IAC-18.A1.2.8Hofmann,Christian CA IAC-18.B2.1.1Hofmann,Mahulena A IAC-18.E7.3.12Hofmann,Sonja CA IAC-18.E2.3-GTS.4.1

Hofstadter,Mark CA IAC-18.A3.5.6Hoheneder,Waltraut CA IAC-18.E5.1.6Hoheneder,Waltraut CA IAC-18.B3.7.14Hohmann,Sören CA IAC-18.A3.2A.8Hokamoto,Shinji CA IAC-18.C1.1.9Hokamoto,Shinji CA IAC-18.C1.4.4Hokamoto,Shinji CA IAC-18.C1.6.5Holbrough,Ian CA IAC-18.A6.4.6Holley,Vincent CA IAC-18.D1.2.6Hollick,Monique A IAC-18.B4.3.7Holmes,Zachary CA IAC-18.B2.8-GTS.3.3Holmes,Zachary CA IAC-18.B2.8-GTS.3.11Holst,Rasmus A IAC-18.B4.6B.11Holtmann,Peter CA IAC-18.C4.4.5Holzbauer,Roland CA IAC-18.C2.5.4Holzinger,Marcus CA IAC-18.A6.10-C1.7.5Holzwarth,Ronald CA IAC-18.A2.1.9Holzwarth,Stefanie CA IAC-18.B1.4.2Homakova,Olga CA IAC-18.E1.4.4Homma,Yukihiro CA IAC-18.C3.2.8Hong,Ming-Yang A IAC-18.E2.1.4Hong,Ming-Yang CA IAC-18.E2.4.5Hong,Yanji CA IAC-18.C4.9.11Hong,Yanji CA IAC-18.C4.IP.15Hongbin,SHI CA IAC-18.C4.IP.56Hongxing,Zhang CA IAC-18.A2.2.10Hongyu,Chen CA IAC-18.C4.IP.36Hongyu,Chen CA IAC-18.C4.IP.37Honne,Atle CA IAC-18.B3.7.4Honold,Hans-Peter CA IAC-18.B1.2.8Hoogeveen,Ruud CA IAC-18.B1.3.1Hook,Robert A IAC-18.B1.IP.9Hooper,Jack CA IAC-18.D3.1.8Hooper,Jack A IAC-18.D2.2.8Horack,JohnM. CA IAC-18.B1.5.6Horack,JohnM. CA IAC-18.B1.5.10Horack,JohnM. CA IAC-18.B1.IP.28Horack,JohnM. CA IAC-18.C4.6.8Horack,JohnM. CA IAC-18.C4.7-C3.5.3Horack,JohnM. CA IAC-18.C4.7-C3.5.10Horack,JohnM. CA IAC-18.D2.8-A5.4.4Horack,JohnM. CA IAC-18.D2.8-A5.4.5Horack,JohnM. CA IAC-18.E3.6.11Horack,JohnM. CA IAC-18.A2.7.13Horack,JohnM. CA IAC-18.E7.7-B3.8.2Hori,Daisuke CA IAC-18.A1.1.6Hori,Keiichi CA IAC-18.C4.2.2Horikawa,Yuta CA IAC-18.C4.IP.31Hormigo,Tiago CA IAC-18.A3.3B.7Hornbostel,Klaus CA IAC-18.A3.2A.3Hornig,Andreas A IAC-18.B4.3.8Horstmann,Andre CA IAC-18.A6.2.6Horstmann,Andre CA IAC-18.A6.3.5Horstmann,Birger A IAC-18.C3.3.4Hoschke,Klaus CA IAC-18.C2.5.11Hosford,Steven CA IAC-18.B1.1.1Hoshino,Takeshi A IAC-18.A3.2A.6Hosokawa,Kazuma CA IAC-18.D3.1.2Hossein,Amin CA IAC-18.A1.2.5Hosseini,Shahrzad CA IAC-18.A3.1.10Hosseini,Shahrzad A IAC-18.B3.6-A5.3.7HosseiniAria,Enayat CA IAC-18.B4.4.7Hou,Xinbin A IAC-18.C3.1.5Houdou,Berengere CA IAC-18.A3.2B.2Hovland,Scott CA IAC-18.B3.7.1Hovland,Scott CA IAC-18.B3.7.4Howard,Diane CA IAC-18.E1.3.10Howard,Diane CA IAC-18.E1.3.10Howard,Diane CA IAC-18.D6.1.4Howard,Ryan CA IAC-18.D2.8-A5.4.4Howe,Brock A IAC-18.D3.2.3Howell,Kathleen CA IAC-18.D1.4A.6Howell,Kathleen CA IAC-18.C1.8.9Howell,Kathleen CA IAC-18.C1.9.1Howlader,Ridwan CA IAC-18.E2.3-GTS.4.7


186 187

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XW

ELCOME

MESSAGE

INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Hrnjic,Vildana CA IAC-18.C3.IP.3Hruby,Jaroslav A IAC-18.C2.8.3Hrynyk,Tyler CA IAC-18.E1.IP.1Hu,Min A IAC-18.B2.8-GTS.3.4Hu,Wenjing A IAC-18.B4.8.16Hu,Wenjing CA IAC-18.D4.4.14Huang,Arthur A IAC-18.D5.2.13Huang,Dedong A IAC-18.C2.5.8Huang,Jie CA IAC-18.A6.3.6Huang,Jie CA IAC-18.A6.IP.17Huang,Jie CA IAC-18.A6.IP.20Huang,Jie CA IAC-18.A6.IP.20Huang,Jin CA IAC-18.D1.3.7Huang,Ming-Xian A IAC-18.E2.4.5Huang,Qiang CA IAC-18.C4.IP.32Huang,Shan CA IAC-18.B2.3.8Huang,Shan A IAC-18.B5.3.8Huang,Yanhui CA IAC-18.C3.IP.10Huang,Yuping CA IAC-18.A6.6.9Huber,Camille CA IAC-18.D3.3.10Huber,Felix CA IAC-18.B6.2.10Huber,Peter CA IAC-18.A2.6.3Huber,Reto CA IAC-18.A1.IP.34Huelsmann,Maren A IAC-18.A6.10-C1.7.7Huermann,Brian CA IAC-18.B3.1.2HuertaRamírez,SofíaAndrea A IAC-18.E5.2.5Hueser,Detlev A IAC-18.B3.2.10Huesing,Jakob A IAC-18.A3.3A.6Hufenbach,Bernhard CA IAC-18.A3.1.1Hufenbach,Bernhard CA IAC-18.A3.1.10Hufenbach,Bernhard A IAC-18.B3.1.6Hufenbach,Bernhard CA IAC-18.A3.2A.10Hufenbach,Bernhard CA IAC-18.A3.2B.7Hufenbach,Bernhard CA IAC-18.B4.5.13Huggins,Callum CA IAC-18.A5.1.5Hughes,Jed CA IAC-18.E1.4.7Hughes,Joseph A IAC-18.A6.10-C1.7.6Huh,Hwanil CA IAC-18.C4.IP.43Huh,Jeongmoo A IAC-18.C4.IP.2huimin,Zhao A IAC-18.B1.IP.30Hulier,Jean-Pierre CA IAC-18.D5.2.6Hulier,Jean-Pierre CA IAC-18.D1.5.3Hulin,Thomas CA IAC-18.D1.1.9Hummel,Thomas CA IAC-18.A1.3.20Hummel,Thomas CA IAC-18.A1.6.11Hummel,Thomas CA IAC-18.A2.IP.5Hummel,Thomas CA IAC-18.A1.7.8Huneycutt,Taylor A IAC-18.D2.8-A5.4.4Hurley,Aisling CA IAC-18.D3.2.5Hurot,Thomas CA IAC-18.C4.6.3Hurowitz,Michael CA IAC-18.B4.9-GTS.5.8Hurrell,James CA IAC-18.D4.4.13Hurrell,James CA IAC-18.D4.4.14Hussain,SyedShahIrfan CA IAC-18.B2.7.6Hussein,HatemAlaa A IAC-18.A3.2C.7Hussein,Hesham CA IAC-18.A1.5.10Hussein,Islam CA IAC-18.A6.9.4Hussein,Islam CA IAC-18.A6.IP.9Hutsch,Thomas CA IAC-18.C2.8.8Hutter,Marco CA IAC-18.D3.3.10Huynh,Adelyne CA IAC-18.E1.4.7Huynh,Nancy CA IAC-18.B2.1.5Huzain,M.Farid CA IAC-18.C2.IP.25Hwang,Seolhui CA IAC-18.C2.IP.20Hwang,Susie CA IAC-18.E1.4.7Hyde,James CA IAC-18.A6.3.8HYERS,Robert CA IAC-18.A2.6.13Hyodo,Shoyo CA IAC-18.D2.2.1Hyslop,Andrew CA IAC-18.C1.IP.33Häming,Anna CA IAC-18.C2.1.8Häming,Marc A IAC-18.A3.2B.8Höffgen,Stefan CA IAC-18.C2.6.3Höffgen,Stefan CA IAC-18.D5.3.2Höflinger,Kilian CA IAC-18.B4.6A.8Höfner,Kai A IAC-18.D6.1.9

Höfner,Kai A IAC-18.D1.IP.20Hörmer,AndreasJohann CA IAC-18.B4.6B.4Hörmer,AndreasJohann CA IAC-18.B2.7.8

I

Name Role PaperIacobellis,Michele CA IAC-18.B6.3.9Iacomino,Clelia CA IAC-18.B5.2.1Iacomino,Clelia A IAC-18.E3.IP.8Iannelli,Paolo CA IAC-18.D1.IP.5Ianniello,Alessio CA IAC-18.D3.IP.7Iannitti,Stefano CA IAC-18.B2.5.1Iastrebova,Irina CA IAC-18.E2.4.8Ibitolu,Henry CA IAC-18.E1.5.7Ibitolu,Henry CA IAC-18.B1.IP.25Ibitolu,Henry A IAC-18.E1.2.2Ibrahim,Rami CA IAC-18.B2.3.8Ibrahim,Rami CA IAC-18.E5.4.9Ibrahim,SyedaAtika CA IAC-18.D1.1.6Ichimura,Kotaro CA IAC-18.C4.2.2Ichinomiya,Kento CA IAC-18.C1.9.10Ideström,Johan A IAC-18.D5.3.5Iermano,Fabio CA IAC-18.C2.8.5Ieronymaki,Maria CA IAC-18.B5.1.7Iervese,Francesco CA IAC-18.B4.8.1Ignateva,Anastasiia CA IAC-18.E2.4.8IgnjatovicStupar,Danijela A IAC-18.B2.3.3IgnjatovicStupar,Danijela CA IAC-18.A3.IP.46Iida,Teruhito CA IAC-18.A3.2C.9Iida,Tsutomu CA IAC-18.D1.3.10Iijima,Hirotaka CA IAC-18.A1.2.17Ijichi,Koichi CA IAC-18.C3.4.6Ikeda,Naruomi CA IAC-18.A5.1.6IKI,Kentaro CA IAC-18.A6.6.5ILIEV,Yasen CA IAC-18.B5.3.8Ilyin,Viacheslav A IAC-18.A1.3.6Ilyin,Viacheslav A IAC-18.A1.7.10ILZKOVITZ,MICHEL CA IAC-18.D3.2.12ILZKOVITZ,MICHEL CA IAC-18.D3.IP.2Imaki,Kazuya A IAC-18.A3.IP.29Imam,Rayan CA IAC-18.B2.8-GTS.3.12Imamura,Shunsuke A IAC-18.C1.8.1Imber,James CA IAC-18.B1.IP.19Imbert,Mariano CA IAC-18.B1.1.8Imhof,AnnaBarbara A IAC-18.E5.1.6Imhof,AnnaBarbara CA IAC-18.E1.9.4Imhof,AnnaBarbara A IAC-18.B3.7.14Imhof,Barbara CA IAC-18.D3.3.7Imhof,Barbara CA IAC-18.E1.9.14Impresario,Gabriele CA IAC-18.B3.9-GTS.2.14Imura,Takehiro CA IAC-18.C3.2.7In,JoongHyun CA IAC-18.A3.5.6Inaba,Noriyasu CA IAC-18.D1.1.4INAGAWA,Takahiro CA IAC-18.D2.7.9Inamdar,Karishma A IAC-18.E1.IP.29Inamdar,Karishma CA IAC-18.B6.2.5Inamori,Takaya CA IAC-18.E2.2.5Inamori,Takaya A IAC-18.C1.5.4Inamori,Takaya CA IAC-18.B4.8.15Inatani,Yoshifumi CA IAC-18.B4.5.2Inatani,Yoshifumi CA IAC-18.D2.5.7Inbar,Tal A IAC-18.E4.2.8Infanger,Manfred CA IAC-18.A1.IP.26Infanger,Manfred CA IAC-18.A1.8.7Infanger,Manfred CA IAC-18.A1.8.8Infanger,Manfred CA IAC-18.A1.8.9Infanger,Manfred CA IAC-18.A2.7.11Inglis,Jayden CA IAC-18.B2.8-GTS.3.3Inglis,Jayden CA IAC-18.B2.8-GTS.3.11Innes,Daniel CA IAC-18.E2.3-GTS.4.11Inoue,Fumihiro A IAC-18.D4.3.12Inoue,Koichi CA IAC-18.C4.IP.31Invigorito,Marco CA IAC-18.A5.2.11Invigorito,Marco CA IAC-18.C4.4.14

Ioas,Stephen CA IAC-18.D2.8-A5.4.4Iorio,Carlo CA IAC-18.C2.8.5Ip-Jewell,Nicholas CA IAC-18.E6.1.5Ip-Jewell,Nicholas CA IAC-18.E5.IP.10Ip-Jewell,Nicholas CA IAC-18.E6.IP.4Ip-Jewell,Susan A IAC-18.E6.1.5Ip-Jewell,Susan CA IAC-18.A1.4.3Ip-Jewell,Susan CA IAC-18.E6.IP.4Irimies,David CA IAC-18.B3.1.8Irvine,Stuart CA IAC-18.C3.4.5Isaeva,Olga CA IAC-18.A1.2.3IsasiParache,Yago CA IAC-18.B5.2.6Ishikawa,Yoji A IAC-18.D4.3.3Ishikawa,Yoji CA IAC-18.D4.3.10Ishikita,Naoyuki CA IAC-18.A1.4.3Isvoranu,Dragos CA IAC-18.C4.9.12Ito,Akira CA IAC-18.A1.2.17Ito,Atsuyo A IAC-18.E7.3.8Ito,Takahiro A IAC-18.D2.7.2Ito,Takahiro CA IAC-18.B4.5.2Ito,Takashi CA IAC-18.D2.5.7Itogawa,Elisa A IAC-18.D1.IP.12Ivanov,Alexey CA IAC-18.A3.3A.3Ivanov,Anton CA IAC-18.A3.2A.7Ivanov,Anton CA IAC-18.E1.4.3Ivanov,Anton CA IAC-18.A5.2.7Ivanov,Anton CA IAC-18.A7.2.6Ivanov,Anton CA IAC-18.B5.2.10Ivanov,Anton CA IAC-18.A3.IP.44Ivanov,Anton CA IAC-18.B4.8.5Ivanov,Anton CA IAC-18.D4.5.5Ivanov,Danil CA IAC-18.B4.6B.3Ivanov,Danil A IAC-18.B4.7.6Ivanova,Alexandra CA IAC-18.D1.1.6Ivanova,Olga CA IAC-18.A1.5.11Iwakura,Sadao CA IAC-18.B4.5.2Iwasa,Takashi A IAC-18.C2.2.1Iwase,Satoshi A IAC-18.A1.2.16Iwase,Satoshi A IAC-18.A1.3.1Iwase,Satoshi CA IAC-18.A1.3.2Iwata,Minoru CA IAC-18.D5.3.4Iyomasa,Kazuhiro CA IAC-18.C3.2.8Izmailov,Igor CA IAC-18.A6.IP.8Izotova,Anastasia CA IAC-18.E5.3.8Izotova,Anastasia CA IAC-18.E5.IP.4Izquierdo,Pablo CA IAC-18.B5.2.13Izzo,Dario CA IAC-18.C1.1.2Izzo,LuigiGennaro CA IAC-18.E1.3.6Izzo,LuigiGennaro A IAC-18.A1.7.16

J

Name Role PaperJ,Jayaprakash CA IAC-18.C2.IP.33J,PaulMurugan A IAC-18.C2.IP.33J.A.,GonzalesdelAmo CA IAC-18.C4.8-B4.5A.7Jackson,David CA IAC-18.B4.2.9Jackson,Kathryn CA IAC-18.B4.2.7Jackson,PearlMary CA IAC-18.C2.7.1Jacobs,Thomas CA IAC-18.B2.IP.21Jacobsen,Sven CA IAC-18.B1.5.3Jacobsen,Sven CA IAC-18.B1.5.4Jacobsen,Sven A IAC-18.B1.IP.7Jacobson,David CA IAC-18.C4.4.1Jacquinot,Kevin CA IAC-18.A3.2A.7Jacquinot,Kevin CA IAC-18.B4.8.5Jah,Moriba CA IAC-18.A6.9.4Jah,Moriba CA IAC-18.A6.IP.9Jah,Moriba CA IAC-18.A6.10-C1.7.2Jahnke,Rico CA IAC-18.A3.4B.6Jahnke,StephanSiegfried CA IAC-18.B3.9-GTS.2.2Jahnke,StephanSiegfried A IAC-18.D1.4A.3Jahnke,StephanSiegfried CA IAC-18.D1.IP.13Jaime,Andrea CA IAC-18.A3.2A.9Jaime,Andrea CA IAC-18.B1.2.8

Jaime,Andrea CA IAC-18.D2.4.7Jaime,Andrea CA IAC-18.B1.IP.9Jaime,Andrea CA IAC-18.B3.7.4Jain,Gaargi CA IAC-18.A5.1.5Jain,Gaargi CA IAC-18.E3.IP.13Jain,Kunal A IAC-18.A6.IP.26Jain,Minal CA IAC-18.A2.4.3Jain,Mridul CA IAC-18.D4.IP.1Jain,Mridul A IAC-18.C4.6.11Jain,Rutwik A IAC-18.D1.2.8Jakab,Dorottya CA IAC-18.A1.5.11Jakhu,RamS. A IAC-18.E7.4.2Jakob,Deller CA IAC-18.B4.8.9JALBERT,Nicolas CA IAC-18.C4.7-C3.5.2James,Adrian A IAC-18.E1.7.14Jamieson,Jonathan CA IAC-18.A5.1.6Jan,Monica CA IAC-18.D2.7.4JanardhananNair,Jayaprakash CA IAC-18.C4.IP.5Jangid,Sandeep CA IAC-18.A4.IP.6Jangid,Sandeep CA IAC-18.D4.IP.9Jangid,Sandeep CA IAC-18.C3.4.9Janiak,Kamil CA IAC-18.A1.7.13Jankovic,Marko CA IAC-18.D3.2.12Jankovic,Marko CA IAC-18.D3.IP.2Jankovic,Marko CA IAC-18.D1.6.5Janoth,Jürgen CA IAC-18.B1.IP.35Janzer,Katja A IAC-18.C2.7.11Jaret,Steven CA IAC-18.A3.2C.8Jarosz,Wojciech CA IAC-18.A1.1.13Jarosz,Wojciech CA IAC-18.A1.7.12Jarzynka,Stanisław CA IAC-18.C2.IP.6Jaschinski,Neil CA IAC-18.B3.IP.3Jaschinski,Neil CA IAC-18.A2.6.14Jason,Susan CA IAC-18.A3.2A.10Jason,Susan CA IAC-18.B4.5.13Jaturut,Seksan CA IAC-18.B6.1.2Jaumann,Manfred CA IAC-18.A3.2B.8Jaumann,Ralf CA IAC-18.A3.4A.2Jauß,Thomas CA IAC-18.A2.2.17Jaworski,Jaroslaw CA IAC-18.D1.6.10JAYAKUMAR,E CA IAC-18.C4.IP.24Jayamani,Krishnajith CA IAC-18.C4.IP.24Jayaprakash,J CA IAC-18.C4.IP.10JC,Pisharady CA IAC-18.C4.5.9JC,Pisharady CA IAC-18.C4.10.2JC,Pisharady CA IAC-18.C4.10.6Jean,Isabelle A IAC-18.C1.2.2Jean-St-Laurent,Mathilde A IAC-18.C2.6.4JEANTY-RUARD,Benjamin CA IAC-18.D1.IP.8Jegou,Roger CA IAC-18.D1.5.3Jenkin,AlanB. A IAC-18.A6.4.3Jenkin,AlanB. CA IAC-18.A6.7.6Jenkin,Michael CA IAC-18.A1.8.4Jensen,Morten CA IAC-18.B2.7.5Jeschke,Sabina CA IAC-18.A3.5.8Jetzschmann,Michael CA IAC-18.B4.6A.6Jeurissen,Ben CA IAC-18.A1.2.14Jevremovic,Tatjana CA IAC-18.A1.5.4Jewell,EmmyHelen A IAC-18.E6.IP.4Jewell,Nicholas CA IAC-18.A1.4.3Jewell,Susan A IAC-18.E5.IP.10Jeyakodi,Deepika CA IAC-18.E7.1.2Ji,Xiaoxiong A IAC-18.C3.IP.9Ji,Zhanxin CA IAC-18.A1.3.17Ji,Zhipo A IAC-18.C3.3.10Ji,Zhipo CA IAC-18.C3.IP.9Jia,Feida CA IAC-18.A3.IP.11Jia,Ning A IAC-18.E5.2.2Jian,YANG CA IAC-18.B2.4.7Jian,Zhang A IAC-18.B3.9-GTS.2.9JIANG,Jialing CA IAC-18.B3.2.13Jiang,Jun A IAC-18.D4.1.5Jiang,Jun CA IAC-18.D4.1.14Jiang,Lianxiang A IAC-18.D1.5.7Jiang,Ling A IAC-18.B5.1.6


188 189

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POSIUMTECHNICAL


INDEX

Jiang,Miaomiao CA IAC-18.B2.3.11Jiang,Nan CA IAC-18.D2.8-A5.4.11Jiang,Shengli CA IAC-18.E7.4.3Jiang,Shuo CA IAC-18.C3.3.12Jiang,Xiuqiang A IAC-18.A3.IP.42Jianhua,Chen CA IAC-18.C4.10.3Jianping,HU CA IAC-18.B2.4.7Jianping,Yuan CA IAC-18.C1.4.6Jianping,Yuan CA IAC-18.C1.IP.17Jianping,Yuan CA IAC-18.D3.IP.3Jiao,Dezhi CA IAC-18.A6.IP.17Jiawan,Ren A IAC-18.C4.1.14Jiawei,Shi A IAC-18.A6.3.6Jilete,Beatriz A IAC-18.A6.IP.34Jillings,Steven CA IAC-18.A1.2.14Jimenez,Guillermo A IAC-18.D1.4B.2Jimenez-Lluva,David A IAC-18.E2.2.3Jiming,Shao CA IAC-18.D3.3.5JIménez-Salazar,Vladimir CA IAC-18.B4.1.4Jin,Ba A IAC-18.B1.2.1JIN,Bingning A IAC-18.C4.IP.44Jin,Na CA IAC-18.C2.IP.34Jin,Xiaokun CA IAC-18.D2.5.11Jin,Xuan A IAC-18.C4.9.10Jin,Yan A IAC-18.A1.2.21Jin,Yulin CA IAC-18.D1.IP.18Jin,Yulin CA IAC-18.D5.IP.1Jindal,Deepika CA IAC-18.D1.IP.10Jing,Tao CA IAC-18.A1.5.8Jing,Tingting A IAC-18.C4.9.4Jing,Yaoxiang CA IAC-18.B2.1.9Jinglang,Feng A IAC-18.C1.2.9Jirik,Kathrin A IAC-18.A6.8.11Jiuxing,Zhang A IAC-18.A7.IP.3Jochemsen,Arnoud CA IAC-18.A3.2A.7Jochemsen,Arnoud CA IAC-18.B4.4.7Jochemsen,Arnoud CA IAC-18.B1.5.7Jochemsen,Arnoud CA IAC-18.B4.8.5Jochmann,Gregor CA IAC-18.D1.IP.6Jochum,Markus CA IAC-18.B1.IP.35Joe,Caram CA IAC-18.B3.1.8Johann,Ulrich CA IAC-18.A2.1.7Johannes,Bernd CA IAC-18.A1.IP.14Johannes,Bernd A IAC-18.A1.IP.23JOHN,OLUSOJINESTER A IAC-18.E7.5.11Johnson,Bradley CA IAC-18.B2.1.5Johnson,Christopher CA IAC-18.D3.1.3Johnson,Christopher CA IAC-18.E1.4.2Johnson,Christopher CA IAC-18.A5.1.10Johnson,Graham A IAC-18.B2.8-GTS.3.12Johnson,Holly CA IAC-18.A3.3A.5Johnson,Les CA IAC-18.A5.2.4Johnson,MylesT. CA IAC-18.A3.3A.5Johnson,Nathan A IAC-18.E7.1.7Johnson,Phyllis CA IAC-18.A1.1.2Johnson,Phyllis CA IAC-18.A1.1.3Johnston,Martin A IAC-18.A3.3A.4Johnstone,Alicia A IAC-18.B4.5.14Joldes,Mioara CA IAC-18.C1.IP.32Jomaas,Grunde CA IAC-18.A2.4.1Jones,Howard CA IAC-18.A3.2B.6Jones,Tyler CA IAC-18.B4.4.2Jongmanns,Marcel CA IAC-18.A2.4.8Jonsson,Lisa CA IAC-18.A7.2.6Joop,Otfried CA IAC-18.A2.5.5Joos,Cornelius CA IAC-18.D1.IP.17Joosten,Kent CA IAC-18.A3.1.3Jorba,Angel CA IAC-18.C1.2.3Jorba-Cuscó,Marc A IAC-18.C1.2.3Jordan,Jens CA IAC-18.A1.IP.3Jorgensen,Jesper A IAC-18.E5.2.11Josan,PoonampreetKaur CA IAC-18.B3.5.6Joseph,Christine A IAC-18.E6.3.5Joshi,Asawari CA IAC-18.E2.4.10Joshi,Dnyanada CA IAC-18.E2.4.10

Joshi,Riya A IAC-18.E1.IP.36Joshi,Riya A IAC-18.E8.1.2Joudoi,Daisuke A IAC-18.C3.1.7Joudrier,Luc CA IAC-18.B6.3.5Joudrier,Luc CA IAC-18.B6.3.6Joumel,Pierre-Alexis A IAC-18.B1.IP.35Jovanovic,Gregory CA IAC-18.E2.3-GTS.4.7Jozefiak,Maria CA IAC-18.B1.5.7Ju,Gwanghyeok CA IAC-18.A3.IP.58Juang,Caroline A IAC-18.B1.6-GTS.1.3Juang,Jer-Nan CA IAC-18.B4.3.9Juang,Jer-Nan CA IAC-18.C1.3.3Juang,Jyh-Ching CA IAC-18.E2.1.4Juang,Jyh-Ching CA IAC-18.E2.4.5Jukola,Paivi A IAC-18.D3.2.13Jukola,Paivi A IAC-18.D3.4.9Jung,Minsup CA IAC-18.A3.IP.53Jung,Philippe CA IAC-18.E4.2.9Jung,Sangwoo A IAC-18.C4.IP.52Jung,YeonSoo A IAC-18.C4.5.2Jungmann,Felix A IAC-18.A2.3.13Jungmann,Felix CA IAC-18.A2.7.8Jungnell,Victor CA IAC-18.B4.2.2Jungnell,Victor CA IAC-18.C4.6.4Junike,Nils CA IAC-18.B1.IP.3Junk,Stefan CA IAC-18.C2.6.9JuradoLozano,PedroJosé CA IAC-18.D1.4A.2Jurga,Anna CA IAC-18.A2.IP.6Jurga,Anna A IAC-18.A1.7.13Jusoh,MohamadHuzaimy CA IAC-18.B5.1.10Jusoh,MohamadHuzaimy A IAC-18.A7.2.2Just,Gunter CA IAC-18.E2.3-GTS.4.9Jutzi,Martin CA IAC-18.B4.8.9Jyoti,Rajeev CA IAC-18.B1.3.9Jäcklein,Martin CA IAC-18.C2.5.11Jäger,Markus A IAC-18.D2.3.1Jäger,Markus CA IAC-18.C4.IP.35Jörres,Marc CA IAC-18.A1.4.12Jørgensen,JohnLeif CA IAC-18.C1.5.10Jürgens,Carsten CA IAC-18.B1.2.11Jürgens,Carsten CA IAC-18.E1.2.1

K

Name Role PaperK,Raju A IAC-18.D2.2.10K,SACHIN CA IAC-18.E2.4.12K,Vinod CA IAC-18.E2.4.12K.Pfeiffer,Ernst CA IAC-18.C2.2.4K.Pfeiffer,Ernst CA IAC-18.A6.5.3K.Pfeiffer,Ernst CA IAC-18.B2.7.10Kabir,Wassif CA IAC-18.E1.4.7Kabitskaya,Olga CA IAC-18.A1.IP.18Kaczmara,Daniel CA IAC-18.B5.1.9Kaczmarczik,Ulrich CA IAC-18.A2.5.1Kaczmarzyk,Marcin CA IAC-18.A1.7.12Kaemer,Anna CA IAC-18.A2.IP.8Kaethler,Stan A IAC-18.D3.2.6Kaethler,Stan A IAC-18.D4.5.6Kafi,AbdullaHil CA IAC-18.E1.5.13Kafi,AbdullaHil CA IAC-18.B1.IP.26Kahle,Ralph CA IAC-18.A6.10-C1.7.7Kahle,Ralph CA IAC-18.B6.1.1Kahlon,Azeem CA IAC-18.C3.4.9Kahraman,Duygu CA IAC-18.E1.4.9Kahrs,Jan CA IAC-18.A1.6.2Kahrs,Jan CA IAC-18.A1.IP.17Kaiser,StefanA. A IAC-18.E7.5.2Kajiyama,Takahiro CA IAC-18.D1.5.6Kakimoto,Yuta CA IAC-18.B4.7.10Kalafatidou,Maria CA IAC-18.A3.IP.7Kalinin,Sergey CA IAC-18.A1.4.14Kalinkin,Sergey CA IAC-18.E1.IP.20Kalkuhl,Christoph CA IAC-18.A7.3.7Kalkus,Trevor A IAC-18.A2.7.12

Kalmančok,Dušan CA IAC-18.A6.IP.6Kaltenhaeuser,Sven CA IAC-18.B2.5.4Kaltenhaeuser,Sven A IAC-18.D6.3.3Kaltenhaeuser,Sven CA IAC-18.D6.3.9Kaluba,Tadeusz CA IAC-18.B5.1.9Kaluthantrige,Aurelio CA IAC-18.A3.4A.7Kalwar,David CA IAC-18.C4.IP.35Kamachi,Koh CA IAC-18.C2.7.5Kamaletdinova,Guzel A IAC-18.B3.9-GTS.2.5Kamath,Ulhas A IAC-18.B3.4-B6.4.12Kamogawa,Masashi A IAC-18.D4.3.5Kamoun-Rosenko,Hend CA IAC-18.C4.5.8Kampen,Sytze CA IAC-18.B1.3.1KANAI,Ryuichiro A IAC-18.D2.7.9Kanawka,Krzysztof A IAC-18.E1.5.3Kanawka,Krzysztof A IAC-18.E6.2.11Kanbara,Naoki CA IAC-18.D1.5.6Kane,Megan A IAC-18.E6.1.10Kane,Megan A IAC-18.A5.IP.3Kane,Megan A IAC-18.E3.6.8Kanefsky,Bob CA IAC-18.B3.4-B6.4.6Kaneko,Akiko CA IAC-18.A2.4.9Kanev,Stepan CA IAC-18.C4.IP.34Kang,Guohua A IAC-18.B4.6A.10Kang,JinHo A IAC-18.C2.6.2Kang,Kyungin A IAC-18.A3.IP.53Kang,Qi A IAC-18.A2.3.11KANG,Shipeng A IAC-18.C2.IP.32Kaniewski,Damian CA IAC-18.D2.9-D6.2.11Kant,Przemyslaw A IAC-18.B2.IP.5Kant,Przemyslaw CA IAC-18.D2.IP.9Kantsiper,Brian CA IAC-18.C1.9.7Kapitola,Sascha CA IAC-18.B4.3.1Kapitola,Sascha CA IAC-18.E1.4.4Kapoglou,Angeliki A IAC-18.E3.IP.15Kapoun,Petr CA IAC-18.A1.6.2Kappelmann,Norbert CA IAC-18.A7.3.7Kaptein,Alexander CA IAC-18.B1.IP.35Kara,Ozan CA IAC-18.C4.3.10Kara,İbrahimEmir CA IAC-18.E1.1.14Karabadzhak,George CA IAC-18.B3.3.3Karabadzhak,Georgy CA IAC-18.A3.1.7Karabeyoglu,Arif A IAC-18.C4.2.6Karabeyoglu,Arif CA IAC-18.C4.3.10Karacan,Ufuk CA IAC-18.E1.1.14KaramiNejadRanjbar,Mohammad CA IAC-18.A2.7.10Kargl,Florian CA IAC-18.A2.4.11Karim,Abdul CA IAC-18.C2.IP.24Karimaghaloo,Alireza CA IAC-18.C2.IP.3Karl,Christoph CA IAC-18.B4.5.12Karlsson,Niklas CA IAC-18.D1.1.1KARMAKAR,SOURAV A IAC-18.D4.1.15Karnal,Manohar CA IAC-18.A6.4.9Karolewski,Łukasz CA IAC-18.D2.IP.9Karolewski,Łukasz CA IAC-18.D2.9-D6.2.10Karp,Ashley A IAC-18.C4.2.5Karp,Ashley A IAC-18.A3.3A.7Karrasch,Christian CA IAC-18.A1.3.3Karrasch,Christian CA IAC-18.B3.7.8Karthikeyan,Goutham A IAC-18.C4.2.11Karthikeyan,Goutham CA IAC-18.E7.7-B3.8.5Kashioka,Shuya A IAC-18.C2.5.6Kaspersen,Kristin CA IAC-18.B3.7.4Kassam,Iqbal CA IAC-18.B3.4-B6.4.11Kassemi,Mohammad A IAC-18.A2.2.6Kasztankiewicz,AnnaBarbara CA IAC-18.A6.5.9Katano,Shotaro CA IAC-18.A6.3.2Kataria,Dhiren CA IAC-18.B4.2.2Kataria,Dhiren CA IAC-18.C4.6.4Kato,Hiroki CA IAC-18.D1.1.4Kato,Takahiro CA IAC-18.C1.IP.11Kato,Takahiro A IAC-18.D1.IP.32Kaufmann,Dorit CA IAC-18.D1.IP.6Kaufmann,Marcel A IAC-18.B4.3.11Kaufmann,Marcel CA IAC-18.B3.6-A5.3.9

Kaufmann,Nils CA IAC-18.A1.4.5Kaupisch,Thilo CA IAC-18.B3.6-A5.3.3Kaushik,Tushar CA IAC-18.B4.9-GTS.5.10Kawaguchi,Junichiro CA IAC-18.D1.2.4Kawaguchi,Junichiro CA IAC-18.C1.3.2Kawaguchi,Junichiro CA IAC-18.C1.6.8Kawakatsu,Yasuhiro CA IAC-18.C1.2.6Kawakatsu,Yasuhiro A IAC-18.A3.3A.8Kawakatsu,Yasuhiro CA IAC-18.C1.9.4Kawakatsu,Yasuhiro CA IAC-18.C1.9.10Kawamoto,Satomi CA IAC-18.C4.IP.31Kawamoto,Satomi A IAC-18.A6.6.5Kawasaki,Shigeo CA IAC-18.C3.2.8Kawasaki,Shigeo CA IAC-18.C2.5.2Kawashima,Rei A IAC-18.B4.1.11Kawashima,Rei CA IAC-18.B4.9-GTS.5.1Kaya,Nobuyuki CA IAC-18.B2.IP.9Kaya,Nobuyuki A IAC-18.B2.6.7Kayaba,Ayako A IAC-18.C2.5.2Kayal,Hakan CA IAC-18.B4.3.13KAYIHAN,HasanAziz A IAC-18.E1.IP.24KAYIHAN,HasanAziz CA IAC-18.E1.1.14Kazakovtsev,Victor CA IAC-18.C2.3.3Kazemi,Hamid A IAC-18.E7.7-B3.8.4KC,Chandramouli A IAC-18.C2.IP.38Ke,Fa-wei CA IAC-18.A6.IP.17Ke,Fa-wei A IAC-18.A6.IP.20Ke,Fa-wei A IAC-18.A6.IP.20Ke,Wenlong CA IAC-18.B3.IP.8Kearby,Harrison A IAC-18.E7.7-B3.8.2Kee,Calvin CA IAC-18.A3.4B.8Keen,Sophie CA IAC-18.E1.4.7Kehrer,Johannes CA IAC-18.A2.1.4Keidar,Michael CA IAC-18.C4.8-B4.5A.5Keilig,Thomas CA IAC-18.A7.3.7Keim,Jonas A IAC-18.B4.3.2Kekez,Daniel CA IAC-18.B4.4.8Kelecy,Thomas CA IAC-18.A6.10-C1.7.2Kelecy,Thomas A IAC-18.A6.10-C1.7.4Kelly,Shane CA IAC-18.B2.1.5Kelso,T.S. A IAC-18.A6.7.8Kemp,Jack CA IAC-18.A5.1.5Kempf,Florian A IAC-18.C1.6.1Kempton,Kevin A IAC-18.A1.IP.11Kempton,Kevin A IAC-18.D4.4.12Kendall,Randolph CA IAC-18.D2.1.6Kent,JohnT CA IAC-18.A6.9.4Kent,JohnT CA IAC-18.A6.IP.9Keogh,Laura A IAC-18.E7.3.4Keppler,Jochen CA IAC-18.E1.3.8Keppler,Jochen A IAC-18.A1.7.4Keppler,Jochen CA IAC-18.A1.7.6Kerjean,Laurent CA IAC-18.A3.3B.5Kerolle,Mclee CA IAC-18.A5.1.9Kerolle,Mclee CA IAC-18.E7.IP.22Kerr,Emma A IAC-18.A6.9.1Kerr,Emma CA IAC-18.A6.6.4Kerr,Murray CA IAC-18.C1.5.5Kerr,Murray CA IAC-18.C1.5.10Kersey,George CA IAC-18.E2.3-GTS.4.5Kerstens,Nathalie A IAC-18.D5.2.8Kessler,Claudia CA IAC-18.B3.2.10Kessler,Claudia CA IAC-18.B3.IP.13Kessler,Marcel CA IAC-18.C1.8.2Keuck,Vanessa A IAC-18.B1.4.2Kezerashvili,RomanYa. CA IAC-18.A7.2.5Khalil,Mohamed CA IAC-18.E2.3-GTS.4.7KhalilIbrahim,Mohammed CA IAC-18.B4.1.11KhalilIbrahim,Mohammed CA IAC-18.B4.1.12Khalimonov,Oleg A IAC-18.C2.9.7Khan,MohammadYousaf CA IAC-18.B2.3.10Khan,MuhammadShadab A IAC-18.E2.4.6Khan,Nishath CA IAC-18.E1.4.7Khan,ShakerBayajid CA IAC-18.A6.2.10Kharat,Rohit CA IAC-18.B4.8.6


190 191

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INFORMATION

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SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Kharin,Sergey A IAC-18.A2.IP.5Kharin,Sergey CA IAC-18.A1.7.8Kharlamov,Maksim CA IAC-18.B3.5.3Kharlan,Alexander A IAC-18.B5.2.10Kharlan,Iana A IAC-18.C4.8-B4.5A.10Khartov,Sergey CA IAC-18.C4.IP.34Khaustova,Nadezhda CA IAC-18.A1.8.13Khomyak,Vadym CA IAC-18.A6.4.5Khoshsima,Masoud A IAC-18.E5.4.5Khromov,Oleg CA IAC-18.B4.6B.3Khurana,Sayyam CA IAC-18.D2.5.12Khutorovsky,Zakhary CA IAC-18.A6.1.1Khutorovsky,Zakhary CA IAC-18.A6.7.5KHWAMBALA,PATRICIA A IAC-18.E5.4.4Kichakova,Olga CA IAC-18.A2.1.3KiddJr,John CA IAC-18.A5.2.2Kiesbye,Jonis CA IAC-18.B2.2.2Kiewiet,Luca CA IAC-18.A5.1.5Kiewiet,Luca CA IAC-18.E3.IP.13Kiewiet,Luca CA IAC-18.D2.8-A5.4.6Kikuchi,Masao CA IAC-18.A2.IP.9Kikuchi,Masao CA IAC-18.A2.7.7Kilias,Stephan CA IAC-18.A2.6.8Killedar,Pankaj CA IAC-18.B2.2.9Killian,Matthias CA IAC-18.C2.7.11Kim,Daryl CA IAC-18.A6.1.5Kim,JinKyu CA IAC-18.A3.IP.53Kim,Jong-Bum A IAC-18.E5.2.6KIM,KIDUCK A IAC-18.C1.6.7Kim,Kyu-Seop CA IAC-18.C4.5.2Kim,Kyunam CA IAC-18.D1.6.9KIM,Kyunghwan A IAC-18.E5.IP.14Kim,Matteo CA IAC-18.E2.3-GTS.4.7Kim,Sangkyun CA IAC-18.D5.1.6Kim,Sangkyun CA IAC-18.B4.7.10Kim,SungsooS. CA IAC-18.A3.IP.53Kim,Taegyu CA IAC-18.C2.IP.20Kim,TaigYoung A IAC-18.C2.7.10Kim,Vladimir CA IAC-18.C4.4.11Kim,Youngkyu CA IAC-18.A6.4.6Kimani,JohnNjoroge CA IAC-18.B4.1.8Kimber,Rick CA IAC-18.C3.4.5Kimeisa,Linda CA IAC-18.E1.6.10Kimura,Shinichi A IAC-18.E1.3.2Kimura,Shinichi A IAC-18.D1.3.10King,Melanie A IAC-18.E5.3.2Kingston,Jennifer CA IAC-18.E2.3-GTS.4.5Kinnaird,Alexander CA IAC-18.E1.IP.27Kinoshita,Masahiro CA IAC-18.C4.2.2Kirasich,Mark A IAC-18.B3.1.1Kirchhartz,Rainer A IAC-18.D2.6.8Kirchmaier,Achim CA IAC-18.A2.1.4Kirchner,Frank CA IAC-18.D4.1.3Kirichenko,Alexey CA IAC-18.E2.4.8Kirievskii,Dmitrii CA IAC-18.E1.2.9Kirk,Roy CA IAC-18.B4.5.9Kirschbaum,Dalia CA IAC-18.B1.6-GTS.1.3Kiss,Andras A IAC-18.B2.8-GTS.3.5Kiss,JohnZ. CA IAC-18.A2.7.17Kitade,Tomoya CA IAC-18.C1.9.10Kitaeva,Alena CA IAC-18.C4.4.8Kitagawa,Koki A IAC-18.C4.2.2Kitamura,Hitoshi CA IAC-18.C2.3.6Kitamura,Kenji A IAC-18.C1.1.13Kitayama,Osamu CA IAC-18.D2.2.1Kitmanyen,Victor CA IAC-18.B3.9-GTS.2.4Kivastik,Joosep A IAC-18.B1.3.6Kiyan,Wataru CA IAC-18.A1.2.17Klatte,Jörg A IAC-18.C4.10.9Klaus,David CA IAC-18.A1.7.9Klaus,David CA IAC-18.A2.7.15KLEIN,Alex CA IAC-18.A2.6.13Klein,RolfDieter CA IAC-18.B2.2.2Kleinschneider,Andreas CA IAC-18.C1.8.7Kleinschrodt,Alexander A IAC-18.B4.3.12

Klemich,Kai CA IAC-18.B4.3.2Klevanski,Josef A IAC-18.D2.6.3Klimov,Konstantin CA IAC-18.C2.IP.16Kline,Kristi CA IAC-18.B1.4.5Klinkner,Sabine CA IAC-18.B4.3.2Klinkner,Sabine CA IAC-18.B4.6A.12Klinkner,Sabine CA IAC-18.A7.3.7Klinkspoor,Hans CA IAC-18.C3.4.4Klock,Timo CA IAC-18.C2.3.10Klop,Casper CA IAC-18.C4.IP.33Klopp,Christoph CA IAC-18.A2.2.12Klopp,Christoph A IAC-18.A2.6.5Kminek,Gerhard CA IAC-18.A3.5.11KN,Dileep CA IAC-18.C4.10.12Knapek,ChristinaA. A IAC-18.A2.6.3Knapman,John A IAC-18.D4.3.4Knapman,John A IAC-18.D4.IP.8Knapp,Mary CA IAC-18.B4.3.4Knickmann,Daniela CA IAC-18.A2.7.5Knie,Miriam A IAC-18.A1.8.1Knipfer,Cody CA IAC-18.E1.7.13Knjazev,Eugene CA IAC-18.A1.8.13Knoche,Ralf A IAC-18.D2.5.10Knop,Tobias CA IAC-18.D2.6.6Knopp,Andreas CA IAC-18.B2.1.1Knopp,Marcus CA IAC-18.B2.1.1Knopp,Marcus A IAC-18.B6.2.10Knorr,Wolfram CA IAC-18.D5.2.6Knorr,Wolfram A IAC-18.D1.4A.11Knorr,Wolfram CA IAC-18.D1.5.3Kobald,Mario CA IAC-18.D2.7.5Kobata,Kazushi A IAC-18.E7.4.11Kobayakawa,Toyonori A IAC-18.C1.IP.9Kobayashi,Kenji A IAC-18.A2.4.9Kobayashi,Michael A IAC-18.B2.1.5Kobayashi,Teiu CA IAC-18.C4.IP.8Kobow,Leonard CA IAC-18.C1.4.2Kobrick,RyanL. CA IAC-18.E5.1.11Kobrick,RyanL. A IAC-18.D5.3.6Koch,Aaron CA IAC-18.D1.4B.8Koch,Aaron CA IAC-18.A3.4B.6Koch,Astrid-Christina A IAC-18.B1.1.1Koch,Patrick CA IAC-18.C4.2.8Koch,Per A IAC-18.B2.7.5Kocis,Danko CA IAC-18.E5.5.4Kocour,Vladimir A IAC-18.A5.IP.5Kodeki,Kazuhide CA IAC-18.C2.3.6Koechel,Stephanie A IAC-18.E6.3.2Koechlin,Charlie CA IAC-18.B2.7.2Koehler,Carmen CA IAC-18.B3.2.10Koehler,Carmen CA IAC-18.B3.IP.13Koehler,Stijn CA IAC-18.C4.IP.33Koeleman,Rick CA IAC-18.B4.4.7Koester,Marc CA IAC-18.A2.IP.8Kohfeldt,Anja A IAC-18.C3.3.11Kohfeldt,Anja A IAC-18.C2.6.9Kohlberg,Eberhard CA IAC-18.A1.IP.4Kohli,Kamna CA IAC-18.E6.1.9Kohmura,Takayoshi CA IAC-18.E1.3.2Kojima,Hirohisa CA IAC-18.C2.3.5Kojima,Hirohisa CA IAC-18.D1.6.2Koka,Hashmita CA IAC-18.D3.1.3Kolb,FlorianM. CA IAC-18.B3.IP.9Kolbeck,Jonathan CA IAC-18.E1.7.13Kolbeck,Jonathan CA IAC-18.B4.9-GTS.5.3Kolbeck,Jonathan A IAC-18.C4.8-B4.5A.5Kolesov,Dmitry CA IAC-18.A1.8.18Koliada,Olena A IAC-18.C2.7.6Kollias,Vangelis CA IAC-18.D3.2.12Kolloge,Hans-Georg CA IAC-18.B3.2.10Kolmykova,Tatiana CA IAC-18.E1.7.5Kolodziejczyk,Agata CA IAC-18.A3.3B.3Kolodziejczyk,Agata A IAC-18.E1.7.9Kolodziejczyk,Agata A IAC-18.A1.IP.10Kolodziejczyk,Agata CA IAC-18.B3.IP.5

Kolodziejczyk,Agata CA IAC-18.B3.6-A5.3.10Kolodziejczyk,Agata A IAC-18.A1.7.15Kolomentsev,AlexanderI. CA IAC-18.C4.7-C3.5.8Kolozeznyy,Anton CA IAC-18.A6.3.10Kolvenbach,Hendrik CA IAC-18.D3.3.10Komarov,Ilya CA IAC-18.A6.3.10Komarov,Ilya CA IAC-18.C2.6.1Komorowski,Matthieu CA IAC-18.A1.4.3Komrowski,Christoph CA IAC-18.D5.3.2Komurasaki,Kimiya CA IAC-18.C2.4.5Konaka,Mina CA IAC-18.B3.9-GTS.2.3Konaka,Mina A IAC-18.C2.7.5Koncz,Alexander CA IAC-18.A3.4B.6Konda,Bikash CA IAC-18.A1.5.7KONERUVIJAYARAGHAVA,RAGHURAM CA IAC-18.C3.2.5Kong,Fan CA IAC-18.C4.9.6Konopka,Martin CA IAC-18.C4.5.15Konopka,Martin CA IAC-18.C4.10.5Konopka,Uwe CA IAC-18.A2.6.3Konorski,Piotr CA IAC-18.B6.3.4Konstanski,Harald CA IAC-18.D1.5.1Konstantinidis,Konstantinos CA IAC-18.A6.6.4Kontoes,Haris CA IAC-18.B1.IP.10Koop,Artur A IAC-18.C4.5.8Koopmans,Robert-Jan A IAC-18.C4.5.3Kopacz,Nina CA IAC-18.A3.2C.8Kopp,Sascha CA IAC-18.A1.IP.26Kopp,Sascha CA IAC-18.A1.8.7Kopp,Sascha CA IAC-18.A1.8.8Kopp,Sascha A IAC-18.A1.8.9Kopp,Sascha CA IAC-18.A2.7.11Koretskii,Maxim CA IAC-18.E2.4.8Korn,Christian CA IAC-18.E2.3-GTS.4.1Korn,Nikolas CA IAC-18.B4.6B.14Korneeva,Ekaterina CA IAC-18.A1.8.18Kornienko,Andrei CA IAC-18.A1.3.20Kornienko,Andrei CA IAC-18.A2.IP.5Kornienko,Andrei CA IAC-18.A1.7.8Kornoš,Leonard CA IAC-18.A6.IP.6Korolev,Pavel CA IAC-18.D4.5.3Korondi,PeterZeno CA IAC-18.D1.4B.11Korsitzky,Hartmut CA IAC-18.A1.6.12Korth,David CA IAC-18.B3.4-B6.4.6Kortmann,Martin A IAC-18.D1.2.12Koru,Aziz CA IAC-18.E1.4.9Korus,Nicole CA IAC-18.C4.1.10Koryanov,Vsevolod A IAC-18.D1.1.8Koryanov,Vsevolod A IAC-18.C2.3.3Koryanov,Vsevolod A IAC-18.A6.10-C1.7.10Korzenowski,Heidi CA IAC-18.C2.1.4Koschate,Jessica CA IAC-18.A1.2.7Koschate,Jessica A IAC-18.A1.2.8Koschek,Katharina CA IAC-18.C2.IP.12Koschny,Detlef CA IAC-18.A3.2A.7Kose,Suleyman CA IAC-18.E1.4.9Kosenko,Ivan CA IAC-18.A3.IP.50Kosenko,Ivan CA IAC-18.D4.IP.3Kostin,Andrey CA IAC-18.C4.4.4Kotecha,Krishna CA IAC-18.E1.4.7Kothakonda,Akshay A IAC-18.D5.1.9Kotichintala,Swetha A IAC-18.B1.IP.25Kotrovskaya,Tatiana CA IAC-18.A1.IP.14Kotsur,Oleg CA IAC-18.E2.4.8Kottmeier,Sebastian A IAC-18.D1.4B.7Kou,Raphaël CA IAC-18.E2.3-GTS.4.2Koudelka,Otto A IAC-18.B4.3.9-GTS.5Koudelka,Otto CA IAC-18.B2.5.7Koudelka,Otto CA IAC-18.B4.6B.4Koudelka,Otto CA IAC-18.B2.7.8Kouprianov,Vladimir CA IAC-18.A6.IP.1Kourtidou-Papadeli,Chrysoula CA IAC-18.A1.3.11Kourtidou-Papadeli,Chrysoula CA IAC-18.A1.3.12Kourtidou-Papadeli,Chrysoula CA IAC-18.A1.3.13Kourtidou-Papadeli,Chrysoula CA IAC-18.A1.3.14Kousaka,Daiki CA IAC-18.C2.2.2

Kovalchuk,Evgeny CA IAC-18.A2.1.7Kozawska,Aleksandra CA IAC-18.E2.3-GTS.4.9Kozlovskaya,Inesa CA IAC-18.A1.2.6Kozlovskaya,Inesa CA IAC-18.A1.2.29Kozyrovska,Natalia CA IAC-18.A1.6.12Krabbe,Alfred CA IAC-18.A7.3.7Krag,Holger CA IAC-18.A6.2.6Krag,Holger CA IAC-18.A6.2.10Krag,Holger CA IAC-18.A6.4.2Krag,Holger A IAC-18.A6.7.1Krag,Holger CA IAC-18.A6.7.2Krainova,Irina CA IAC-18.C2.7.4Krainovic,Anselm CA IAC-18.B4.3.13Krajčovič,Stanislav CA IAC-18.A6.IP.6Kramer,Alexander CA IAC-18.C4.8-B4.5A.4Krassnigg,Anna CA IAC-18.A2.6.8Krasteva,Mariya CA IAC-18.B4.4.6Krause,Christian CA IAC-18.A3.4A.2Krause,Christian CA IAC-18.A3.4B.6Krausse,Jutta CA IAC-18.A1.3.18Kravets,Victoria CA IAC-18.D4.1.1Kreisel,Jens CA IAC-18.E1.5.8Kreisel,Joerg A IAC-18.E6.1.4Kreisel,Joerg CA IAC-18.E7.7-B3.8.13Krejci,David CA IAC-18.C2.7.11Krempel,Lucas CA IAC-18.B2.2.2Krenn,Rainer CA IAC-18.A3.2A.8Krenn,Rainer CA IAC-18.D1.4B.1Krieger,Gerhard CA IAC-18.B1.2.4Krijgsheld,Pauline CA IAC-18.E5.1.7Krimigis,Stamatios CA IAC-18.D4.4.2Kringe,Pascal CA IAC-18.D3.1.3Krishnamurthy,Akshata A IAC-18.A7.3.6Krishnamurthy,Asuthosh CA IAC-18.C1.IP.16Kristensen,Anders CA IAC-18.A6.6.4Krizmanic,John CA IAC-18.A7.3.9Krokstedt,Christian CA IAC-18.D2.2.5Krokstedt,Christian CA IAC-18.A7.3.7Krolikowski,Alanna CA IAC-18.E3.2.7Kroon,Martin A IAC-18.A3.IP.38Kroon,Martin CA IAC-18.C3.4.4Kros,Alexander CA IAC-18.A1.6.8Krpelik,Daniel CA IAC-18.D1.4B.11Krueger,Thomas CA IAC-18.A2.5.10Krueger,Thomas CA IAC-18.B3.6-A5.3.5Krueger,Thomas CA IAC-18.B3.6-A5.3.7Kruglanski,Michel A IAC-18.B3.4-B6.4.10Krupp,Norbert CA IAC-18.A7.3.3Kruß,Maximilian CA IAC-18.A2.7.8Krutzik,Markus CA IAC-18.A2.1.8Krutzik,Markus CA IAC-18.A2.1.9Kryuchkov,Boris CA IAC-18.B3.5.3Kryza,Lennart CA IAC-18.E1.4.4Krüger,Hans CA IAC-18.C1.5.9Krüger,Marcus CA IAC-18.A1.IP.26Krüger,Marcus CA IAC-18.A1.8.7Krüger,Marcus A IAC-18.A1.8.8Krüger,Marcus CA IAC-18.A1.8.9Krüger,Marcus CA IAC-18.A2.7.11Ksenik,Eugen CA IAC-18.C2.1.7Ku,Wonhoe A IAC-18.E2.2.4Kubicka,Manuel A IAC-18.B2.IP.18Kubicka,Manuel CA IAC-18.B4.6B.4Kubicka,Manuel CA IAC-18.B2.7.8Kubo,Yuki CA IAC-18.D1.2.4Kubo,Yuki A IAC-18.C1.3.2Kubota,Takashi CA IAC-18.C1.IP.34Kuciński,Tomasz CA IAC-18.C2.IP.6Kuciński,Tomasz CA IAC-18.A3.5.3Kuda,Sergii A IAC-18.A6.4.5Kuebler,Ulrich CA IAC-18.A1.3.3Kuehn,Daniel CA IAC-18.D4.1.3Kuehn,Simone CA IAC-18.A1.1.7Kuehn,Simone CA IAC-18.A1.2.13Kuehn,Simone CA IAC-18.A1.4.6


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INDEX

Kuehn,Simone CA IAC-18.A1.4.19Kueppers,Michael CA IAC-18.A3.4A.6Kueppers,Michael CA IAC-18.A3.4B.4Kugler,Stefan CA IAC-18.D1.1.9Kuhn,Markus CA IAC-18.D2.7.6Kuhnhenn,Jochen A IAC-18.C2.6.3Kuhnhenn,Jochen CA IAC-18.D5.3.2KuK,JoongWon CA IAC-18.C4.IP.41Kuklewski,Michał CA IAC-18.B5.1.9Kukoba,Tatyana A IAC-18.A1.IP.13Kulkarni,Amogh CA IAC-18.A3.3B.12Kulkarni,ShrinivasraoR. CA IAC-18.C2.1.5Kumar,Kartik A IAC-18.E6.1.9Kumar,Kartik CA IAC-18.D1.IP.31Kumar,Manish CA IAC-18.B1.3.9Kumar,Sumit A IAC-18.B2.2.4Kumar,Vijaya CA IAC-18.B5.2.5KumarRao,Karun A IAC-18.C3.IP.6KumarS.,Sunil CA IAC-18.C4.5.9KumarS.,Sunil CA IAC-18.C4.10.2Kunitskaya,Alina CA IAC-18.D1.1.6Kuperman,Igor CA IAC-18.B2.1.5Kupetz,Andre CA IAC-18.D1.IP.6Kurahara,Naomi A IAC-18.E6.1.1Kuratomi,Takeshi CA IAC-18.C3.1.7Kuremyr,Tobias CA IAC-18.D1.1.1Kurian,Thomas CA IAC-18.C2.IP.33Kurilov,Maxim CA IAC-18.D6.1.9Kurita,Jorge A IAC-18.E1.IP.25Kuritsin,Andrey A IAC-18.B3.5.3KURIYAMA,Ikuko A IAC-18.B1.1.3Kuroki,Hiroshi CA IAC-18.A1.2.17Kurosu,Akihide A IAC-18.C4.1.5KURRA,SASISAKETH A IAC-18.A3.2C.10Kurrle,James A IAC-18.E1.4.7Kuschnig,Rainer CA IAC-18.B4.3.6Kussmaul,Anna A IAC-18.B3.2.5Kutko,Olga CA IAC-18.A1.4.14Kutter,Bernard A IAC-18.D2.1.5Kuusk,Joel CA IAC-18.B1.3.6Kuwahara,Toshinori CA IAC-18.C2.7.5Kuzin,Sergey CA IAC-18.E2.4.8Kuzmina,Lyudmila A IAC-18.C2.5.12Kuznetsov,Eduard A IAC-18.A6.IP.5Kuznetsova,Polina A IAC-18.A1.1.12Kuźma,Joanna A IAC-18.A2.IP.6Kuźma,Joanna CA IAC-18.A1.7.13Kwade,Arno CA IAC-18.C3.3.7Kwade,Arno CA IAC-18.A3.2C.5Kwok,Kawai CA IAC-18.C2.2.12Kwon,EunSook CA IAC-18.E1.7.12Kwon,Sejin CA IAC-18.C4.5.2Kwon,Sejin CA IAC-18.C4.IP.52Kyriakopoulos,George CA IAC-18.D6.1.3Kärräng,Patrik A IAC-18.A6.2.3Köhler,Werner CA IAC-18.A2.4.4Köhne,Torsten CA IAC-18.A1.IP.17Költzsch,Danilo CA IAC-18.C2.6.9Könemann,Thorben CA IAC-18.A2.5.1Kössl,Christoph CA IAC-18.B3.7.8Kössling,Matthias CA IAC-18.C4.7-C3.5.5Küchemann,Oliver CA IAC-18.A3.4A.2Kündgen,Tobias CA IAC-18.D5.3.2Küppers,Michael A IAC-18.A3.4A.5Küter,Nico CA IAC-18.A3.2C.5Kędziora,Bartosz CA IAC-18.A3.5.3

L

Name Role PaperL,Gnanappazham CA IAC-18.B5.2.5L,Louissamtitus CA IAC-18.C4.5.4L,RaviKumar A IAC-18.C1.IP.16LA,GIWON CA IAC-18.C4.IP.50LaMura,Pierfrancesco A IAC-18.A7.3.12

LaRegina,Veronica CA IAC-18.B3.1.6Labana,Zozimus CA IAC-18.A1.IP.20Labanti,Claudio CA IAC-18.B4.2.11Labate,Demetrio CA IAC-18.A3.2A.7Labate,Demetrio CA IAC-18.B4.8.5LaBelle,Remi A IAC-18.B2.6.5Labizin,Andreas CA IAC-18.D4.5.3Labourey,Quentin CA IAC-18.D1.2.7Labutkina,TatyanaV. A IAC-18.A6.2.1Labutkina,TatyanaV. A IAC-18.B2.3.6Lachat,Daisy CA IAC-18.D3.3.2Lachmann,MaikeDiana CA IAC-18.A2.3.5LaCroix,Andre CA IAC-18.D1.5.4Lacroix,Simon CA IAC-18.D1.2.7Lacroix,Simon CA IAC-18.B5.2.13Lacroze,Etienne CA IAC-18.A1.IP.21Lades,Martin A IAC-18.D4.3.17Lades,Martin A IAC-18.D4.IP.10Ladi,Michael CA IAC-18.B4.9-GTS.5.8Ladjouze,MohammedCherif CA IAC-18.B4.3.5Laduree,Gregory CA IAC-18.C2.3.10Lafont,Ugo CA IAC-18.D3.IP.4Lafont,Ugo CA IAC-18.C2.9.9Lagarde,Thomas A IAC-18.B3.7.2Lago,Daniel CA IAC-18.D4.2.6Laharnar,Naima A IAC-18.A1.4.9Lai,James A IAC-18.B3.IP.14Lai,Peter A IAC-18.B4.8.4Laipert,Frank CA IAC-18.C1.8.12Laird,Ryan CA IAC-18.B3.IP.3Laird,Ryan CA IAC-18.A2.6.14Lakmal,Yasith CA IAC-18.B3.9-GTS.2.5Lal,Bhavya CA IAC-18.E6.1.11Lal,Bhavya CA IAC-18.B3.3.1Lal,Bhavya CA IAC-18.E3.3.9Lam,Try CA IAC-18.C1.8.12Lama,Luca CA IAC-18.A6.1.9Lama,Luca CA IAC-18.A6.IP.10Lamamy,Julien-Alexandre CA IAC-18.A3.2B.4Lamantea,M. CA IAC-18.B3.9-GTS.2.7Lamb,Dan CA IAC-18.C3.4.5Lambert,Andrew CA IAC-18.A6.1.2Lambert,Andrew CA IAC-18.A6.10-C1.7.12Lamboray,Bob CA IAC-18.E1.5.8Lamborelle,Olivier CA IAC-18.B3.5.1Lamborelle,Olivier CA IAC-18.E1.2.3Lammens,Sarah CA IAC-18.D2.3.4Lampariello,Roberto CA IAC-18.D1.IP.27LAN,Shengchang CA IAC-18.B2.IP.7Lancee,Jules A IAC-18.A5.2.7Landeck,WolfAlexander A IAC-18.A3.IP.47Landgraf,Markus A IAC-18.A3.1.10Landgraf,Markus CA IAC-18.A3.2B.7Landgraf,Markus CA IAC-18.B3.6-A5.3.7Landreani,Federica CA IAC-18.A1.2.22Lange,Caroline CA IAC-18.A3.4A.2Lange,Caroline CA IAC-18.B4.6A.6Lange,Caroline CA IAC-18.D1.4A.3Lange,Caroline CA IAC-18.A3.4B.6Lange,Christian CA IAC-18.A3.1.1Lange,Max CA IAC-18.B3.9-GTS.2.2Lange,Michael CA IAC-18.A3.4A.2Lange,Sebastian CA IAC-18.E1.4.4Langelier,Marie-Kiki CA IAC-18.A7.3.2Langer,Martin CA IAC-18.B2.2.2Langer,Martin CA IAC-18.D5.1.11Langer,Martin CA IAC-18.B4.6B.8Langer,Martin CA IAC-18.C2.7.11Langer,Martin CA IAC-18.E6.3.2Langevin,Dominique A IAC-18.A2.6.6Langford,David CA IAC-18.A5.1.9Langlade,Joanna A IAC-18.E7.IP.10Langlet,Cécile CA IAC-18.A1.1.9Langwald,Jörg CA IAC-18.B4.6A.8Lanneau,Lukas CA IAC-18.E1.6.3

Lapeña,Emilio A IAC-18.C3.4.11Lapointe,Melanie CA IAC-18.B1.1.9Lapshin,Alexander CA IAC-18.A6.1.1Lara,Martin A IAC-18.C1.1.1Larin,VladimirO. CA IAC-18.A6.2.1Larin,VladimirO. CA IAC-18.B2.3.6Larmour,Chris CA IAC-18.B4.5.9Larouche,Benoit A IAC-18.C2.IP.7Larsen,Crystal CA IAC-18.B3.4-B6.4.6Larson,Lindsay A IAC-18.A1.1.4Larsson,Melanie CA IAC-18.A1.2.23LasagniManghi,Riccardo CA IAC-18.B4.8.12Lassakeur,Abdelmadjid CA IAC-18.B4.3.5Lassakeur,Abdelmadjid A IAC-18.E2.4.1Latif,Muhammad A IAC-18.B2.3.10Latini,Valentina CA IAC-18.A1.6.2Latorre,Antonio CA IAC-18.C1.5.5Lauderdale,Walter CA IAC-18.D2.1.6Laudet,Philippe CA IAC-18.A3.3B.5Lauer,Charles A IAC-18.B3.2.11Lauer,Charles A IAC-18.D2.5.6Lauer,Charles A IAC-18.D2.9-D6.2.4Laufer,Rene CA IAC-18.D2.2.12Laufer,Rene CA IAC-18.D2.IP.16Laufer,Rene CA IAC-18.A2.5.2Laufer,Rene CA IAC-18.B4.9-GTS.5.1Laurens,Sophie A IAC-18.A6.9.3Laurenzi,Susanna A IAC-18.C2.6.5Laurenzi,Susanna CA IAC-18.C2.6.6Laurenzi,Susanna A IAC-18.C2.IP.5Laureys,Steven CA IAC-18.A1.2.14Laurini,Daniele CA IAC-18.B3.7.1Laurini,Daniele CA IAC-18.B3.7.4Laurini,Kathy A IAC-18.A3.1.1Laurini,Kathy CA IAC-18.A5.1.2Lavagna,Michèle A IAC-18.B4.2.11Lavagna,Michèle CA IAC-18.B6.3.7Lavagna,Michèle CA IAC-18.C1.1.11Lavagna,Michèle CA IAC-18.C1.3.8Lavagna,Michèle CA IAC-18.D1.3.2Lavagna,Michèle CA IAC-18.D1.3.3Lavagna,Michèle CA IAC-18.A3.4A.8Lavagna,Michèle CA IAC-18.A3.IP.24Lavagna,Michèle CA IAC-18.A3.IP.31Lavagna,Michèle CA IAC-18.A5.IP.2Lavagna,Michèle A IAC-18.A3.2C.1Lavagna,Michèle CA IAC-18.C1.8.7LAÎNÉ,Mickaël A IAC-18.D3.IP.1LeBlay,Carole CA IAC-18.E2.3-GTS.4.5LeGoff,Roland A IAC-18.B2.7.2LeMay,Samantha A IAC-18.A6.7.9LeMouelic,Stephane CA IAC-18.A3.1.12Leclerc,Christophe CA IAC-18.B4.2.7Leclerc,Gilles CA IAC-18.B3.1.3Ledkov,Alexander CA IAC-18.C1.3.9Ledkov,Alexander CA IAC-18.D4.4.9Ledkova,Tatyana CA IAC-18.D4.4.9Lee,ChangHee CA IAC-18.E5.3.3LEE,Dahae A IAC-18.C4.5.12Lee,Jaecheong A IAC-18.C4.IP.43Lee,Jongkwang A IAC-18.C2.IP.20Lee,Jongkwang A IAC-18.C4.IP.22Lee,Jongkwang A IAC-18.C4.IP.50Lee,Jungpyo CA IAC-18.C4.2.9Lee,Jungpyo CA IAC-18.C4.2.10Lee,Kerry CA IAC-18.A1.5.10Lee,KyunHo A IAC-18.C4.IP.41Lee,Sanghyun CA IAC-18.C1.8.3Lee,TongHeng CA IAC-18.D1.3.12Lee,Yuseok CA IAC-18.C4.IP.43Leemhuis,Anton CA IAC-18.B1.3.5Leese,Mark CA IAC-18.A3.2B.2Lefeber,René CA IAC-18.E7.5.18Lefebvre,Luc CA IAC-18.B3.1.3Lefort,Xavier CA IAC-18.A3.2A.3

Lehmann,Marc CA IAC-18.B5.1.13Lehmann,Marc CA IAC-18.B4.3.1Lehmann,Marc CA IAC-18.E1.4.4Lehmann,Marc CA IAC-18.B4.6A.4Lehner,Benjamin A IAC-18.D3.2.4Lehner,Benjamin A IAC-18.D3.3.9Lehner,Benjamin A IAC-18.A1.7.7Lehner,Benjamin A IAC-18.A3.2C.6Lehner,Benjamin CA IAC-18.A2.7.12Lehner,Benjamin CA IAC-18.C2.9.12Lehner,Benjamin CA IAC-18.D4.5.10Lehner,Hannah CA IAC-18.A3.2A.8Lehner,Peter CA IAC-18.A3.2A.8Lei,Jiuhou CA IAC-18.A6.9.2Lei,Wang CA IAC-18.C4.9.9Lei,Zhe CA IAC-18.A2.2.15Leidner,Daniel CA IAC-18.B3.6-A5.3.5Leitgab,Martin CA IAC-18.A1.5.10Lelli,Luca A IAC-18.B1.3.7Lemack,Carie CA IAC-18.E1.4.1Lemack,Carie A IAC-18.E1.IP.4Lemack,Carie CA IAC-18.E1.2.10Lemeshevsky,SergeiAntonovich A IAC-18.A3.2A.4Lemeshevsky,SergeiAntonovich CA IAC-18.A3.3A.3Lemeshevsky,SergeiAntonovich A IAC-18.A3.IP.14Lemeshevsky,SergeiAntonovich A IAC-18.A3.IP.64Lemeshevsky,SergeiAntonovich CA IAC-18.B1.IP.18Lemeshevsky,SergeiAntonovich CA IAC-18.D2.8-A5.4.3Lemke,NorbertM.K. A IAC-18.B4.2.12Lemke,NorbertM.K. A IAC-18.B3.3.12Lemke,NorbertM.K. A IAC-18.B4.9-GTS.5.5Lemmens,Stijn CA IAC-18.A6.2.8Lemmens,Stijn CA IAC-18.A6.4.2Lemmens,Stijn CA IAC-18.A6.10-C1.7.8Lemmon,Mark CA IAC-18.B4.2.9Lenard,RogerX. A IAC-18.D4.5.1Lenard,RogerX. A IAC-18.D4.5.2Lenard,RogerX. CA IAC-18.D4.5.4Lengowski,Michael CA IAC-18.A7.3.7Lengyel,DavidM. A IAC-18.D5.2.9Lengyel,DavidM. A IAC-18.E3.6.7Lenic,Joachim CA IAC-18.A1.3.3Lenic,Joachim CA IAC-18.A1.3.20Lenic,Joachim CA IAC-18.A2.IP.5Lenic,Joachim CA IAC-18.A1.7.8Lenti,Fabrizio CA IAC-18.B1.1.11Lentini,Giuseppe CA IAC-18.B3.7.7Lentz,Harald CA IAC-18.B4.8.9Leonardi,Claudio CA IAC-18.A5.2.7Leonardi,Claudio CA IAC-18.A3.IP.44Leonov,Victor A IAC-18.E1.7.3Leonov,Victor A IAC-18.C2.IP.16Leonov,Victor A IAC-18.D1.IP.3Leonov,Victor A IAC-18.E1.IP.35Lequette,Nicolas CA IAC-18.C4.6.3LEROY,Alix A IAC-18.B2.8-GTS.3.9Leschinski,Kieran CA IAC-18.A7.2.6Letier,Pierre CA IAC-18.D3.2.12Letier,Pierre CA IAC-18.D3.IP.2Letizia,Francesca A IAC-18.A6.4.2Letterio,Federico CA IAC-18.A6.4.6Leung,Alice CA IAC-18.E1.4.7Leventiu,Constantin CA IAC-18.C4.9.12Levin,David CA IAC-18.A1.6.6Levine,Howard A IAC-18.A1.8.12Levkina,Polina A IAC-18.A6.IP.43Lewis,HughG. CA IAC-18.A6.4.8Lewis,Tim A IAC-18.C2.9.4Lewyckyj,Nicolas CA IAC-18.B1.5.7Lezius,Matthias CA IAC-18.A2.1.9LeónPérez,Laura CA IAC-18.A6.6.4LeónPérez,Laura CA IAC-18.B2.7.5Li,Dun A IAC-18.A6.IP.38Li,Feng CA IAC-18.C3.3.12Li,Gaoliang CA IAC-18.A6.IP.25


194 195

WEL

COM

EM

ESSA

GEIN

FORM

ATIO

NTE

CHNI

CAL

SESS

IONS

KEYN

OTE

SPEA

KERS

SPEC

IAL

SESS

IONS

INTE

RACT

IVE

PRES

ENTA

TIO

NSTE

CHNI

CAL

SESS

IONS

BY

SYM

POSI

UMTE

CHNI

CAL

SESS

IONS

PAPE

RSAU

THOR

S’

INDE

XW

ELCOME

MESSAGE

INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Li,Haiyang A IAC-18.C1.8.4Li,Huan CA IAC-18.A4.1.8LI,Jiang CA IAC-18.C4.2.3Li,Jingdong CA IAC-18.B4.6A.7Li,Jingtao CA IAC-18.B2.2.13Li,Jinxian CA IAC-18.C4.IP.13LI,LAN CA IAC-18.D5.4.2Li,Lijing CA IAC-18.B2.IP.12Li,Longfei A IAC-18.D4.IP.4Li,Michael CA IAC-18.B4.4.6Li,Ming CA IAC-18.A6.3.1Li,Ming A IAC-18.A2.IP.16Li,Ming CA IAC-18.A6.IP.23Li,Ming A IAC-18.B1.IP.29Li,Mingtao A IAC-18.C1.IP.24Li,Mingtao CA IAC-18.C1.IP.28Li,Nan A IAC-18.D1.3.8Li,Peng A IAC-18.C3.IP.5Li,Rui CA IAC-18.A3.3B.2Li,Shengyang CA IAC-18.D1.3.8Li,Shuai A IAC-18.D1.IP.19Li,Shuang CA IAC-18.D2.3.13Li,Shuang CA IAC-18.A3.IP.42Li,Tingli CA IAC-18.B2.3.11Li,Xiangyu A IAC-18.A3.IP.11Li,Xiaohong CA IAC-18.D2.5.11Li,Xiaoqi CA IAC-18.A6.6.9Li,Xiaoqiang CA IAC-18.D2.9-D6.2.7Li,Xin A IAC-18.C4.9.7Li,Xin CA IAC-18.A6.IP.20Li,Xiongfei CA IAC-18.B2.IP.14Li,Yalin CA IAC-18.C3.3.12Li,Yaofang CA IAC-18.B4.6B.2Li,Yi A IAC-18.D2.5.11Li,Yin CA IAC-18.A1.4.16Li,Yinghui A IAC-18.A1.3.4Li,Yixiao A IAC-18.A6.IP.18LI,You A IAC-18.A1.IP.24Li,Yunfei CA IAC-18.D2.3.9Li,Zhaoyu CA IAC-18.D2.3.5Li,Zhi CA IAC-18.D4.1.13LiHolden,KingHo CA IAC-18.B4.7.10Lian,Meng A IAC-18.D2.2.3Liang,Qun A IAC-18.C4.IP.21Liang,Tang CA IAC-18.B1.IP.29Liang,Xiubing CA IAC-18.B4.6A.2Liang,Yu CA IAC-18.C2.4.9Liang,Yuying A IAC-18.C1.2.10Liao,Guangyue CA IAC-18.C3.3.7Liao,XavierL.W. A IAC-18.E3.1.14Licciardi,Giorgio A IAC-18.B5.2.7Lichtenheldt,Roy CA IAC-18.A3.4B.6Liebmann,Vera CA IAC-18.C4.10.4Liefland,Pascal CA IAC-18.E1.6.11Lifshits,Jakob CA IAC-18.C4.8-B4.5A.12Ligori,Michael CA IAC-18.B4.4.8Lii,Neal A IAC-18.B3.6-A5.3.5Lill,Alexander CA IAC-18.B2.2.2Lim,PatriciaAngela CA IAC-18.D1.1.6Lim,ZhengJie(Zee) CA IAC-18.E1.4.7Lim,ZhiQiJade CA IAC-18.B6.IP.2Lima,GlaydsonL.B. CA IAC-18.C2.2.5Lima,GlaydsonL.B. CA IAC-18.C2.IP.9Lima,JeanneSamaraS A IAC-18.D3.4.12Lin,Chai CA IAC-18.B2.4.7Lin,Chai A IAC-18.B3.7.11Lin,Hou-Yuan A IAC-18.A6.IP.7Lin,Qingguo CA IAC-18.C4.1.15Lin,Tse CA IAC-18.A5.1.5Lin,Tse CA IAC-18.D2.8-A5.4.6Linck,Evan CA IAC-18.E3.3.9Linck,Evan CA IAC-18.E1.7.13Lindblad,Louise A IAC-18.D3.4.6Lindblad,Louise CA IAC-18.E3.6.9Lindemann,Felix A IAC-18.D2.6.5

Lindner,Claudia A IAC-18.E1.2.1Lindner,Robert CA IAC-18.A3.2B.7Ling,Su CA IAC-18.B3.9-GTS.2.9Lingham,Marcus CA IAC-18.A6.6.3Linhart,Bernd CA IAC-18.B3.IP.9Link,Mathias CA IAC-18.E1.5.8Linke,Stefan CA IAC-18.A3.2B.11Linke,Stefan CA IAC-18.C3.3.7Linke,Stefan A IAC-18.A3.2C.5Linnartz,Harold CA IAC-18.A1.6.3Linton,Nancy CA IAC-18.B2.1.5Lipaev,AndreyM. CA IAC-18.A2.6.3Lipinska,Monika A IAC-18.E5.1.9Lippmann,Robert CA IAC-18.E1.4.4Lips,Tobias CA IAC-18.A6.2.3Lips,Tobias CA IAC-18.A6.6.4Lipsitz,Stuart CA IAC-18.A1.3.5Lishnevskii,Andrey CA IAC-18.A1.5.11Lisitsyna,Ksenia A IAC-18.E6.1.2Lissinna,Callie A IAC-18.E1.IP.1List,Meike A IAC-18.A2.1.2List,Meike CA IAC-18.A2.1.3List,Meike CA IAC-18.C1.IP.11List,Meike CA IAC-18.D1.IP.32Liu,Bo CA IAC-18.D5.1.12Liu,Changguo A IAC-18.C4.1.15LIU,CHAOZHEN CA IAC-18.B4.7.7Liu,Fangwu CA IAC-18.A2.5.12Liu,Guanghui A IAC-18.B4.6B.2Liu,Hongjin CA IAC-18.D5.1.12Liu,Hongxia CA IAC-18.D1.3.7LIU,JIA A IAC-18.C4.IP.42Liu,Jia A IAC-18.A1.8.10Liu,Jiangong CA IAC-18.B2.1.9Liu,Jiayu A IAC-18.A6.6.9Liu,Li CA IAC-18.B5.3.10Liu,Liang CA IAC-18.B2.3.7Liu,Lin CA IAC-18.D2.3.9Liu,Lin CA IAC-18.B2.5.10Liu,Mei A IAC-18.C4.IP.40Liu,Peijin CA IAC-18.C4.IP.44Liu,Sen CA IAC-18.A6.3.6Liu,Sen CA IAC-18.A6.IP.17Liu,Sen CA IAC-18.A6.IP.20Liu,Sen CA IAC-18.A6.IP.20Liu,Shuyuan CA IAC-18.C4.IP.23Liu,Weihui CA IAC-18.A3.3B.2Liu,Weiwei CA IAC-18.C2.IP.26Liu,Xiaoxu CA IAC-18.B2.IP.14LIU,YAN A IAC-18.A2.4.13LIU,YANG CA IAC-18.C4.2.3Liu,Yang A IAC-18.D6.3.6Liu,Yanmin CA IAC-18.C3.2.2Liu,Ye A IAC-18.B2.IP.8Liu,Yijia CA IAC-18.C2.4.9Liu,Yunpeng CA IAC-18.A4.1.8Liu,Zhanyi CA IAC-18.C4.IP.36Liu,Zhanyi CA IAC-18.C4.IP.37Liu,Zunlong CA IAC-18.A6.IP.25Livadiotti,Sabrina CA IAC-18.B4.2.2Livadiotti,Sabrina CA IAC-18.C4.6.4Livens,Stefan CA IAC-18.B4.4.7Liverud,AndersErik CA IAC-18.B3.7.4Lizy-Destrez,Stéphanie CA IAC-18.E2.4.4Lizy-Destrez,Stéphanie CA IAC-18.B3.6-A5.3.7Lièvre,Nicolas CA IAC-18.A6.1.7Lobascio,Cesare CA IAC-18.B3.7.5Lock,Robert CA IAC-18.A3.3A.6Lockowandt,Christian CA IAC-18.D2.2.5Lockowandt,Christian A IAC-18.A2.5.9Lockowandt,Christian CA IAC-18.A7.3.7Lockowandt,Christian A IAC-18.D2.6.7Lodhi,MuhammadKamran A IAC-18.B1.IP.27Lofstad,Victoria CA IAC-18.A7.2.6Lognonné,Philippe CA IAC-18.A3.3B.5

Lohse,Alexander CA IAC-18.B2.6.6Lohvynenko,Anatolii CA IAC-18.A6.4.5Loi,Francesca CA IAC-18.A4.1.9Loke,Victor CA IAC-18.D1.3.12Loke,Victor A IAC-18.B6.IP.2Lomaka,Igor A IAC-18.B6.3.11Lombardi,Eleonora A IAC-18.B5.1.4Lombardi,Eleonora CA IAC-18.B5.2.7Lombardi,Lucia CA IAC-18.C2.8.5Lombardi,Mariangela CA IAC-18.C2.8.10Lombardi,Mariangela CA IAC-18.C2.9.8Long,GeorgeAnthony A IAC-18.E7.5.12Long,GeorgeAnthony A IAC-18.A6.8.10Long,Kelvin A IAC-18.A7.1.7Long,Kelvin A IAC-18.C4.6.10Long,Kelvin A IAC-18.A4.2.8Looper,Samuel CA IAC-18.E2.3-GTS.4.7LopesdeOliveiraeSouza,Marcelo CA IAC-18.E3.4.12LopezCenamor,Pablo CA IAC-18.C3.4.11LOPEZREIG,Jorge A IAC-18.C4.4.6LopezRoldan,LourdesGlafira A IAC-18.E1.IP.7LopezTelgie,Alejandro A IAC-18.B4.1.5LopezUrdiales,JoseMariano A IAC-18.B3.2.6Lorda,Laurence CA IAC-18.A3.4A.2Lordos,George A IAC-18.A5.2.8Lorefice,Fabio CA IAC-18.E1.6.3Lorenzini,EnricoC. CA IAC-18.A7.2.10Loru,Sara CA IAC-18.A4.1.9Lorusso,Rino A IAC-18.B1.2.13Losacco,Matteo CA IAC-18.A6.1.9Losacco,Matteo CA IAC-18.E2.1.7Losacco,Matteo A IAC-18.A6.IP.10Losi,Luca CA IAC-18.D1.3.2Losi,Luca A IAC-18.A3.IP.24Lostroscio,Kaitlin A IAC-18.A1.3.8Lotufo,MauricioAlejandro CA IAC-18.C1.IP.26Lotzmann,Ulrich CA IAC-18.A1.4.18LouisJ.,Ghosn CA IAC-18.C2.1.11Loureiro,Geilson CA IAC-18.D1.4A.4Loureiro,Geilson CA IAC-18.D1.IP.12Loureiro,JoaoPedro CA IAC-18.C2.2.9Lours,Philippe CA IAC-18.E2.4.6Lousada,Joao CA IAC-18.B3.4-B6.4.4Lousada,Joao CA IAC-18.B3.9-GTS.2.5Lousada,Joao CA IAC-18.B3.9-GTS.2.10Lousada,Joao CA IAC-18.B3.5.6Lousada,Joao CA IAC-18.A3.IP.7Love,John A IAC-18.A2.7.16Lovtsov,Alexander A IAC-18.C4.4.4Loza,Oleksandr A IAC-18.D1.3.11Lozano,Emilio A IAC-18.B4.6A.9Lozano,Paulo A IAC-18.C4.8-B4.5A.1Lu,George CA IAC-18.E2.3-GTS.4.7Lu,Shan CA IAC-18.C1.3.10Lu,Xinyuan A IAC-18.C1.IP.17Lu,Yi A IAC-18.D5.2.11Lu,Yu CA IAC-18.D4.IP.11Lucchese,Riccardo CA IAC-18.A2.3.7Lucchesi,David CA IAC-18.C1.1.12Lucchesi,David CA IAC-18.A7.2.10Luchena,Daniele A IAC-18.D1.3.6Luchitskaya,Elena CA IAC-18.A1.2.1Luchitskaya,Elena CA IAC-18.A1.2.2Luchitskaya,Elena A IAC-18.A1.2.4Luchitskaya,Elena CA IAC-18.A1.2.5Luchkova,Tanja CA IAC-18.D6.3.9Lucic,Tajana CA IAC-18.B3.9-GTS.2.10Lucic,Tajana CA IAC-18.B3.5.6Lucic,Tajana CA IAC-18.E5.5.4Lucken,Romain A IAC-18.A6.IP.12Ludban,Debra CA IAC-18.B3.1.8Ludivig,Philippe A IAC-18.A3.IP.8Ludwig,Klaus-Peter CA IAC-18.A1.7.1Lueck,Wolfgang A IAC-18.B1.5.9Luis,Diana CA IAC-18.E2.3-GTS.4.9

Lukasik,Artur CA IAC-18.A6.6.10Lukaszynski,Pawel CA IAC-18.B4.4.8Lulli,Roberto A IAC-18.A4.1.5Lum,ChuneYang CA IAC-18.D5.4.4Lund,Matthew A IAC-18.A1.5.4Lund,Thomas CA IAC-18.A5.1.6Lunesu,MariaIlaria CA IAC-18.A4.1.9Lunghi,Paolo CA IAC-18.B4.2.11Lunghi,Paolo A IAC-18.D1.3.2Lunghi,Paolo CA IAC-18.A3.2C.1LUO,Jianjun CA IAC-18.C1.4.6Luo,Jianjun CA IAC-18.C1.IP.17Luo,Jiaqi CA IAC-18.A2.7.15Luo,Kai A IAC-18.D5.1.7Luo,Qing CA IAC-18.A6.IP.20Luo,Xuhui CA IAC-18.A6.10-C1.7.3Lupu,ElenaSorina CA IAC-18.C1.6.3LuqueArriero,Daniel CA IAC-18.D4.1.8LuqueArriero,Daniel CA IAC-18.A5.1.5LuqueArriero,Daniel CA IAC-18.D2.8-A5.4.6Luzzi,Erica CA IAC-18.A3.1.12Lv,Xiang CA IAC-18.D2.9-D6.2.7Lybekk,Bjorn CA IAC-18.B4.3.3Lyles,Garry A IAC-18.D2.1.4Lyons,Rachel CA IAC-18.B4.2.2Lyons,Rachel CA IAC-18.C4.6.4Lyons,Rhonda A IAC-18.A2.IP.3Lysova,Natalya CA IAC-18.A1.2.7Lysova,Natalya CA IAC-18.A1.2.9Lyu,Peng A IAC-18.B2.3.11Lyubinskaya,Natalia CA IAC-18.C4.4.11Läkk,Hanna A IAC-18.E5.1.7Läkk,Hanna A IAC-18.E5.1.8Lämmerzahl,Claus CA IAC-18.A2.1.3Lämmerzahl,Claus A IAC-18.A2.1.5Lämmerzahl,Claus CA IAC-18.A2.1.11Lämmerzahl,Claus CA IAC-18.A2.1.15Lämmerzahl,Claus CA IAC-18.B3.IP.13Läufer,Andreas CA IAC-18.A1.6.12López,Rosario CA IAC-18.C1.1.2LópezCamargo,OmarAndrés CA IAC-18.E1.3.5LópezSoriano,Pablo CA IAC-18.A3.IP.5Löhmannsröben,Hans-Gerd CA IAC-18.A1.6.3Löscher,Armin CA IAC-18.B1.2.7Lübberstedt,Hendrik CA IAC-18.B2.1.2Lüdemann,Jürgen A IAC-18.E2.1.9Lüdtke,Daniel CA IAC-18.B4.6A.8Lüdtke,Daniel CA IAC-18.A2.5.6Lützenberg,Ronald CA IAC-18.A2.7.11

M

Name Role PaperM,Ajith A IAC-18.C4.10.12M,Karthik CA IAC-18.B4.6B.12M,Ponnuswamy CA IAC-18.C4.3.13M,Sudeep CA IAC-18.A1.8.5Ma,Chuan A IAC-18.A6.5.7Ma,Jingting A IAC-18.A6.IP.25Ma,Kai A IAC-18.C4.9.14MA,LIANG A IAC-18.E6.2.6Ma,Lin A IAC-18.D2.IP.5Ma,Qianying A IAC-18.A1.1.5Ma,Weihua CA IAC-18.D2.2.3Ma,Xiuping CA IAC-18.C2.4.9Ma,Yanyan CA IAC-18.D1.IP.19Ma,Zhaoxia CA IAC-18.A6.3.6Ma,Zhong A IAC-18.A6.IP.27Maaß,Alexander CA IAC-18.B2.6.6Maccone,Claudio CA IAC-18.A4.1.9Maccone,Claudio CA IAC-18.A4.1.11Maccone,Claudio A IAC-18.A4.2.5MacDonald,Alexander A IAC-18.A3.2A.2MacDonald,John CA IAC-18.A6.2.9Macdonald,Malcolm CA IAC-18.A6.6.4


196 197

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POSIUMTECHNICAL


INDEX

MacedoAndrade,Angela CA IAC-18.C2.IP.3Machchhar,Deep CA IAC-18.E2.4.10Machel,Gordon CA IAC-18.A7.IP.4Machuca,Pablo CA IAC-18.E2.3-GTS.4.11Machuca,Pablo A IAC-18.C1.9.9Machula,Mike CA IAC-18.D6.1.5MacIntosh,Matthew CA IAC-18.D3.2.5Maciulis,Laurynas A IAC-18.B2.7.7Madhu,Shreesha CA IAC-18.B4.6B.12Madi,Mohammad CA IAC-18.D4.2.8Madsack,Andreas CA IAC-18.B4.3.8Maeda,George CA IAC-18.B4.1.1Maeda,George A IAC-18.B4.1.13Maeda,George CA IAC-18.E5.4.7Maeda,Jun A IAC-18.D4.3.13Maeda,Jun CA IAC-18.D4.3.16Maekawa,Kazuhiko CA IAC-18.C3.2.8Maeke-Kail,Matthias A IAC-18.D3.1.7Maestrini,Michele A IAC-18.C1.9.13Maestro,Greg CA IAC-18.E1.IP.30Maestroni,Elia CA IAC-18.C1.IP.29Maffione,Federica CA IAC-18.A5.2.4Magarotto,Mirko CA IAC-18.C4.8-B4.5A.2Magchiels,Goele CA IAC-18.C2.8.3Magda,Geoffrey CA IAC-18.C4.6.3Maggioni,MartinaAnna CA IAC-18.A1.2.10Maggioni,MartinaAnna A IAC-18.A1.2.24Maggioni,MartinaAnna A IAC-18.A1.4.4Maggioni,MartinaAnna CA IAC-18.A1.4.7Maggioni,MartinaAnna CA IAC-18.A1.4.12Maggioni,MartinaAnna CA IAC-18.A1.4.21Maggioni,MartinaAnna CA IAC-18.A1.7.1Maggiore,Paolo CA IAC-18.C2.8.10Maggiore,Paolo CA IAC-18.C2.9.8Magiera,Robert CA IAC-18.B2.IP.5Magiera,Robert CA IAC-18.B6.IP.5Magiera,Robert CA IAC-18.D2.IP.9Magiera,Robert CA IAC-18.D2.9-D6.2.10Magnin,Thibault CA IAC-18.A5.1.5Magnin,Thibault CA IAC-18.B4.7.9Magro,Alessio CA IAC-18.A6.1.9Magro,Alessio CA IAC-18.A6.IP.10MAHESH,V CA IAC-18.C4.IP.49Mahmoudi,S.Hadi A IAC-18.E7.5.6Maibaum,Michael CA IAC-18.A3.4A.2Maibaum,Olaf CA IAC-18.A2.5.6Maiden,David CA IAC-18.E2.3-GTS.4.11Maier,Annika CA IAC-18.C2.5.1Maier,Philipp A IAC-18.A7.3.7Maier,Thomas CA IAC-18.C4.5.8MAILY,Maxime CA IAC-18.A5.1.5MAILY,Maxime CA IAC-18.B4.7.9Mains,Deanna CA IAC-18.A6.2.11Maiwald,Volker CA IAC-18.B3.9-GTS.2.2Maiwald,Volker A IAC-18.C1.8.2Maiwald,Volker CA IAC-18.A3.4B.6Majewska,Ewa CA IAC-18.A6.5.9Makaya,Advenit CA IAC-18.C2.5.4Makaya,Advenit CA IAC-18.D3.3.7Makinen,Jari A IAC-18.E1.7.2Maksimov,Andrey CA IAC-18.E6.1.2Makushenko,Yury A IAC-18.A5.1.11Malan,Francois A IAC-18.B1.1.6Maleix,Corentin CA IAC-18.C4.5.3Malhotra,Vinayak A IAC-18.A2.4.3Malhotra,Vinayak A IAC-18.D6.3.1Malhotra,Vinayak A IAC-18.C2.IP.21Malik,MuhammadShoaib A IAC-18.B6.1.5Malinowska,Katarzyna A IAC-18.E7.IP.13Mallik,Vishnuu A IAC-18.A6.10-C1.7.2Malloy,Samuel A IAC-18.B1.5.6Malloy,Samuel A IAC-18.B1.IP.28Malvache,Arnaud CA IAC-18.E1.9.9Malyutin,Ivan CA IAC-18.A6.IP.5Mamais,Eleftherios A IAC-18.B1.IP.10

Mammarella,Martina A IAC-18.D2.4.9Mammarella,Martina A IAC-18.C4.6.6Mammarella,Martina CA IAC-18.D2.8-A5.4.7Mammarella,Martina A IAC-18.D2.8-A5.4.10Mancas,Alexandru CA IAC-18.A6.IP.34Mancinelli,RoccoL. CA IAC-18.A1.3.18Mancini,Daniela CA IAC-18.E3.6.5Mandigma,CatherineRaisaKimberlyP. CA IAC-18.D4.2.13Mando,Yuki A IAC-18.A6.3.2Manente,Marco A IAC-18.C4.8-B4.5A.2Mangiarotti,Massimo A IAC-18.C2.IP.10Mango,Davide CA IAC-18.D3.IP.7Mangold,Nicolas CA IAC-18.A3.1.12Mani,KarthikVenkatesh CA IAC-18.A3.2A.7Mani,KarthikVenkatesh CA IAC-18.C1.6.13Mani,KarthikVenkatesh A IAC-18.C4.6.2Mani,KarthikVenkatesh CA IAC-18.B4.8.5Mani,Vipul CA IAC-18.A5.2.14Mani,Vipul A IAC-18.A3.3B.12Manieri,Pierfilippo CA IAC-18.A1.6.2Manieri,Pierfilippo CA IAC-18.A1.IP.17Manis,Erika A IAC-18.E6.2.12Mankins,JohnC. A IAC-18.C3.1.1Mankins,JohnC. A IAC-18.C3.1.11Mankins,JohnC. A IAC-18.D3.1.1Mankins,JohnC. A IAC-18.C3.2.1Mankins,JohnC. A IAC-18.D3.2.2Manli,Guo A IAC-18.C4.IP.19Mano,Tadaaki CA IAC-18.A1.2.16Mano,Tadaaki CA IAC-18.A1.3.2ManojaJ,Daffini CA IAC-18.D1.IP.10Mansouri,Jamila CA IAC-18.D2.4.5Mantas,Vasco CA IAC-18.B1.5.7Mantellato,Riccardo CA IAC-18.C4.8-B4.5A.2Mantilla,Juan CA IAC-18.E1.3.5Mantilla,Juan CA IAC-18.E5.1.12Mantilla,Juan CA IAC-18.A1.IP.39Manyapu,KavyaK. A IAC-18.A1.7.11Manzano-Pérez,Aranzazu CA IAC-18.A2.7.17Manzella,David CA IAC-18.B3.1.8MANZOOR,ROZAN CA IAC-18.C4.IP.24Mao,Junkui CA IAC-18.C4.9.15Mao,Liheng CA IAC-18.D2.8-A5.4.8Mao,Qingyun CA IAC-18.D4.1.5Mao,Qingyun A IAC-18.D4.1.14Marabottini,Cristina CA IAC-18.E7.2.2Maranan,Diego CA IAC-18.A1.3.7Marboe,Irmgard A IAC-18.E3.5-E7.6.2Marboe,Irmgard A IAC-18.E7.5.17Marburger,JeanPierre CA IAC-18.A2.1.8Marc,Róbert A IAC-18.D3.3.2Marc,Xavier CA IAC-18.C1.IP.29March,Kieran CA IAC-18.E2.3-GTS.4.11Marchetti,Andrea CA IAC-18.C4.IP.53Marchetti,Mario CA IAC-18.C2.IP.19Marchetti,Mario CA IAC-18.C2.8.1Marchi,Luis A IAC-18.C1.2.12Marchis,Franck A IAC-18.E1.9.9Marchisio,Sergio A IAC-18.E3.5-E7.6.1Marcil,Isabelle CA IAC-18.B3.3.3Marciniak,Blazej CA IAC-18.A6.5.9Marco,Victor CA IAC-18.D1.2.1Marcos,Andres CA IAC-18.C1.5.3Marcu,Sebastian A IAC-18.B3.IP.3Marcu,Sebastian A IAC-18.A2.6.14Mares,Vladimir CA IAC-18.A1.5.1Mares,Vladimir CA IAC-18.C2.6.8Marfisi,Laurent CA IAC-18.E1.9.9Margaritis,Athanasios CA IAC-18.E2.3-GTS.4.9Margheritis,Diana A IAC-18.A3.3A.10Margheritis,Diana CA IAC-18.A3.5.11Mariani,Lilis CA IAC-18.B1.1.13Mariani,Lorenzo CA IAC-18.A6.9.8Mariani,Lorenzo CA IAC-18.A6.IP.11Mariani,Lorenzo CA IAC-18.A6.IP.36

Mariani,Marco CA IAC-18.A1.6.2Marin,Marc CA IAC-18.B5.1.11Mariscal,JuanCarlos A IAC-18.D3.1.6Mariscal,JuanCarlos CA IAC-18.D3.4.11Mariën,Geraldine CA IAC-18.E1.2.3Markgraf,Sebastian CA IAC-18.B3.7.1Marletta,Francesca CA IAC-18.C2.9.6Marlow,Weston CA IAC-18.B2.8-GTS.3.1Marmuse,Florian CA IAC-18.C4.6.3Marosy,Gabor CA IAC-18.A1.5.2Marquardt,Christoph CA IAC-18.B4.2.12Marques,Tiago CA IAC-18.E1.5.4Marquez,Jessica CA IAC-18.B3.4-B6.4.6Marquis,Andreas A IAC-18.E2.3-GTS.4.7Marquis,Kyle A IAC-18.E2.3-GTS.4.12Marraffa,Lionel CA IAC-18.D2.3.4Marsalek,Karel CA IAC-18.A1.5.10Marshall,Michael CA IAC-18.B4.2.7Marteau,Eloise CA IAC-18.D1.4B.1Martel,Joachim CA IAC-18.B4.8.9Martelo,Antonio CA IAC-18.D1.4A.3Martelo,Antonio A IAC-18.D1.IP.13Martelo,Antonio CA IAC-18.D1.4B.8Martens,Hauke CA IAC-18.D2.6.1Martimort,Philippe CA IAC-18.D1.4A.2Martin,Gary A IAC-18.E1.5.8Martin,Iain CA IAC-18.D1.3.4Martin,Johannes CA IAC-18.A1.7.4Martin,Johannes CA IAC-18.A1.7.6MartinFischer,Philipp CA IAC-18.D1.4A.3Martin-Lagarde,Marine A IAC-18.A7.2.6Martin-Torres,Javier CA IAC-18.B1.3.11Martin-Torres,Javier CA IAC-18.A3.3B.8Martinez,Esteban CA IAC-18.B4.1.4Martinez,Esteban A IAC-18.E2.1.5Martinez,Larry A IAC-18.E7.4.1Martinez,Peter CA IAC-18.D2.2.12Martinez,Peter CA IAC-18.B4.4.11Martinez,Peter A IAC-18.E3.4.1Martinez,Peter CA IAC-18.E5.2.9Martinez,Peter CA IAC-18.E5.4.4Martinez,Peter CA IAC-18.A2.5.2Martinez,Peter CA IAC-18.B4.9-GTS.5.1MartinezEspinoza,FedericoArturo CA IAC-18.E1.IP.26MartinezMartin,Fernando CA IAC-18.D3.4.5MartinezOntiveros,JoseA. A IAC-18.D5.2.4Martinez-Calvo,Borja CA IAC-18.C2.3.1Martinez-Gonzalez,Xavier CA IAC-18.D1.2.7Martino,Paolo CA IAC-18.A3.4A.5Martins,Zita CA IAC-18.A1.6.3Martins,Zita CA IAC-18.A1.6.8Martucci,Alessandro A IAC-18.D3.IP.7MartuccidiScarfizzi,Giovanni CA IAC-18.B6.3.6Martín,Javier CA IAC-18.A3.3A.5Martín-García,César CA IAC-18.C2.1.5Martín-Torres,Javier CA IAC-18.A2.3.7Martín-Torres,Javier CA IAC-18.A3.IP.41MartínezCerdá,JoséMaría CA IAC-18.C3.4.11MartínezDíez,Daniel CA IAC-18.A5.1.5Marume,Kyohei A IAC-18.A1.3.2Marx,Pierre CA IAC-18.A3.IP.13Marzioli,Paolo CA IAC-18.E1.3.7Marzioli,Paolo A IAC-18.B2.3.5Marzioli,Paolo A IAC-18.A1.6.9Marzioli,Paolo CA IAC-18.A6.IP.36Marzioli,Paolo A IAC-18.A6.10-C1.7.9Marzioli,Paolo A IAC-18.B4.6B.10Marzioli,Paolo CA IAC-18.B2.7.4Marzo,Cosimo CA IAC-18.B2.8-GTS.3.1Marzo,Cosimo CA IAC-18.A6.IP.41Masali,Melchiorre CA IAC-18.A3.IP.69Masatli,Zeynep CA IAC-18.A1.IP.21Mascetti,Gabriele CA IAC-18.B4.8.1Masdemont,JosepJ. CA IAC-18.C1.1.3Masdemont,JosepJ. CA IAC-18.C1.2.1

Masdemont,JosepJ. CA IAC-18.C1.2.10Masdemont,JosepJ. CA IAC-18.C1.9.9Mashtakov,Yaroslav CA IAC-18.C1.2.4Mashtakov,Yaroslav CA IAC-18.C1.4.7Mashtakov,Yaroslav CA IAC-18.C1.5.7Masillo,Silvia CA IAC-18.A6.10-C1.7.9Masillo,Silvia CA IAC-18.B4.6B.10Massari,Mauro CA IAC-18.A6.1.9Massari,Mauro CA IAC-18.A3.2A.7Massari,Mauro CA IAC-18.A6.IP.10Massari,Mauro CA IAC-18.A6.IP.41Massari,Mauro CA IAC-18.B1.IP.22Massari,Mauro CA IAC-18.B4.8.5Massari,Mauro CA IAC-18.C1.8.11Massari,Mauro CA IAC-18.D1.6.8Massaro,AlessandroS. CA IAC-18.C1.5.10Massimiani,Chiara CA IAC-18.A6.5.2Massimiani,Chiara CA IAC-18.C3.4.5Massironi,Matteo CA IAC-18.A3.1.12Masson,Frederic CA IAC-18.D3.2.6Masson,Frederic CA IAC-18.D4.5.6Masson-Zwaan,Tanja A IAC-18.E7.5.18MassutiBallester,Bartomeu CA IAC-18.C2.4.5MassutiBallester,Bartomeu A IAC-18.C2.4.8Masui,Hirokazu CA IAC-18.D5.1.6Masui,Hirokazu CA IAC-18.D5.3.4Masui,Hirokazu CA IAC-18.B4.7.10Masutti,Davide CA IAC-18.A6.5.2MATAS,Attila A IAC-18.E7.7-B3.8.6Matas,Ivan A IAC-18.E5.1.4Matassa,Roberto CA IAC-18.C2.IP.19Matassa,Roberto CA IAC-18.C2.8.1Matey,Ernest CA IAC-18.B4.9-GTS.5.4Mathanlal,Thasshwin A IAC-18.B1.3.11Mathesius,Kelly CA IAC-18.D2.4.3Mathur,Monish CA IAC-18.A7.IP.1Mathur,Monish CA IAC-18.B4.7.5Matloff,Gregory CA IAC-18.A7.2.5Matloff,Gregory A IAC-18.D4.4.7Matousek,Steve A IAC-18.D1.IP.4MATSON,Douglas CA IAC-18.A2.6.13Matsumoto,Haruhisa CA IAC-18.D1.5.6Matsumoto,Jun CA IAC-18.D1.2.4Matsumoto,Kunihiro CA IAC-18.B3.3.6Matsumoto,Satoshi A IAC-18.A2.2.2Matsumoto,Satoshi CA IAC-18.A2.7.7Matsushita,Taishi CA IAC-18.A2.4.11Matsuura,Shuji CA IAC-18.D1.2.4Matsuzaki,Ichiyo CA IAC-18.A1.1.6Matsuzawa,Shinji CA IAC-18.C1.5.4Mattana,Andrea CA IAC-18.A6.1.9Mattana,Andrea CA IAC-18.A6.IP.10Matthiae,Daniel CA IAC-18.A1.5.10Mattiello-Francisco,Fátima CA IAC-18.D3.4.12Mattioda,Andrew CA IAC-18.A1.6.3Matus,Galyna CA IAC-18.E8.1.1Matusiewicz,Adam CA IAC-18.B2.IP.5Matusiewicz,Adam CA IAC-18.B6.IP.5Matusiewicz,Adam CA IAC-18.D2.IP.9Matusiewicz,Adam CA IAC-18.D2.9-D6.2.10Matuzevicius,Mantas CA IAC-18.B2.7.7Matvienko,Sergei A IAC-18.A3.IP.70Matviyenko,Sergiy A IAC-18.D2.IP.18Maxence,Didier A IAC-18.C4.6.1Maxwell,Jordan A IAC-18.C1.6.2May,Stefan CA IAC-18.C4.2.8Mayer,Dirk CA IAC-18.C2.5.13Mayer,Hannes A IAC-18.E4.1.2Mayer,Tobiasz CA IAC-18.C4.3.12Mayer,Tobiasz CA IAC-18.D2.9-D6.2.11Mayor,Diana A IAC-18.A1.3.17Mayorova,Vera CA IAC-18.E1.3.11Mayorova,Vera A IAC-18.E2.4.8Mayorova,Vera A IAC-18.A6.IP.45Mayorova,Vera A IAC-18.E1.2.9


198 199

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INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Mazarico,Erwan CA IAC-18.A3.4B.8Mazeau,Sophie CA IAC-18.D1.4A.11Mazza,Andrea CA IAC-18.C2.8.10Mazza,Andrea A IAC-18.C2.9.8Mazzetti,Alessandro CA IAC-18.A3.2C.4Mazzoleni,Andre CA IAC-18.A3.5.1Mazzotta,DanieleGiuseppe CA IAC-18.A3.2C.6Mbikayi,Zoe CA IAC-18.A5.1.9Mbuthia,Mwangi CA IAC-18.B4.1.8McAdams,James CA IAC-18.A5.2.2McAvinia,Ruth CA IAC-18.E1.4.2McAvinia,Ruth A IAC-18.A5.1.10McAvinia,Ruth A IAC-18.E1.9.10McClainStanford,Spencer CA IAC-18.E1.8.3McClean,John CA IAC-18.A7.2.6McGregor,CarolynP CA IAC-18.A1.4.13McInnes,ColinR. CA IAC-18.D4.3.18McKay,Chris CA IAC-18.E1.2.11Mckellar,Marshall A IAC-18.E7.IP.16McKenna-Lawlor,Susan CA IAC-18.A3.5.11McKeown,David CA IAC-18.C1.IP.1McKnight,Darren A IAC-18.A6.2.9McKnight,Darren A IAC-18.B4.9-GTS.5.1McMahon,Jay CA IAC-18.C1.2.7McMahon,Jay CA IAC-18.C1.9.8McMaster,Thomas A IAC-18.C2.IP.17McMullan,Kevin CA IAC-18.B1.3.1McNutt,Jr.,RalphL. CA IAC-18.D4.4.1McNutt,Jr.,RalphL. A IAC-18.D4.4.2McPhee,Hamish A IAC-18.D3.2.8McSweeney,Adam CA IAC-18.A3.3A.6McVey,John CA IAC-18.A6.4.3McVey,John CA IAC-18.A6.7.6Mede,Tina A IAC-18.E6.2.2Medina,F.Javier CA IAC-18.A1.8.17Medina,F.Javier A IAC-18.A2.7.17Medina,FranciscoJavier CA IAC-18.A1.8.2Medvedev,Aleksandr A IAC-18.D2.4.6Meerpohl,Christian CA IAC-18.A3.5.7Meftah,Khalid CA IAC-18.B4.3.5Mege,Daniel CA IAC-18.A3.IP.37Mehta,Deepak A IAC-18.E1.6.3Meier,Martin A IAC-18.A2.4.8Meier,Martin CA IAC-18.A2.7.18Meijer,Yasjka CA IAC-18.B1.2.7Meinel,Michael CA IAC-18.B6.1.1Meinel,TillJannes CA IAC-18.A2.4.12Meinert,Tobias CA IAC-18.D1.2.12Meirion-Griffith,Gareth CA IAC-18.D1.4B.1Meiss,Jan-Hendrik A IAC-18.C4.3.11Meiss,Jan-Hendrik CA IAC-18.D2.6.10Melis,Andrea CA IAC-18.A4.1.6Melis,Andrea A IAC-18.A4.1.9Melis,Andrea CA IAC-18.A4.1.11Mellab,Karim CA IAC-18.D1.2.1Mellab,Karim CA IAC-18.A3.4A.5Melnik,Daniela CA IAC-18.A1.IP.26Melnik,Daniela CA IAC-18.A1.8.9Melnikova,Valeriia CA IAC-18.E2.4.8MeloSouza,CarlosHenrique CA IAC-18.C2.1.4MeloSouza,CarlosHenrique CA IAC-18.C2.3.8Melton,RobertG. CA IAC-18.A6.9.6Melzer,Andre A IAC-18.A2.3.8Mendoza,Omar CA IAC-18.D3.2.1Mendoza,Omar A IAC-18.C3.3.6Mendt,Stefan CA IAC-18.A1.2.10Mendt,Stefan CA IAC-18.A1.2.24Mendt,Stefan CA IAC-18.A1.4.4Menenti,Massimo CA IAC-18.B4.4.7Meng,Xianlong CA IAC-18.C3.1.10Menges,Achim CA IAC-18.E5.1.8Mengu,Cho CA IAC-18.B4.1.1Mengu,Cho CA IAC-18.B4.1.13Mengu,Cho CA IAC-18.B4.7.10Menicucci,Alessandra CA IAC-18.E5.IP.3

Menon,PrathyushP CA IAC-18.D1.3.1Menshenin,Yaroslav A IAC-18.D1.4A.8Menting,Esmée CA IAC-18.D2.5.12Menzies,Alexander CA IAC-18.C1.8.12Menzio,Davide A IAC-18.C1.9.12Merati,Giampiero CA IAC-18.A1.2.24Merati,Giampiero CA IAC-18.A1.4.4Mercado,Nancy CA IAC-18.A1.4.3Mercado,Nancy CA IAC-18.E5.IP.10Mercier,Gaétan CA IAC-18.A3.2A.3Merkle,Dominik CA IAC-18.E2.3-GTS.4.9Merkurev,Denis CA IAC-18.C4.4.11Merrill,Raymond CA IAC-18.A3.1.3Meß,Jan-Gerd A IAC-18.D1.1.1Messerschmid,Ernst A IAC-18.B2.4.9Messina,Maria CA IAC-18.E3.IP.1Messina,Maria CA IAC-18.E5.5.3Messina,Piero A IAC-18.A3.1.5Messina,Piero CA IAC-18.E4.1.5Messina,Piero CA IAC-18.A5.1.8Messina,Piero CA IAC-18.E6.IP.1Messina,Piero A IAC-18.E4.3B.9Messmann,David CA IAC-18.B2.2.2Mestreau-Garreau,Agnes CA IAC-18.D1.2.1Mestrovic,Nicole CA IAC-18.E1.4.7Mestry,Samiksha CA IAC-18.A3.2A.7Mestry,Samiksha CA IAC-18.B4.8.5Meta,Paolo CA IAC-18.D1.3.3Metcalfe,Laurie A IAC-18.B3.6-A5.3.3Metelli,Giulio CA IAC-18.A1.6.9Metris,Gilles CA IAC-18.A2.1.1Metzger,Stefan CA IAC-18.C2.6.3Metzger,Stefan A IAC-18.D5.3.2Meurisse,Alexandre CA IAC-18.E5.1.6Meurisse,Alexandre CA IAC-18.A3.2C.3Meusburger,Herwig CA IAC-18.A1.4.18Meyer,Anne CA IAC-18.D3.2.4Meyer,Anne CA IAC-18.A1.7.7Meyer,Anne CA IAC-18.A2.7.12Meyer,Anne CA IAC-18.C2.9.12Meyer,Anne CA IAC-18.D4.5.10Meyer,Antoine CA IAC-18.A2.4.8Meyer,Florian A IAC-18.A2.2.7Meyer,Florian CA IAC-18.D5.3.10Meyer,Jan-Christian CA IAC-18.A6.4.4Meyer,Jan-Christian CA IAC-18.A6.6.2Meyer,Marit CA IAC-18.A2.7.13Meyer,Sebastian CA IAC-18.A6.5.3Meyer,Sebastian CA IAC-18.C3.4.3Meyer,Thomas CA IAC-18.E6.1.4MIAO,Jianyin CA IAC-18.A2.2.10Miau,Jiun-Jih CA IAC-18.E3.1.14Michalec,Romain CA IAC-18.D1.2.7Michaud,Gabriele CA IAC-18.B2.2.3Michel,Lefebvre CA IAC-18.C4.IP.17Michel,Patrick A IAC-18.A3.4A.6Michel,René CA IAC-18.B2.3.8Michels,Jennifer A IAC-18.A2.5.11Michlitsch,Jeffrey A IAC-18.D2.IP.3Mickens,Matthew CA IAC-18.A1.7.16Migeotte,Pierre-François CA IAC-18.A1.2.5Migeotte,Pierre-François CA IAC-18.A1.2.22MiguelGonzálezPérez,José CA IAC-18.E1.8.5Miguel-Lago,Mónica CA IAC-18.B1.IP.10Mihara,Shoichiro A IAC-18.C3.2.8Mihm,Moritz A IAC-18.A2.1.8Mihm,Moritz CA IAC-18.D3.1.8Mikhalchenko,Elena A IAC-18.A2.IP.1Miki,Takahiro CA IAC-18.A3.IP.23Mikschl,Tobias CA IAC-18.A3.4B.6Mikulz,Eugen CA IAC-18.C2.1.7Mikulz,Eugen CA IAC-18.A3.4B.6Milankovich,Dorottya A IAC-18.E1.6.6Milankovich,Dorottya CA IAC-18.B3.9-GTS.2.10Milanov,Aleksandar A IAC-18.A4.IP.9

Milaševičius,Martynas CA IAC-18.B2.7.7Milhano,Tiago CA IAC-18.A6.6.10Milke,Alexander CA IAC-18.C2.7.1Millard,Douglas A IAC-18.E1.6.7Miller,Anatoli A IAC-18.A6.3.8Milligan,Tony CA IAC-18.E3.2.7Millinger,Mark CA IAC-18.A6.3.8Millwood,Scott A IAC-18.D5.4.3Milova,Praskovia CA IAC-18.E1.6.3Milova,Praskovia CA IAC-18.C4.IP.17Milstein,Oren CA IAC-18.A1.5.10Milza,Fabiana CA IAC-18.B3.9-GTS.2.10Milza,Fabiana CA IAC-18.E5.5.3Mimasu,Yuya CA IAC-18.C1.6.8Min,Xiangjun CA IAC-18.B5.3.10Min,Yuan CA IAC-18.A1.8.10Mindarno,HerySteven A IAC-18.C2.IP.25Mindermann,Pascal A IAC-18.C2.9.1Minetti,Cristophe CA IAC-18.C2.8.5Mingireanu,Florin A IAC-18.D2.IP.14MinguijonPallas,Pablo A IAC-18.A6.4.7Minster,Gedi A IAC-18.B3.7.12Mintus,Agata CA IAC-18.A5.1.6Minute,Marco CA IAC-18.C4.8-B4.5A.2Minutillo,Antonio CA IAC-18.D3.IP.7Minville,Maxime CA IAC-18.A3.2A.3MiquelParra,Laura CA IAC-18.A5.1.5MiquelParra,Laura A IAC-18.E3.IP.13Miranda,Cristina CA IAC-18.E7.7-B3.8.3Mireault-Lecourt,Chloe A IAC-18.E1.IP.23Mirino,Melissa A IAC-18.A3.IP.51Mirji,Shreyas CA IAC-18.A6.4.9Mirmina,Steven A IAC-18.E1.IP.10Mischke,Robert CA IAC-18.D1.4B.8Misev,Dimitar CA IAC-18.B1.4.4Misev,Dimitar CA IAC-18.B4.7.1Mishra,Aditya CA IAC-18.D3.2.9Mishra,Aditya A IAC-18.A4.IP.7Mishra,Aditya A IAC-18.D3.IP.5Mishra,Aditya CA IAC-18.C3.4.8Mishra,Aditya CA IAC-18.D4.5.12Mishra,Smriti CA IAC-18.E2.4.7Miskovic,Vanja CA IAC-18.C2.8.5Misra,Arun CA IAC-18.C1.2.2Misra,Arun CA IAC-18.C1.2.12Misra,Tapan CA IAC-18.B1.3.9Misuri,Tommaso A IAC-18.C4.4.10Mitch,Ryan CA IAC-18.A3.4B.8Mitchell,Ken A IAC-18.E2.2.8Mitlyng,David CA IAC-18.D5.4.4Mitra,Abhijit CA IAC-18.B2.1.10Miura,Yoshiyuki CA IAC-18.C4.IP.31Miyata,Kikuko A IAC-18.B4.2.4Miyazaki,Yasuyuki CA IAC-18.C2.2.2Mladenov,Tom CA IAC-18.C2.8.3Moccia,Antonio CA IAC-18.B4.7.11Mocerino,Armando CA IAC-18.D3.IP.7Modenini,Dario A IAC-18.B4.8.12Moeller,Ralf A IAC-18.A1.3.18Moeller,Ralf CA IAC-18.A1.6.12Moeller,Ralf CA IAC-18.A2.7.15Mogilevsky,Mikhail CA IAC-18.B4.7.6MohamadRahim,SitiNadhirah CA IAC-18.B5.1.10Mohamed,Hameed CA IAC-18.E1.IP.29Mohammad,Mirkhalaf CA IAC-18.C2.4.3Mohammed,Nebiyu A IAC-18.E1.IP.31Mohanty,Susmita CA IAC-18.E1.9.14Mohr,DanielP. CA IAC-18.A2.6.3Mohr,Markus CA IAC-18.A2.6.13Mok,Sung-Hoon CA IAC-18.C1.IP.18Mokaeva,Alisa CA IAC-18.E1.2.9Moldwin,Mark CA IAC-18.B4.2.9MOLINA,Marco A IAC-18.A3.3B.1MOLINA,Marco A IAC-18.A3.5.4MOLINA,Marco A IAC-18.C3.4.4

MOLINA,Marco A IAC-18.C2.8.5Molina,Maria A IAC-18.B1.5.5Molinari,Giulio CA IAC-18.D2.7.8Molinari,Giulio CA IAC-18.B4.5.12Molotkov,Vladimir CA IAC-18.A2.6.3Molotov,Igor CA IAC-18.A6.IP.1Molotov,Igor A IAC-18.A6.IP.8Molotov,Igor CA IAC-18.A6.7.5Momose,Kazuhiko CA IAC-18.E1.8.3Momozawa,Ai CA IAC-18.C2.4.5Monaco,Federico CA IAC-18.A3.IP.69Monakhova,Uliana CA IAC-18.B4.7.6Monari,Jader CA IAC-18.A4.1.5Monchaux,David A IAC-18.D2.5.3Monchieri,Emanuele CA IAC-18.A3.2B.8Mondal,Amit CA IAC-18.A1.IP.20Mondal,Amit CA IAC-18.A3.IP.67Monette,Maxime CA IAC-18.C4.7-C3.5.5Monge,Luis CA IAC-18.B4.1.4Monge,Luis CA IAC-18.B1.5.5Monge,Luis A IAC-18.E1.1.3Mongrard,Olivier CA IAC-18.A3.2A.3Monien,Georg CA IAC-18.B3.1.2Monnat,Andreea CA IAC-18.E1.5.8Monowar,MaisunIbn CA IAC-18.E1.5.13Monserrat-Filho,José A IAC-18.E7.4.13Monsky,Anneke CA IAC-18.C2.3.10Monsky,Anneke A IAC-18.A7.3.5Montalbano,Joel CA IAC-18.A5.1.2Montalti,Maurizio CA IAC-18.E5.1.7Montebugnoli,Stelio CA IAC-18.A4.1.5Montebugnoli,Stelio CA IAC-18.A4.1.9Montebugnoli,Stelio CA IAC-18.A4.1.11Monteiro,Jorge CA IAC-18.E2.3-GTS.4.9Montenegro,Sergio CA IAC-18.E1.IP.34Montenegro,Sergio CA IAC-18.A3.4B.6Montero,Dominique CA IAC-18.C1.IP.25MonteroMontoya,RaquelThamara CA IAC-18.B4.4.5MontiGuarnieri,Andrea CA IAC-18.B1.2.12Mony,Abhilash A IAC-18.C1.4.12Monzon,Amalio A IAC-18.E1.5.1Mooij,Erwin CA IAC-18.C1.5.9MooreIII,WilliamE CA IAC-18.B3.4-B6.4.6Mora,Jose CA IAC-18.A1.3.16Mora,Jose CA IAC-18.A1.IP.40MoraPortela,Darío CA IAC-18.D1.IP.27MoraVargas,Andres A IAC-18.B3.6-A5.3.1Moraguez,Matthew A IAC-18.D1.2.11Morand,Vincent CA IAC-18.E2.2.12Morandi,Vittorio CA IAC-18.C2.8.5Moranta,Sebastien A IAC-18.E3.2.3Moranta,Sebastien CA IAC-18.E3.4.7Moranta,Sebastien CA IAC-18.E3.4.10Moranta,Sebastien A IAC-18.E6.2.3Moratto,Claudio CA IAC-18.A2.1.4Moreels,Marjan CA IAC-18.A1.8.8Moreels,Philippe CA IAC-18.B1.IP.35Moreira,Alberto A IAC-18.B1.2.4Moreira,Luis CA IAC-18.C2.2.9MoreldeWestgaver,Eric A IAC-18.E3.3.11MorenoAguirre,Carolina A IAC-18.B3.9-GTS.2.1MorenoAguirre,Carolina A IAC-18.A2.7.3Moretti,Nicholas CA IAC-18.B4.2.5Morfill,Gary CA IAC-18.D1.4B.7Mori,Osamu CA IAC-18.C1.6.8Moriani,Marco CA IAC-18.D1.3.6MORIOKA,Sumio CA IAC-18.D2.7.9Morito,Toshiki CA IAC-18.A3.1.10Moritz,Juliane CA IAC-18.C4.IP.48Morlang,Frank A IAC-18.B5.1.3Morlang,Frank CA IAC-18.B2.5.4Morlang,Frank CA IAC-18.D6.3.3Morlang,Frank CA IAC-18.D6.3.9Morozov,Kirill CA IAC-18.E1.IP.20Morrison,Charlotte CA IAC-18.A5.1.5


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INDEX

Morrison,Charlotte CA IAC-18.E3.IP.13Morrison,Charlotte CA IAC-18.D2.8-A5.4.6Morsbøl,Jonas CA IAC-18.B4.2.2Morsbøl,Jonas CA IAC-18.C4.6.4Mortari,Daniele CA IAC-18.C1.8.3Moruzzi,Michael CA IAC-18.C4.5.10Moruzzi,Michael CA IAC-18.C4.IP.38Morzhukhina,AlenaV. A IAC-18.C2.8.6Moseley,SamuelHarvey CA IAC-18.A7.3.8Moser,HubertAnton A IAC-18.D1.5.5Moses,Kelly CA IAC-18.D5.2.9Mosier,Gary CA IAC-18.D1.IP.25Moskalov,Sergii A IAC-18.D2.4.2Moskovitz,Nicholas CA IAC-18.A6.10-C1.7.1Mostafa,Abdelfattah A IAC-18.C4.IP.48Mostert,Sias A IAC-18.B4.1.6Mostert,Sias A IAC-18.B5.3.12Motohara,Moritoshi CA IAC-18.B3.3.6Motzigemba,Matthias A IAC-18.B1.3.8Motzigemba,Matthias CA IAC-18.B2.7.1Moukhamedieva,Lana CA IAC-18.A1.3.20Moukhamedieva,Lana CA IAC-18.B3.3.9Moukhamedieva,Lana CA IAC-18.A1.6.11Moukhamedieva,Lana CA IAC-18.A1.7.8Mould,Toby CA IAC-18.D4.5.18MOUSSET,Valérie CA IAC-18.B3.6-A5.3.3Moussi-Soffys,Aurelie CA IAC-18.A3.4A.2Mozo,Alvaro CA IAC-18.B2.1.12Mu,Junxu CA IAC-18.A4.1.8Mu,Ruinan A IAC-18.C2.3.12Much,Rudolf CA IAC-18.A2.1.4Mudkey,Nishanth A IAC-18.D4.1.17Mueller,Florian CA IAC-18.E5.IP.5Mueller,Robert A IAC-18.E5.1.5Mueller,Thomas CA IAC-18.B3.4-B6.4.2Mugellesi-Dow,Roberta CA IAC-18.D5.2.4Mughal,M.Rizwan CA IAC-18.C3.IP.11Mugnuolo,Raffaele CA IAC-18.A3.5.4Muirhead,Brian CA IAC-18.A3.3A.7Mukadam,MouzzamMehmood CA IAC-18.B3.9-GTS.2.11Mukadam,MouzzamMehmood CA IAC-18.A3.IP.69Mukai,Chiaki CA IAC-18.E1.3.2Mukai,Chiaki CA IAC-18.D1.3.10Mukherjee,Bhaskar A IAC-18.A1.5.1Mukherjee,Bhaskar A IAC-18.C2.6.8Mukherjee,Rudranarayan CA IAC-18.D1.4B.1Mulder,Edwin CA IAC-18.A1.2.22Mulder,Edwin CA IAC-18.A1.4.8Mulder,Edwin CA IAC-18.A1.IP.3Mullin,Nikolay A IAC-18.E1.4.3Mullin,Nikolay A IAC-18.E1.IP.20Mullins,Irina CA IAC-18.E1.8.3Mungiguerra,Stefano A IAC-18.C2.4.4Mungiguerra,Stefano CA IAC-18.C4.3.6Muolo,Luigi CA IAC-18.B2.8-GTS.3.1Muolo,Luigi CA IAC-18.A6.IP.41Muolo,Luigi CA IAC-18.A6.7.7Murage,Sophia CA IAC-18.B4.1.8Murakami,Daichi A IAC-18.D4.3.11Murata,Naofumi CA IAC-18.D1.5.6Murdaca,Francesco CA IAC-18.D5.2.5Murdza,James CA IAC-18.B2.8-GTS.3.12Murgia,Matteo CA IAC-18.A4.1.9MurilloAlcocer,MarcoAlejandro A IAC-18.B2.2.11Murnane,Austin A IAC-18.D4.5.16Murphy,David A IAC-18.B4.9-GTS.5.7Murrow,David CA IAC-18.A1.5.10Murtazin,Rafail CA IAC-18.A5.1.11Murthi,K.R.Sridhara CA IAC-18.B5.2.3MurthiK.R.,Sridhara CA IAC-18.B5.3.7Murthy,Srinivas CA IAC-18.C3.4.12Muru,Silvar CA IAC-18.B1.3.6Musetti,Bruno A IAC-18.A3.3A.3Musetti,Bruno CA IAC-18.A3.3A.10Musiolik,Grzegorz A IAC-18.A2.7.8

Musson,David CA IAC-18.A1.3.5Muszyński-Huhajło,Mateusz CA IAC-18.A1.7.13Mutabazi,Innocent CA IAC-18.A2.4.8Mutschke,Gerd CA IAC-18.A2.4.12MuñozElorza,Iñigo CA IAC-18.B3.5.6Mwangi,Charles CA IAC-18.B4.1.8Mykhalchyshyn,Roman A IAC-18.D2.3.12Myrrhe,Jacqueline A IAC-18.D4.2.5Mysore,Aprameya CA IAC-18.C1.8.12Márton,Zoltán-Csaba CA IAC-18.D1.2.7Möstl,Stefan CA IAC-18.A1.2.2Mücke,Martin A IAC-18.B1.2.8Mücklich,Frank CA IAC-18.A1.3.18Mücklich,Frank CA IAC-18.A2.7.15Müller,Armin CA IAC-18.D1.4B.3Müller,Christina CA IAC-18.E1.2.1Müller,Daniel CA IAC-18.A1.3.18Müller,Marcus CA IAC-18.A3.2A.8Müller,Moritz CA IAC-18.B4.7.12Müller,Thomas CA IAC-18.A7.3.7Müntinga,Hauke A IAC-18.A2.1.14Müntinga,Hauke CA IAC-18.A2.5.6

N

Name Role PaperNa,Yunju A IAC-18.C1.IP.18Nadalini,Riccardo CA IAC-18.A3.2C.4Nader,Jules CA IAC-18.B2.6.4Nader,Ronnie CA IAC-18.B2.6.4Naderi,Julian CA IAC-18.A1.4.16Naef,Samuel CA IAC-18.B2.3.8Naef,Samuel A IAC-18.E5.4.9Naef,Samuel CA IAC-18.B2.6.3NAG,RAHUL CA IAC-18.B4.7.5Nagano,Kenji CA IAC-18.C3.2.8Nagase,Tetsuya CA IAC-18.C1.IP.9Nagase,Tomoka CA IAC-18.B3.1.5Nagashima,Satoshi A IAC-18.C1.6.5Nagata,Takuma A IAC-18.A6.IP.30Nagaty,Amr CA IAC-18.A3.2A.3Nagendra,NarayanPrasad CA IAC-18.E6.1.9Nagendra,NarayanPrasad A IAC-18.E7.1.2Nagendra,NarayanPrasad CA IAC-18.B5.2.11Nagendra,NarayanPrasad CA IAC-18.D1.IP.31Nagy,Viktor CA IAC-18.A6.IP.6NAIK,JARPULADHARMA CA IAC-18.C4.3.13Naik,Kunal CA IAC-18.B2.3.8Naik,Kunal A IAC-18.A3.IP.39Naik,Kunal CA IAC-18.B2.6.3Naik,Siddhesh CA IAC-18.D4.2.8Naik,Siddhesh CA IAC-18.B1.IP.25Nair,Kiran A IAC-18.E3.4.3Nair,Kiran A IAC-18.A6.8.3Nair,SarathChandran CA IAC-18.C4.IP.24Najjar,Michael A IAC-18.E5.3.1Nakagami,Hidetoshi CA IAC-18.A2.7.7Nakahata,Akihiro CA IAC-18.A1.2.17NAKAJIMA,Shintaro CA IAC-18.C2.2.1Nakamura,Airi CA IAC-18.A2.2.3Nakamura,Airi CA IAC-18.A2.4.11Nakamura,Shuji CA IAC-18.C3.2.8Nakamura,Takahiro CA IAC-18.D2.7.2Nakamura,Takeru CA IAC-18.C2.2.2Nakamura,Toshiki A IAC-18.B5.1.12Nakamura,Yasuhiro CA IAC-18.A2.7.7NakaradaPecujlic,Anja A IAC-18.E7.3.5NakaradaPecujlic,Anja A IAC-18.E1.IP.9Nakata,Kazuya CA IAC-18.D1.3.10Nakka,YashwanthKumar CA IAC-18.C1.6.3Naldi,Giovanni CA IAC-18.A6.1.9Naldi,Giovanni CA IAC-18.A6.IP.10Nambiar,Shrrirup CA IAC-18.A3.IP.7Nampoothiri,Krishnan CA IAC-18.C2.IP.23Nandi,Payal A IAC-18.B4.8.6

Nandyala,Varun CA IAC-18.C4.5.3Nanni,Francesca CA IAC-18.C2.8.7Nanni,Francesca CA IAC-18.C2.9.11Napier,JenniferLauren A IAC-18.E5.5.1Napier,JenniferLauren A IAC-18.E4.3B.8Napolitano,Ermanno A IAC-18.D4.5.13Nara,Tokio CA IAC-18.D2.2.1Narayan,Vinay CA IAC-18.E3.IP.14Nardi,Luca CA IAC-18.A1.6.9Naser,Angeera CA IAC-18.D4.1.1Naseri,Asal CA IAC-18.A7.3.9Nassef,MohamedZakaria A IAC-18.A1.IP.26Nassef,MohamedZakaria CA IAC-18.A1.8.9Nasser,Mona A IAC-18.A1.3.7Nasseri,SeyedAli A IAC-18.B3.9-GTS.2.14Nasseri,SeyedAli A IAC-18.E1.2.7Nassisi,Annamaria A IAC-18.E3.IP.1Nassisi,Annamaria CA IAC-18.E5.5.3Natale,Pasquale CA IAC-18.C4.5.7Naumann,KarlWieland A IAC-18.C4.IP.26Naumkin,VadimN. CA IAC-18.A2.6.3Nautiyal,Anirudh CA IAC-18.C2.IP.21Navarrini,Alessandro CA IAC-18.A4.1.9Navarrini,Alessandro CA IAC-18.A4.1.11Navarro-Tapia,Diego A IAC-18.C1.5.3Nayar,Madhavi CA IAC-18.E1.8.3Nazarious,MiracleIsrael A IAC-18.A3.3B.8Nazri,Hannah A IAC-18.A2.7.10Nechita,Silvia CA IAC-18.A3.IP.54Neduncheran,Adhithiyan CA IAC-18.B3.IP.14Nedyalkov-Höfkes,Danail A IAC-18.C4.1.10Neelam,Srujana CA IAC-18.A1.8.12Neglia,Cosimo CA IAC-18.A1.3.10Negoda,Sergiy CA IAC-18.E3.1.3Negri,Barbara CA IAC-18.B4.2.11Nehls,Mary CA IAC-18.C2.6.2Neiberlien,Henry CA IAC-18.E1.3.10Neidlinger,Kristin A IAC-18.B3.IP.2Nemo,Grégoire CA IAC-18.B2.3.8Nenarokomov,AlekseyV. CA IAC-18.C2.4.10Nenarokomov,AlekseyV. A IAC-18.C2.7.4Nenarokomov,AlekseyV. CA IAC-18.C2.8.6Neralkar,Aditya A IAC-18.E2.4.10Nergaard,Kim CA IAC-18.A3.1.10Nergaard,Kim CA IAC-18.B3.6-A5.3.3Neri,Gianluca CA IAC-18.E1.3.6Neri,Gianluca A IAC-18.A1.6.5Nerovny,Nikolay CA IAC-18.E2.4.8Nesladek,Milos CA IAC-18.C2.8.3Nesnas,IssaA. CA IAC-18.C1.6.11Nesnas,IssaA. CA IAC-18.A3.4B.5Nessel,James CA IAC-18.B2.1.5Netelev,AndreyV. CA IAC-18.C2.8.6Neuckel,DanielStefan CA IAC-18.B3.9-GTS.2.3Neumann,Antje A IAC-18.A2.IP.12Neumann,Nils A IAC-18.C1.IP.33Neumann,Patrick CA IAC-18.E7.2.9Neumann,Stephan CA IAC-18.D5.1.11Neunzig,Oliver A IAC-18.E2.2.11Neustroev,Valeriy CA IAC-18.D5.1.1Neuzner,Andreas CA IAC-18.B3.3.12Neves,Rita A IAC-18.C1.1.4Neves,Rita CA IAC-18.E2.3-GTS.4.11Neves,Rita A IAC-18.C1.8.8Neveu,David CA IAC-18.A3.2A.3Newman,Christopher A IAC-18.E7.2.10Newman,Josh CA IAC-18.A3.2B.6Newman,Timothy CA IAC-18.B1.2.10Newman,Timothy CA IAC-18.B1.4.5Newton,Elizabeth CA IAC-18.B1.5.6Newton,Elizabeth CA IAC-18.B1.5.10Newton,Elizabeth CA IAC-18.B1.IP.28Newton,Elizabeth CA IAC-18.C4.6.8Newton,Elizabeth CA IAC-18.C4.7-C3.5.3Newton,Elizabeth CA IAC-18.C4.7-C3.5.10

Newton,Elizabeth CA IAC-18.D2.8-A5.4.4Newton,Elizabeth CA IAC-18.D2.8-A5.4.5Newton,Elizabeth CA IAC-18.E3.6.11Newton,Elizabeth CA IAC-18.A2.7.13Newton,Elizabeth CA IAC-18.E7.7-B3.8.2Ng,Alfred CA IAC-18.C1.2.2Ng,HuiYiRebecca CA IAC-18.B6.IP.2Ngamarunchot,Bank CA IAC-18.E1.2.8Ni,Zhiyu CA IAC-18.C3.1.8Niccolai,Lorenzo A IAC-18.C4.6.13Nicholas,Austin CA IAC-18.A3.3A.6Nicholson,Wayne CA IAC-18.A1.6.3Nicolls,Michael CA IAC-18.A6.7.4Niculut,Laurentio CA IAC-18.C2.IP.5Nie,Mingyan A IAC-18.E7.2.11Niedermaier,Thomas CA IAC-18.A2.1.4Niederstrasser,Carlos A IAC-18.D2.9-D6.2.9Niederwieser,Tobias A IAC-18.A1.7.9Nielsen,Jens CA IAC-18.B4.6B.11Nieminen,Petteri CA IAC-18.A1.5.2Nigol,MadisKaspar CA IAC-18.B1.3.6Niimura,Yuki A IAC-18.A2.4.10Niitsu,Mayuki CA IAC-18.D2.2.1Nijs,Siegfried CA IAC-18.E1.6.3Nikam,Omkar CA IAC-18.E5.4.9Nikitin,Valeriy CA IAC-18.A2.4.2Nikitin,Valeriy CA IAC-18.A2.IP.1Nikitin,Valeriy CA IAC-18.A2.IP.11Nikolaev,Evgeny CA IAC-18.A3.IP.4Nikolasevic,Goran A IAC-18.E5.5.4Nikonov,Vasily CA IAC-18.A3.IP.50Nikonov,Vasily CA IAC-18.D4.IP.3Ninagawa,Ryotaro CA IAC-18.B4.7.10Ning,Xin CA IAC-18.D1.IP.19Nisar,Zeena A IAC-18.A2.7.14Nishi,Kentaro A IAC-18.D1.1.4Nishida,Hiroyuki CA IAC-18.C4.7-C3.5.11Nishihara,Jun CA IAC-18.C3.2.8Nishii,Naoki CA IAC-18.C2.5.2Nishikawa,Waka CA IAC-18.B3.3.6Nishimura,Naoki CA IAC-18.A1.2.16Nishimura,Naoki CA IAC-18.A1.3.2Nishiyama,Kazutaka A IAC-18.C4.4.3Nistico',EnricoAndrea CA IAC-18.A3.3A.10Nitsche,Andrea CA IAC-18.A1.IP.3Nitschke,Felix CA IAC-18.D4.5.3Nitzer,Robin CA IAC-18.A1.3.20Nitzer,Robin CA IAC-18.A2.IP.5Nitzer,Robin CA IAC-18.A1.7.8NIU,Aimin A IAC-18.B3.3.2NiñoPrieto,OmarAriosto A IAC-18.D5.1.10Nkansah,Kwasi CA IAC-18.B2.3.8Nkansah,Kwasi CA IAC-18.B2.6.3Nodar,Diego CA IAC-18.B4.2.10Noeker,Matthias A IAC-18.B3.7.13Noga,Tomasz CA IAC-18.A6.5.9Noga,Tomasz CA IAC-18.D2.9-D6.2.11Noguchi,Yuichi CA IAC-18.D2.1.8Nogueira,Tiago CA IAC-18.B4.3.12NogueiradeFaria,William CA IAC-18.D1.IP.12Nohara,Masaru CA IAC-18.B4.5.2Nohka,Falk CA IAC-18.D1.4B.7Nokes,Charles CA IAC-18.E1.IP.1Nolbert,Dominik CA IAC-18.A1.5.2Nonaka,Satoshi A IAC-18.D2.5.7Noomen,Ron CA IAC-18.A3.2A.7Noomen,Ron CA IAC-18.A6.4.7Noomen,Ron CA IAC-18.D1.IP.31Noomen,Ron CA IAC-18.B4.8.5Noor,Maliyat CA IAC-18.D1.1.6Noppe,Alexandra CA IAC-18.A1.8.4Nordine,Michael A IAC-18.A1.IP.21Nordine,Michael CA IAC-18.A1.7.1Nordmann,Stefan CA IAC-18.A7.IP.2Nordmann,Stefan CA IAC-18.D5.3.1


202 203

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POSIUMTECHNICAL


INDEX

Norheim,Johannes CA IAC-18.B3.9-GTS.2.1Norheim,Johannes A IAC-18.D3.4.2Norman,Robert CA IAC-18.A6.9.1Noroozian,Omid CA IAC-18.A7.3.8Norp,Toon A IAC-18.B2.3.1Norton,Charles A IAC-18.B4.2.1Nosovsky,Andrey CA IAC-18.A1.IP.12Notea,Amir CA IAC-18.A3.IP.69Novak,Daniel A IAC-18.B6.2.3Novara,Carlo A IAC-18.C1.6.4Novara,Carlo CA IAC-18.C1.IP.26Novikov,Valery CA IAC-18.A1.4.14Novikov,Valery CA IAC-18.A1.IP.12Novikov,Valery CA IAC-18.A1.IP.13Novikov,Valery A IAC-18.A1.IP.18Novikova,Natalia CA IAC-18.A2.IP.5Novikova,Natalia CA IAC-18.A1.7.8Nowakowski,Pawel A IAC-18.A6.5.9Ntakakis,George CA IAC-18.A1.3.11Ntinos,Christos CA IAC-18.B2.3.8Ntinos,Christos CA IAC-18.E5.4.9Ntinos,Christos CA IAC-18.B2.6.3Nuermberger,Maximilian CA IAC-18.A2.IP.10Nuevo,Miguel CA IAC-18.B5.2.6Nugent,Ryan CA IAC-18.B4.5.14Nugraha,RidhaAditya A IAC-18.E7.IP.22Nwachukwu,Anthony A IAC-18.B5.2.8Nwachukwu,Anthony A IAC-18.E1.7.8Nyberg,Erik CA IAC-18.A2.3.7Nüchter,Andreas CA IAC-18.E1.IP.34

O

Name Role PaperO'Brien,Dennis A IAC-18.E7.4.5O'Connor,William A IAC-18.C1.IP.1O'Keeffe,Patrick A IAC-18.E3.6.12O'Neill,William CA IAC-18.D1.4A.6O'Neill,William A IAC-18.D1.4B.10O'Reilly,Dillon CA IAC-18.D3.1.3O'Reilly,Dillon CA IAC-18.E1.4.2O'Reilly,Dillon CA IAC-18.A5.1.10Oberst,Jürgen CA IAC-18.A3.3A.11Obrist,Marianna A IAC-18.B3.9-GTS.2.13Obukhov,Vladimir CA IAC-18.C4.4.11Ochiai,Mika A IAC-18.D3.1.11Ocón,Jorge A IAC-18.D1.6.12Oda,Toshimitsu CA IAC-18.B3.9-GTS.2.3Oddy,TimM CA IAC-18.A1.5.2Odeyemi,Olumide A IAC-18.B2.IP.15Oesef,Kevin CA IAC-18.E2.3-GTS.4.12Offermann,Lukas CA IAC-18.B3.9-GTS.2.3Offiong,Etim CA IAC-18.E1.IP.12Ogawa,Shiho CA IAC-18.B3.3.6Ogawara,Akira A IAC-18.C4.3.3Ogborne,Stuart CA IAC-18.E2.3-GTS.4.5Ogrizovic,Vukan CA IAC-18.B2.3.3Ogungbuyi,MichaelGbenga A IAC-18.E5.2.9Ogut,NihatMert A IAC-18.E5.IP.3Ohashi,Kaoru CA IAC-18.D1.2.4Ohkawa,Yasushi A IAC-18.C4.IP.31Ohkawa,Yasushi CA IAC-18.A6.6.5Ohkubo,Shinya CA IAC-18.D2.2.1Ohkuma,Hayato CA IAC-18.A2.7.7Ohtaki,Yuh CA IAC-18.A1.1.6Ohtsuka,Hirohito CA IAC-18.D2.7.2Ohtsuka,Hirohito A IAC-18.B4.5.2Oi,Yuichi CA IAC-18.A1.1.6Oikawa,Takuto A IAC-18.D1.3.5Oikawa,Takuto CA IAC-18.A3.2C.9Oiko,Vitor CA IAC-18.B4.2.2Oiko,Vitor CA IAC-18.C4.6.4OjedaRamirez,OscarIvan A IAC-18.E1.3.5OjedaRamirez,OscarIvan A IAC-18.E5.1.12OjedaRamirez,OscarIvan A IAC-18.A1.IP.39

Ojha,Siddharth A IAC-18.A1.IP.20Ojha,Siddharth CA IAC-18.A3.IP.67Okada,Hideaki A IAC-18.C2.2.7Okada,Kazuyuki A IAC-18.D1.5.6Okada,Nobu CA IAC-18.A6.8.6Okada,Tatsuaki CA IAC-18.A3.4A.2Okamoto,Akira CA IAC-18.A6.8.6Okamoto,Atsushi CA IAC-18.D1.1.4Okamoto,Hiroyuki CA IAC-18.A6.6.5Okita,Koichi CA IAC-18.C4.3.3Okita,Koichi CA IAC-18.C4.IP.8Okninski,Adam CA IAC-18.C4.3.12Okninski,Adam CA IAC-18.A6.5.9Okninski,Adam CA IAC-18.D2.9-D6.2.11Okuda,Noriyuki CA IAC-18.A3.IP.29Okumura,Teppei CA IAC-18.C4.IP.31Okumura,Teppei CA IAC-18.A6.6.5Okuyama,Kei-ichi CA IAC-18.A1.5.9Olakunle,Oladosu A IAC-18.E1.IP.12Oliva,Leonardo A IAC-18.D1.IP.21Oliveira,João CA IAC-18.A3.3B.7Oliveira,Justin A IAC-18.B2.8-GTS.3.1Olivieri,Lorenzo A IAC-18.A6.3.7Olivieri,Lorenzo CA IAC-18.A6.3.9Olivieri,Lorenzo CA IAC-18.A6.IP.19Olsakova,Michaela CA IAC-18.D1.1.6Olsen,John CA IAC-18.D4.5.15Olsen,øystein CA IAC-18.B2.5.6Olson,Thomas A IAC-18.E6.1.7Olsson-Francis,Karen CA IAC-18.A1.6.12Oltmann,Hergen A IAC-18.A2.3.6Oltmann,Hergen CA IAC-18.A1.8.9Oltrogge,Daniel CA IAC-18.A6.7.8Oluwafemi,FunmilolaAdebisi A IAC-18.A1.3.16Oluwafemi,FunmilolaAdebisi CA IAC-18.B3.9-GTS.2.5OLUWAFEMI,FunmilolaAdebisi CA IAC-18.E1.5.7Oluwafemi,FunmilolaAdebisi A IAC-18.A1.IP.40Oluwafemi,FunmilolaAdebisi CA IAC-18.A3.IP.48Omar,Sanny A IAC-18.A6.5.4Omiciuolo,Manolo A IAC-18.D1.IP.9Onga,Tadaoki CA IAC-18.C4.3.3Ono,Go CA IAC-18.C1.6.8Ono,Wataru CA IAC-18.A2.7.7Onofri,Silvano CA IAC-18.A1.6.12Onuki,Misuzu CA IAC-18.E6.1.8Onuki,Misuzu A IAC-18.E6.2.7Oosaki,Hiroyuki CA IAC-18.C3.2.7Oostenveld,Robert CA IAC-18.A4.IP.3Oosterlinck,Rene CA IAC-18.A3.IP.13Opatz,Oliver CA IAC-18.A1.2.10Opatz,Oliver CA IAC-18.A1.2.24Opatz,Oliver CA IAC-18.A1.4.7Opatz,Oliver CA IAC-18.A1.IP.21Opatz,Oliver CA IAC-18.A1.IP.22Opatz,Oliver A IAC-18.A1.7.1Opromolla,Roberto A IAC-18.C1.3.5Opromolla,Roberto CA IAC-18.D1.3.3Opromolla,Roberto A IAC-18.A6.5.8Opromolla,Roberto CA IAC-18.B4.7.11Orbach,Roy CA IAC-18.D5.IP.2Ording,Barend CA IAC-18.B1.5.1Oreshkin,Nikolai CA IAC-18.B5.1.5Oribe,Kyoko A IAC-18.D2.1.8Orlov,Oleg CA IAC-18.B3.2.5Orlov,Oleg CA IAC-18.A1.3.3Orlov,Oleg CA IAC-18.A1.3.9Orlov,Oleg A IAC-18.A1.4.1Orlov,Oleg CA IAC-18.A1.4.14Orlov,Oleg CA IAC-18.A1.6.11Orlov,Oleg CA IAC-18.A2.IP.5Orlowski-Feldhusen,Fabian CA IAC-18.D1.4B.7Ormö,Jens CA IAC-18.A3.2C.8Ornelas,Isabel CA IAC-18.E3.1.13Orosei,Roberto CA IAC-18.A3.IP.51Orr,Nathan CA IAC-18.B4.4.1

Ortega,Guillermo CA IAC-18.A3.1.10OrtegaFlores,BrendaVanessa CA IAC-18.E1.IP.26Ortiz,Jose-Luis CA IAC-18.A7.3.7Ortwein,Annette CA IAC-18.E1.2.1Orzechowski,Leszek A IAC-18.A5.2.15Orzechowski,Leszek CA IAC-18.A5.1.14Osborne,Richard CA IAC-18.B4.5.6Osetskiy,Nikolay CA IAC-18.A1.2.6Oshio,Yuya CA IAC-18.C4.7-C3.5.11Ossowski,Maciej CA IAC-18.C2.IP.6Ossowski,Maciej CA IAC-18.A3.5.3Osterloh,Tobias A IAC-18.D1.IP.6Ostorero,Carlo CA IAC-18.A3.2A.11Oswald,Markus CA IAC-18.A2.1.7Oswald,Markus CA IAC-18.A2.1.9Oswald,Michael CA IAC-18.A6.2.6Othon,William A IAC-18.E5.1.13Otieno,Vivian CA IAC-18.B4.1.8Otsuka,Kiyotoshi CA IAC-18.D4.3.10Otsuki,Masatsugu CA IAC-18.D1.2.4Ott,Christian CA IAC-18.D1.6.10Ott,Tobias CA IAC-18.E2.3-GTS.4.1Ottersten,Björn CA IAC-18.E1.5.8Otto,Marcel A IAC-18.C2.3.1Ou,Dongbin A IAC-18.C2.7.12Ouis,MohammedAmine CA IAC-18.B4.3.5Oumer,NassirW. CA IAC-18.D1.2.7Outlaw,Ron CA IAC-18.C4.6.4Outlaw,Ronald CA IAC-18.B4.2.2Ouxin,Lu CA IAC-18.B2.4.7Ovchinnikov,Mikhail A IAC-18.C1.2.4Ovchinnikov,Mikhail A IAC-18.C1.5.7Ovchinnikov,Mikhail A IAC-18.B4.6B.3Ovchinnikov,Mikhail CA IAC-18.C1.8.10Ovchinnikov,Mikhail CA IAC-18.B4.7.6Overath,Jan CA IAC-18.A1.7.17Oving,Bertil A IAC-18.D2.7.6Owen,ChristopherJ. CA IAC-18.A7.3.1Ozawa,Satoru CA IAC-18.D1.1.4Ozawa,Takashi CA IAC-18.C1.8.1Ozawa,Yuichiro CA IAC-18.C3.2.8Ozawa,Yusuke CA IAC-18.C1.9.10Ozcan-Cakir,CananElif CA IAC-18.A1.IP.29OZEROV,DMITRY A IAC-18.B3.3.9Ozimek,Martin CA IAC-18.C1.9.7

P

Name Role PaperP,ARUNKUMAR A IAC-18.C4.3.13P,VINOD A IAC-18.C4.5.4Paa,Wolfgang CA IAC-18.A2.2.7Paccagnella,Alessandro CA IAC-18.A6.3.7PachecoCabrera,Enrique A IAC-18.B2.4.5PachecoCabrera,Enrique A IAC-18.B1.4.10Padhi,R. CA IAC-18.C1.IP.16Padula,MariaPiera CA IAC-18.A6.4.9Pagan,AdamS. CA IAC-18.C2.4.8Pagano,Antonio CA IAC-18.C1.5.10Pai,Raymond CA IAC-18.B4.4.6Pai,Srinivas A IAC-18.E2.4.12Pain,Matthew CA IAC-18.A5.1.5Paissoni,ChristopherAndrea CA IAC-18.C4.6.6Paissoni,ChristopherAndrea A IAC-18.D2.8-A5.4.7Pajovic,Marko CA IAC-18.E7.3.5Pakhomova,Anna CA IAC-18.A1.6.11Pakosz,Michal CA IAC-18.A6.5.9Pakosz,Michal CA IAC-18.D2.9-D6.2.11Palermo,Gianluca CA IAC-18.D1.IP.5Palermo,Vincenzo CA IAC-18.C2.8.5Palla,Chiara CA IAC-18.A1.5.2Pallaschke,Siegmar CA IAC-18.D5.2.4Pallichadath,Vidhya A IAC-18.C4.8-B4.5A.6Palm,Christopher CA IAC-18.C1.3.7

Palmerini,GiovanniB. CA IAC-18.B2.1.11Palmerini,GiovanniB. CA IAC-18.C1.4.11Palmerini,GiovanniB. CA IAC-18.C1.IP.8Palmetshofer,Patrick CA IAC-18.E2.3-GTS.4.9Palmnäs,Ulf CA IAC-18.D2.2.5Paloski,William CA IAC-18.A1.4.1Palumbo,Pasquale CA IAC-18.A3.5.4Palun,Adrien CA IAC-18.B1.1.6Pambaguian,Laurent CA IAC-18.C4.IP.48Pan,Hongliang A IAC-18.C4.9.3Pan,Shunliang CA IAC-18.D5.1.7Pandele,ConstantinAlexandru CA IAC-18.C1.5.10Pandhi,Twinkle A IAC-18.C2.8.4Panerati,Jacopo A IAC-18.B3.6-A5.3.9Pangalos,Katherine CA IAC-18.B5.2.12Panicucci,Paolo A IAC-18.E2.2.12Panitz,Corinna CA IAC-18.A1.6.1Pansyrnyi,Oleg CA IAC-18.B4.6B.3Panzenboeck,Elisabeth CA IAC-18.A6.10-C1.7.7Paolozzi,Antonio A IAC-18.C2.8.13Papadimitriou,Angeliki A IAC-18.B5.2.12Papadimitriou,Angeliki CA IAC-18.E3.IP.3Papadimitriou,Angeliki A IAC-18.D2.9-D6.2.5Papadopoulos,Evangelos CA IAC-18.D1.6.10Papakonstantinou,Constantine CA IAC-18.C2.8.5Papic,Alvaro CA IAC-18.D1.1.2Pappalardo,Raffaella CA IAC-18.E1.7.10Paradiso,NunziaMaria A IAC-18.E3.1.7Parameswaran,Mohini CA IAC-18.B6.1.3Paranjape,Aditya CA IAC-18.C1.4.12Pardini,Carmen A IAC-18.C1.1.12Pardini,Carmen CA IAC-18.A6.7.7PARHI,ACHUTANANDA A IAC-18.C4.IP.49Pari,Pierpaolo CA IAC-18.A4.1.9Pari,Pierpaolo CA IAC-18.A4.1.11Parikh,Joy CA IAC-18.D1.2.8Paris,Claudio CA IAC-18.C2.6.5Paris,Claudio CA IAC-18.C2.6.6PARIS,Thibault A IAC-18.E1.4.5Parisi,Leonardo A IAC-18.A6.IP.11Parisi,Leonardo A IAC-18.A6.IP.22Parisi,Leonardo A IAC-18.A6.IP.36Parizel,PaulM CA IAC-18.A1.2.14Park,JungHo CA IAC-18.A3.IP.58Park,JungHo A IAC-18.B2.IP.11Parker,Jeffrey CA IAC-18.A3.IP.18Parker,Joel CA IAC-18.B2.5.5Parkes,Steve A IAC-18.D1.3.4Parreira,Baltazar CA IAC-18.C1.5.10Parrella,RosaMariaLucia A IAC-18.E3.4.11Parrinello,Tommaso CA IAC-18.C1.IP.29Parrish,Joe CA IAC-18.A3.3A.6Parro,Victor CA IAC-18.A1.6.3Parsons,Nick CA IAC-18.B2.7.2Parthasarathy,Sudharsan CA IAC-18.A4.IP.6Parwez,Nabil CA IAC-18.A5.1.9Pasadena,Wely CA IAC-18.B1.1.13Pasala,BharathKumarReddy A IAC-18.B2.2.9Pascale,Roberta CA IAC-18.D4.1.8Pascale,Roberta CA IAC-18.A5.1.5Pasco,Xavier CA IAC-18.E6.3.7Pasi,Kishore A IAC-18.B1.2.9Pasquinelli,Mauro CA IAC-18.D2.4.8Passarelli,Mitchell CA IAC-18.E2.3-GTS.4.7PASSERON,Arno CA IAC-18.E1.4.5Pastor,Otto CA IAC-18.A5.IP.5Pastor-Rodríguez,Alejandro A IAC-18.A6.9.9Pastore,Roberto CA IAC-18.C2.8.1Pataranutaporn,Pat CA IAC-18.E1.2.8Pate,Sweety A IAC-18.D1.IP.23Pate,Sweety CA IAC-18.B6.2.5Patel,Chirag CA IAC-18.A1.5.10Patel,Divyesh CA IAC-18.B3.9-GTS.2.5Pathak,Raghav CA IAC-18.A3.3B.12Pathak,Shashank CA IAC-18.D3.2.9


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INDEX

Pathak,Shashank CA IAC-18.A4.IP.7Pathak,Shashank CA IAC-18.D3.IP.5Pathak,Shashank CA IAC-18.C3.4.8Pathak,Shashank CA IAC-18.D4.5.12Patil,Rahul CA IAC-18.E2.4.10Patterson,Michael CA IAC-18.C4.4.1Paul,Michael CA IAC-18.D4.4.2Paul,Robert A IAC-18.A3.3B.4Pauline,Faure CA IAC-18.D5.1.6Pavarin,Daniele CA IAC-18.C4.8-B4.5A.2Pavesi,Giulia A IAC-18.A6.8.5Pavesi,Sara CA IAC-18.C4.5.3Pavlova,Elena CA IAC-18.A6.7.5Pavlyuchenko,Veronika CA IAC-18.E2.4.8Pavone,Rosario A IAC-18.E3.3.5Payne,Tamara CA IAC-18.A6.10-C1.7.2Payson,Dmitry A IAC-18.E6.2.8Pazmandi,Tamas CA IAC-18.A1.5.2Pazmandi,Tamas CA IAC-18.A1.5.11Pearce,Sarah CA IAC-18.B4.4.12Pearce,Sarah CA IAC-18.D4.2.2Pearce,Sarah CA IAC-18.E3.3.1Peck,David CA IAC-18.E2.2.7Pedersen,Don CA IAC-18.B3.4-B6.4.7Pedivellano,Antonio CA IAC-18.B4.2.7Pedrini,Daniela CA IAC-18.C4.4.8Peer,Makthoum CA IAC-18.E5.1.6Peer,MohamedMakthoum CA IAC-18.D3.3.7Peipsi,Aleko CA IAC-18.A1.IP.17Pelich,Ramona-Maria CA IAC-18.B3.9-GTS.2.3Pelich,Ramona-Maria A IAC-18.B5.2.6Pelivan,Ivanka CA IAC-18.A3.4B.6Pell,SarahJane A IAC-18.E5.1.11Pell,SarahJane A IAC-18.B3.9-GTS.2.15Pell,SarahJane A IAC-18.E5.IP.5Pellacani,Andrea CA IAC-18.A3.4A.7Pellacani,Andrea CA IAC-18.A3.IP.54Pellander,Erik A IAC-18.E7.IP.7Pellegrino,Alice CA IAC-18.A6.10-C1.7.9Pellegrino,Alice CA IAC-18.B4.6B.10Pellegrino,Alice CA IAC-18.E5.5.3Pellegrino,Massimo A IAC-18.E3.4.8Pellegrino,Sergio CA IAC-18.B4.2.7Pellizzoni,Alberto CA IAC-18.A4.1.9Pellouin,Clément A IAC-18.C4.6.3Peloni,Alessandro CA IAC-18.A3.4B.6Peltz,Leora CA IAC-18.A1.7.11Penasa,Luca CA IAC-18.A3.1.12Peng,Fujun CA IAC-18.C2.9.13Peng,Hao A IAC-18.A6.7.3Peng,Jinlong CA IAC-18.C2.7.12Peng,LIU CA IAC-18.B1.IP.1Peng,Ting CA IAC-18.B4.6A.8Peng,Wang CA IAC-18.C4.9.9Peng,Xiaodong CA IAC-18.D1.IP.29Peng,Yang CA IAC-18.B2.IP.3Peng,Zhang CA IAC-18.B2.IP.7Pennec,Yan A IAC-18.B3.7.3Penzel,Thomas CA IAC-18.A1.4.9Pepermans,Lars A IAC-18.D2.5.12Pepper,Sean CA IAC-18.B4.8.5Perakis,Nikolaos CA IAC-18.D4.4.6Percy,Thomas CA IAC-18.A3.1.3Perczynski,Piotr A IAC-18.D3.2.11Pereda,Alexandre CA IAC-18.E1.6.10Pereda-Loth,Veronica CA IAC-18.A1.8.17Pereira,Aaron CA IAC-18.D1.1.9Perera,Mali CA IAC-18.E4.2.3Perera,Sumudu CA IAC-18.E1.4.7Perey,Christine CA IAC-18.B5.1.11Perez,Karina CA IAC-18.E4.3B.8PerezCano,JoseSantiago CA IAC-18.B4.2.2PerezMontenegro,Carlos CA IAC-18.C1.IP.26Perfetto,Sara CA IAC-18.C2.5.13Perfumo,Amedea CA IAC-18.A1.6.3

Perini,Federico CA IAC-18.A6.1.9Perini,Federico CA IAC-18.A6.IP.10Perlmutter,Kai A IAC-18.B1.5.10Pernechele,Claudio CA IAC-18.C1.3.5Peron,Roberto CA IAC-18.C1.1.12Peroni,Marco CA IAC-18.A3.2A.11Perozzi,Ettore CA IAC-18.A6.7.7Perrel,Françoise CA IAC-18.D2.7.8Perrelli,Francesco CA IAC-18.D3.IP.7Perret,Alain CA IAC-18.D4.1.19Perrichon,Lisa CA IAC-18.E3.4.7Perrichon,Lisa CA IAC-18.D5.4.1Perrino,Raphael CA IAC-18.E6.2.1Perrodin,Delphine CA IAC-18.A4.1.9Perrodin,Delphine CA IAC-18.A4.1.11Perron,Frédéric CA IAC-18.E1.IP.23Perry,Eric CA IAC-18.C4.5.10Perry,Eric A IAC-18.C4.IP.38Perry,Matthew CA IAC-18.D3.3.1Persad,AaronH. A IAC-18.A3.3B.9Pertsov,Andrey CA IAC-18.E2.4.8Pervez,Jewel CA IAC-18.A6.3.9Pervez,Jewel A IAC-18.D1.IP.8Perycz,Malgorzata CA IAC-18.A1.1.13Perycz,Malgorzata A IAC-18.B6.3.4Perycz,Malgorzata CA IAC-18.A1.7.12Pesce,Anastasia A IAC-18.D3.4.5Pesce,Dario CA IAC-18.A3.1.12Pesce,Vincenzo CA IAC-18.D1.3.2Pesce,Vincenzo CA IAC-18.D1.3.3Pesthy,Orsolya CA IAC-18.E1.IP.3Peters,Achim CA IAC-18.A2.1.7Peters,Achim CA IAC-18.A2.1.8Peters,Achim CA IAC-18.A2.1.9Peters,ThomasVincent CA IAC-18.D1.3.1Peters,ThomasVincent CA IAC-18.A7.3.2Petersen,Emily A IAC-18.D4.1.4Peterson,Glenn A IAC-18.A6.7.6Petieau,Mathieu CA IAC-18.A1.IP.34Petit,Gaetan A IAC-18.A1.IP.34Petre,Roxana-Alexandra CA IAC-18.E4.1.9Petrov,Oleg CA IAC-18.A2.6.3Petrov,ValeryD. A IAC-18.D4.1.2Petrova,Tatyana CA IAC-18.C1.5.7Petrovici,Gina A IAC-18.E7.1.8PetrozziIlstad,Marina CA IAC-18.D2.7.6Petschelt,Stefan A IAC-18.A2.6.4Peyrard,Julien CA IAC-18.A7.3.2PeñarroyaRodríguez,Pelayo A IAC-18.C1.3.7Peñin,LuisF. A IAC-18.D1.2.1Pfaff,Aron CA IAC-18.C2.5.11Pfändler,Nadine CA IAC-18.A2.2.11Pham,Evan CA IAC-18.E2.3-GTS.4.12Phan,Léon A IAC-18.D1.2.6Philip,NK CA IAC-18.C1.IP.16Phillips,Scott CA IAC-18.A1.2.28Philpot,Claudia CA IAC-18.B3.9-GTS.2.2Phlaengsorn,Pachara A IAC-18.B4.8.15Phou,Naron CA IAC-18.D1.4B.3Phrompichai,Samphan CA IAC-18.E1.4.9Phylippov,Yuriy CA IAC-18.A2.IP.1Picard,Martin CA IAC-18.A3.1.10Picard,Martin CA IAC-18.A3.2B.6Piccirillo,Sara CA IAC-18.E1.3.6Pichon,Thierry A IAC-18.C4.3.2Pickett,Melanie A IAC-18.A1.7.2Pieralice,Francesca CA IAC-18.B2.4.2Piergentili,Fabrizio CA IAC-18.A6.1.8Piergentili,Fabrizio CA IAC-18.E1.3.7Piergentili,Fabrizio CA IAC-18.B2.3.5Piergentili,Fabrizio CA IAC-18.A6.9.8Piergentili,Fabrizio CA IAC-18.A6.IP.4Piergentili,Fabrizio CA IAC-18.A6.IP.22Piergentili,Fabrizio CA IAC-18.C2.IP.19Piergentili,Fabrizio CA IAC-18.A6.10-C1.7.9

Piergentili,Fabrizio CA IAC-18.B4.6B.10Piergentili,Fabrizio CA IAC-18.A6.7.7Piergentili,Fabrizio CA IAC-18.B2.7.4Pieroux,Didier CA IAC-18.B3.4-B6.4.10Piersanti,Emanuele CA IAC-18.A6.5.3Piest,Baptist CA IAC-18.A2.3.5Pietronigro,Frank CA IAC-18.E5.IP.10Pigliaru,Lucia A IAC-18.C2.8.7Pignatelli,David CA IAC-18.B4.5.14Pignolet,Guy A IAC-18.C3.2.9PIGULEVSKI,IOURI A IAC-18.C4.IP.12Pilato,Giuseppe CA IAC-18.A3.5.4Pilato,Giuseppe CA IAC-18.C2.8.5Pilia,Maura CA IAC-18.A4.1.9Pilia,Maura CA IAC-18.A4.1.11Pilone,Daniela CA IAC-18.C2.8.13Pimienta-Penalver,Adonis A IAC-18.C1.3.3Pinarello,Giordano CA IAC-18.A3.2C.4Pinazo-Herrero,Benjamín A IAC-18.C2.IP.2Ping,YANG CA IAC-18.B1.IP.1Pingel,André A IAC-18.A2.3.2Pino,Fabio CA IAC-18.D4.1.8Pino,Fabio CA IAC-18.A5.1.5Pino,Fabio CA IAC-18.B4.7.9PinolSole,Montserrat A IAC-18.E1.IP.33Pinsky,Lawrence CA IAC-18.B4.2.9Pinsky,Lawrence A IAC-18.A1.5.3Pinto,Alberto CA IAC-18.A2.5.8Pinto,Fernando A IAC-18.C4.4.12Pinto,Fernando CA IAC-18.C3.4.11Pinto,Mário A IAC-18.B6.IP.1PintoGomes,Vera A IAC-18.D4.2.1PintoGomes,Vera CA IAC-18.E6.2.2Pinty,Bernard CA IAC-18.B1.2.7Pintó,Pedro CA IAC-18.B2.4.4PINUMALLA,KIRAN CA IAC-18.C4.IP.5PINUMALLA,KIRAN A IAC-18.C4.IP.10Piotelat,Elisabeth A IAC-18.A4.2.12Piperno,Osvaldo CA IAC-18.B1.5.12Piperno,Osvaldo CA IAC-18.E7.IP.6Piragino,Antonio CA IAC-18.C4.4.8Piras,Annamaria A IAC-18.B3.7.7Pireddu,Federica CA IAC-18.B3.4-B6.4.5PiroBarragam,Vinicius A IAC-18.C2.3.7Pirrotta,Simone CA IAC-18.B4.2.11Pirrotta,Simone CA IAC-18.B4.8.1Pirschel,Kjell CA IAC-18.B4.6B.14Pisanu,Tonino CA IAC-18.A4.1.9Pisanu,Tonino CA IAC-18.A6.7.7Piscitelli,Prisco A IAC-18.A1.3.10Piskacev,Marko CA IAC-18.A3.2C.3Piskacev,Marko CA IAC-18.A3.2C.4Pisoni,Beatriz CA IAC-18.E1.7.10Pisot,Nathalie CA IAC-18.E6.3.7Pisseloup,Aurelien CA IAC-18.A6.5.1Pivetta,Fabio A IAC-18.A1.2.25Pivetta,Fabio CA IAC-18.A1.4.2Pivetta,Fabio CA IAC-18.A1.4.8Pivetta,Fabio CA IAC-18.A1.4.10Pivit,Florian A IAC-18.A3.IP.15PiñaLópez,YairIsrael A IAC-18.C3.3.8PiñaLópez,YairIsrael A IAC-18.E6.2.10PiñaLópez,YairIsrael A IAC-18.C2.6.12PiñaLópez,YairIsrael CA IAC-18.A3.IP.48PiñaLópez,YairIsrael CA IAC-18.E1.IP.7Platt,Don CA IAC-18.A2.IP.3Plattard,Serge A IAC-18.E3.2.1Plazovnik,Lukas A IAC-18.D4.1.11Plecki,Marge CA IAC-18.E1.2.6Pleskachevsky,Andrey CA IAC-18.B1.5.3Pleskachevsky,Andrey CA IAC-18.B1.5.4Pliewischkies,André A IAC-18.D5.2.2Plishke,Michael CA IAC-18.E2.3-GTS.4.12Plomariti,Christina A IAC-18.A1.3.11Plomariti,Christina CA IAC-18.A1.3.13

Poddubko,Svetlana CA IAC-18.A2.IP.5Podhajsky,Sandra CA IAC-18.A1.6.4Podhajsky,Sandra CA IAC-18.A1.6.7Podhajsky,Sandra CA IAC-18.A1.7.3Podhajsky,Sandra A IAC-18.A2.7.5Podladchikova,Tatiana CA IAC-18.A1.IP.15Pogkas,Nikos CA IAC-18.D3.2.12Pogrebnoi,Anton A IAC-18.B3.7.10POIREY,Gilles CA IAC-18.D2.5.3Poliakov,Hennadii CA IAC-18.E8.1.1Polli,Aldo CA IAC-18.C3.4.4Pollice,Luciano A IAC-18.D1.IP.5Pollini,Alexandre CA IAC-18.A6.5.1Polsgrove,Tara CA IAC-18.A3.1.3Pomyen,Siriphat CA IAC-18.B6.1.2Pong,Christopher CA IAC-18.B4.3.4Ponomarev,Sergey CA IAC-18.A1.3.3Ponomarev,Sergey A IAC-18.A1.3.9Ponomarev,Sergey A IAC-18.A1.4.14Pont,Gabriel A IAC-18.A3.3B.5Pontani,Mauro CA IAC-18.C1.1.10Poornachandran,Siddharth CA IAC-18.B3.1.2Popov,GarriA. CA IAC-18.C4.4.11Popov,GarriA. CA IAC-18.C4.IP.34Popova,Rada CA IAC-18.A6.4.6Popova,Rada CA IAC-18.E7.5.1Popova,Rada A IAC-18.E7.5.16Popova,Rada A IAC-18.A6.8.9Poppe,Georg A IAC-18.C4.2.8Popper,Joseph A IAC-18.E1.9.4Porras,Daniel A IAC-18.A6.8.4Porretta,Marco CA IAC-18.B2.1.12Portelli,Claudio CA IAC-18.A6.IP.10Posielek,Tobias A IAC-18.C3.3.5Posselt,Bonnie A IAC-18.A1.4.5Possenti,Andrea CA IAC-18.A4.1.9Post,Mark A IAC-18.D1.2.7Postema,Rob A IAC-18.A3.2C.12Potrivitu,GeorgeCristian CA IAC-18.A1.3.16Potrivitu,GeorgeCristian CA IAC-18.A1.IP.40Potrivitu,GeorgeCristian CA IAC-18.B3.IP.14Potvin,Marie-Josée CA IAC-18.C2.6.4Pouplin,Jennifer CA IAC-18.B3.5.6Powell,James CA IAC-18.D2.6.6Powell,Stefan CA IAC-18.D2.6.6Power,Laurie CA IAC-18.E1.IP.30Pozdnyakov,Anton CA IAC-18.A6.10-C1.7.10Pozner,CharlesN. CA IAC-18.A1.3.5Pozzobon,Riccardo CA IAC-18.A3.1.12Prado,Antonio CA IAC-18.D4.IP.6Prado,Jean-Yves A IAC-18.D4.1.19Prado,Jean-Yves CA IAC-18.A3.IP.13Prakash,Abhinav A IAC-18.B3.9-GTS.2.4Prakash,Abhinav A IAC-18.B3.IP.15Prakasha,Anuradha CA IAC-18.B2.2.6Prakasha,Anuradha A IAC-18.B6.2.9Praks,Jaan CA IAC-18.C3.IP.11Pratt,William A IAC-18.E5.1.2Pražák,Jakub CA IAC-18.D5.4.1Preisinger,Clemens CA IAC-18.E5.1.6Presti,Claudia CA IAC-18.E3.6.5Prevost,Eddie CA IAC-18.B2.7.2Price,Daniel A IAC-18.A4.1.2Priest,Alexander A IAC-18.B4.2.5Prieto,Ines A IAC-18.E5.5.2Prieto,Juan CA IAC-18.D5.2.4Prioroc,Claudiu-Lucian A IAC-18.A3.IP.54Prioroc,Claudiu-Lucian CA IAC-18.A3.4B.4PRIOTTO,Sébastien A IAC-18.C4.IP.45Pripanapong,Suebsakul CA IAC-18.E1.4.7Pritchard-Kelly,Ruth CA IAC-18.E7.2.12Pritchett,Robert A IAC-18.C1.8.9Pritykin,Dmitry CA IAC-18.A6.IP.28Priyadarshan,Hari CA IAC-18.B4.2.7PRIYANTO,IRWAN CA IAC-18.C2.IP.24


206 207

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INDEX

Probst,Alena CA IAC-18.B2.8-GTS.3.12Probst,Dieter CA IAC-18.A6.1.7Procchio,Silvia CA IAC-18.A3.3A.10Proffe,Gerrit CA IAC-18.A6.6.2Proffe,Gerrit CA IAC-18.A3.2C.4Prohaska,Marcel CA IAC-18.A6.1.6Prohaska,Steffen CA IAC-18.A1.4.15ProiettiZolla,Paolo CA IAC-18.C2.2.4ProiettiZolla,Paolo A IAC-18.B2.7.10Propst,Martin CA IAC-18.C4.5.16Propst,Martin A IAC-18.C4.10.4Provenzano,Michael A IAC-18.E6.IP.6Pruin,Bernard A IAC-18.B1.IP.3Pruin,Bernard A IAC-18.B1.4.7Prunariu,Dumitru-Dorin A IAC-18.E4.1.9Pruvost,Clement CA IAC-18.A6.6.10Prysyazhnyuk,Anastasiia A IAC-18.A1.4.13Przigoda,Judith CA IAC-18.B6.2.8Prziwara,Paul CA IAC-18.A3.2C.5Przybyla,Bartos CA IAC-18.A1.5.10Psoni,Georgia CA IAC-18.D2.7.6Puccetti,Simonetta CA IAC-18.B4.2.11Pugh,Michael CA IAC-18.B2.1.5Puglia,Stefano CA IAC-18.E3.3.4Puig,Ludovic CA IAC-18.C2.2.9Puig-Suari,Jordi CA IAC-18.B4.5.14Puig-Suari,Jordi CA IAC-18.D2.IP.12Pulido,JoséA. CA IAC-18.C1.5.5Pupillo,Giuseppe CA IAC-18.A6.1.9Pupillo,Giuseppe CA IAC-18.A6.IP.10Pursiainen,Sampsa CA IAC-18.B4.8.9Pushkar,Ivan CA IAC-18.C2.IP.16Pustylnik,Mikhail A IAC-18.A2.6.2PUTEAUX,Maxime A IAC-18.B4.5.3Puttasuwan,Keerati CA IAC-18.B6.1.2Putzar,Robin A IAC-18.A6.3.5Putzig,Nathaniel CA IAC-18.D3.3.1Pántya,Annamária CA IAC-18.A1.5.11Påhlsson,Philip CA IAC-18.D2.2.5Pérez,Iván CA IAC-18.C1.1.2Pérez-Lissi,Franco A IAC-18.B4.2.10Pérez-Lissi,Franco A IAC-18.B5.2.13Pérez-Palau,Daniel CA IAC-18.C1.8.6Püttmann,Norbert CA IAC-18.C4.4.5

Q

Name Role PaperQazi,Omar CA IAC-18.E2.3-GTS.4.12Qi,Rui A IAC-18.C1.3.10Qi,Zhaohui CA IAC-18.C2.3.12QIAN,ZHANS. CA IAC-18.D2.6.9Qiao,Dong CA IAC-18.A3.IP.11Qiao,Lei A IAC-18.D5.1.12Qiao,Zhang CA IAC-18.C2.IP.22Qin,Fei CA IAC-18.C4.9.4Qin,Jiang CA IAC-18.C4.9.7Qin,Jiang CA IAC-18.C4.IP.7Qiu,Chengbo CA IAC-18.D4.1.14Qiu,Chengbo CA IAC-18.A3.IP.11Qiu,Chengbo CA IAC-18.A3.4B.7Qiu,Jia-wen A IAC-18.C2.6.10Quadrelli,Marco CA IAC-18.B4.8.11Quadrini,Fabrizio CA IAC-18.D1.1.3Quan,Quan CA IAC-18.C4.5.13Quansah,Joseph CA IAC-18.E1.1.11Quansah,Joseph CA IAC-18.B4.9-GTS.5.4Quantius,Dominik A IAC-18.B3.9-GTS.2.2Quantius,Dominik A IAC-18.C1.IP.37Quantius,Dominik CA IAC-18.A3.4B.6Quaquaro,Benedetto CA IAC-18.E1.7.10Quaranta,Albino CA IAC-18.D3.2.12Quaranta,Albino CA IAC-18.D3.IP.2Queeckers,Patrick CA IAC-18.C2.8.5

QUERRY,Stéphane CA IAC-18.D2.5.3Quinn,Marshall A IAC-18.D3.IP.4Quinn,Richard CA IAC-18.A1.6.3Quinn,Richard CA IAC-18.A1.6.8QuirosJimenez,Olman CA IAC-18.B4.4.5Qureshi,Anisa CA IAC-18.D4.4.13Qureshi,Anisa CA IAC-18.D4.4.14

R

Name Role PaperR,Aditya CA IAC-18.A6.IP.26RKoushik,Pradyumna CA IAC-18.A1.8.5RR,KARTHIKA CA IAC-18.A6.4.9R.P,UmaDhevi CA IAC-18.C4.5.4Raasted,Claus CA IAC-18.E1.8.4Raatschen,Willigert CA IAC-18.D4.2.9Rabaioli,Massimo CA IAC-18.B6.3.6Rabbow,Elke CA IAC-18.A1.6.1Rabbow,Elke CA IAC-18.A1.6.2Rabbow,Elke CA IAC-18.A3.5.11Rabineau,Jeremy A IAC-18.A1.2.5Rachkin,Dmitry CA IAC-18.E2.4.8Rachkin,Dmitry CA IAC-18.C2.IP.16Rachman,Abdul A IAC-18.A6.1.3Radhakrishnan,Vikram CA IAC-18.D4.5.3Radu,Silvana CA IAC-18.C1.5.10Radu,Silvana A IAC-18.B4.6B.5Rael,Harvey CA IAC-18.E2.3-GTS.4.11Rafalskyi,Dmytro CA IAC-18.C4.8-B4.5A.8RafanoCarnà,SimoneFlavio A IAC-18.D1.IP.1Rafiq,Ahsan A IAC-18.B2.8-GTS.3.8Raghavan,Jeenu CA IAC-18.C4.IP.5Raghavan,Jeenu CA IAC-18.C4.IP.10Rahmatillah,Rahmi A IAC-18.B4.2.3Rahmatillah,Rahmi CA IAC-18.B4.7.10Raia,Andrea CA IAC-18.D3.IP.7Raimalwala,Kaizad CA IAC-18.A3.2B.9Raj,Sathesh A IAC-18.B1.IP.21Raj,Sathesh A IAC-18.E1.9.8Rajendran,Adithya CA IAC-18.E6.1.9Ramanujam,VManavalan CA IAC-18.B1.3.9Ramasamy,Rohan A IAC-18.C3.4.10Ramaswamy,Basak CA IAC-18.C1.8.12Ramirez,Julio CA IAC-18.B4.1.4Ramos,Brian A IAC-18.A1.IP.6Ramraj,Santhanakrishnan CA IAC-18.A1.5.12Rana,Loveneesh CA IAC-18.D1.IP.23Rana,Zaid A IAC-18.B4.4.6Rana,Zaid A IAC-18.A3.IP.7Rana,Zaid CA IAC-18.B6.2.5Randall,Suzanna CA IAC-18.B3.2.10Ranera,Franck CA IAC-18.B1.1.12Rangel-Hernandez,Patty A IAC-18.E1.8.4Rangel-Hernandez,Patty CA IAC-18.E1.IP.30Ranjan,Ravi A IAC-18.C4.8-B4.5A.11Rankin,Kyle A IAC-18.A7.3.9Rantalainen,Timo CA IAC-18.A1.2.25Rantalainen,Timo CA IAC-18.A1.4.2Rao,MukundKadursrinivas A IAC-18.B5.2.3Rao,MukundKadursrinivas A IAC-18.B5.3.7RAO,SANDYA A IAC-18.C3.2.5RAO,SANDYA A IAC-18.B2.3.4Rao,Wei A IAC-18.C4.9.11Rao,Wei CA IAC-18.C4.IP.15RaoA,Divya CA IAC-18.E2.4.7RAPP,Lucien CA IAC-18.E3.4.10Rapp,Thomas A IAC-18.B4.3.13Rarata,Grzegorz CA IAC-18.C4.3.12Rasel,ErnstMaria CA IAC-18.A2.1.12Rasel,ErnstMaria CA IAC-18.A2.1.13Rasel,ErnstMaria CA IAC-18.A2.3.5Rasel,ErnstMaria CA IAC-18.A2.IP.7RASHID,KHALID A IAC-18.C4.10.6Rasoni,CarloAlberto CA IAC-18.D1.IP.5

Rastel,Laurent CA IAC-18.A3.3B.10Ratcliffe,Andrew A IAC-18.D6.1.1Rathinam,Arunkumar A IAC-18.C1.IP.5Rathnasabapathy,Minoo CA IAC-18.E5.2.4Rathsman,Anna CA IAC-18.D2.2.5Rattenbury,Nicholas CA IAC-18.E1.3.1Ratushnyy,Andrey A IAC-18.A1.8.11Rauch,Thomas CA IAC-18.A7.3.7Rauen,Lori CA IAC-18.B3.1.2Ravagnolo,Liliana CA IAC-18.B6.3.6Ravan,Shirish CA IAC-18.E3.1.3Ravan,Shirish A IAC-18.B1.5.2Ravanbakhsh,Ali A IAC-18.C2.1.5Rave,Xavier CA IAC-18.A3.3B.10Ravel,Karen CA IAC-18.B2.7.2ravishankar,H.N. CA IAC-18.A1.8.5Ravichandran,Aravind CA IAC-18.B2.3.8Ravichandran,Srinath CA IAC-18.D2.2.10Rayman,MarcD. A IAC-18.A3.4A.1Razavi,Alireza CA IAC-18.E2.3-GTS.4.7Razavi,MohammadReza CA IAC-18.E2.3-GTS.4.7Razavi,MohammadReza CA IAC-18.E2.1.6Razeto,Alberto CA IAC-18.A3.2C.8Razoumny,Yury A IAC-18.C1.8.3Reali,Marco CA IAC-18.A6.1.9Reali,Marco CA IAC-18.A6.IP.10Reali,Marco CA IAC-18.A6.7.7Rebele,Bernhard CA IAC-18.D1.IP.27Rebeyre,Pierre CA IAC-18.B3.7.4Rebrov,Andrei CA IAC-18.E6.1.2Reck,Christoph CA IAC-18.B1.4.2Reddy,Vishnu CA IAC-18.A3.2A.7Reddy,Vishnu CA IAC-18.B4.8.5Reed,Cheryl A IAC-18.A3.4A.4Reed,Cheryl CA IAC-18.C1.9.7Reed,Nikolai CA IAC-18.B4.3.12Reershemius,Siebo CA IAC-18.C2.1.7Reershemius,Siebo CA IAC-18.C2.1.10Reershemius,Siebo CA IAC-18.A6.5.3Reershemius,Siebo CA IAC-18.C3.4.3Reershemius,Siebo CA IAC-18.A3.4B.6Refle,Oliver CA IAC-18.B4.6A.12Reganaz,Mattia CA IAC-18.A3.2A.9Reganaz,Mattia CA IAC-18.A7.2.6Regele,Ralf A IAC-18.B3.IP.6Reh,Kim CA IAC-18.A3.5.6Rehnberg,Lucas CA IAC-18.A1.4.5Reibaldi,Giuseppe CA IAC-18.D3.1.1Reibaldi,Giuseppe CA IAC-18.E7.5.18Reichmann,Olaf CA IAC-18.B2.7.10Reid,Ewan A IAC-18.A3.2B.9Reid,RobertG. CA IAC-18.A3.4B.5Reidt,Ulrich CA IAC-18.A2.IP.5Reidt,Ulrich CA IAC-18.A1.7.8Reihs,Benedikt A IAC-18.A6.9.10Reill,Josef CA IAC-18.A3.2A.8Reill,Josef CA IAC-18.C2.5.1Reill,Josef CA IAC-18.A3.4A.2Reimann,Bodo CA IAC-18.D2.6.3Reiner,Matthias A IAC-18.A6.5.5Reiner,Matthias CA IAC-18.D1.6.10Reiss,Philipp CA IAC-18.A3.2A.9Reissner,Alexander CA IAC-18.C2.7.11Reiter,Jason A IAC-18.A6.9.6Relógio,Angela A IAC-18.A1.4.16Rembala,Richard CA IAC-18.B3.4-B6.4.11Ren,Leisheng CA IAC-18.A6.3.6Renaud,Laurent CA IAC-18.C4.10.13Renga,Alfredo CA IAC-18.B4.7.11Renger,Thomas CA IAC-18.A3.4B.6Renk,Florian CA IAC-18.C1.1.11Renk,Florian CA IAC-18.C1.8.7Retat,Ingo CA IAC-18.B3.4-B6.4.7Retat,Ingo CA IAC-18.B3.9-GTS.2.2Retat,Ingo CA IAC-18.A6.6.8

Rettberg,Petra A IAC-18.A1.6.1Rettberg,Petra CA IAC-18.A3.5.11Reviznikov,Dmitry CA IAC-18.C2.7.4ReyesMantilla,CamiloAndrés CA IAC-18.A5.1.9ReyesMantilla,CamiloAndrés CA IAC-18.A3.IP.7ReyesMantilla,CamiloAndrés CA IAC-18.E5.5.9Reymen,Isabelle CA IAC-18.D5.2.8Reyneri,LeonardoM. CA IAC-18.C3.IP.11Reza,Maryam CA IAC-18.C4.4.8Rezende,Julio A IAC-18.D4.2.6Rezende,Julio A IAC-18.A3.IP.68Ri,Changin A IAC-18.B1.IP.11RiañoAlfonso,CristianAlexander CA IAC-18.E5.1.12Riccardi,Annalisa CA IAC-18.D5.2.5Riccardi,Luisa CA IAC-18.E5.5.3Ricci,Daniele CA IAC-18.C4.4.14Ricci,Daniele CA IAC-18.C4.5.7Ricci,Mauro CA IAC-18.B3.3.11Ricci,Mauro CA IAC-18.E1.2.3Ricco,AntonioJ CA IAC-18.A1.6.3Ricco,AntonioJ CA IAC-18.A1.6.8Riccobono,Dario A IAC-18.D4.4.5Richards,RobertD. CA IAC-18.A3.1.8Richards,RobertD. CA IAC-18.B4.8.7Richert,Philip CA IAC-18.C2.1.8Richter,Lutz A IAC-18.A3.2A.9Rick,Matthias CA IAC-18.A3.5.7Rickmers,Peter A IAC-18.D2.6.1Riecke,Bernhard CA IAC-18.A1.4.19Riecke,Cornelia CA IAC-18.B3.6-A5.3.5Riedel,Jörg CA IAC-18.B2.IP.21Rieger,Florian CA IAC-18.B2.5.6Riehmer,Johannes CA IAC-18.D2.6.3Riel,Thomas CA IAC-18.B4.3.3Riemann,Johannes CA IAC-18.A3.4B.6Riemer,Arne CA IAC-18.A6.5.3Rienow,Andreas A IAC-18.B1.2.11Rienow,Andreas CA IAC-18.E1.2.1Riesselmann,Jens CA IAC-18.C2.6.9Riesselmann,Jens A IAC-18.C2.8.8Rievers,Benny CA IAC-18.A2.1.2Rievers,Benny CA IAC-18.A2.1.3Rievers,Benny CA IAC-18.C1.IP.11Rievers,Benny CA IAC-18.D1.IP.32Rigaut,Francois CA IAC-18.A6.6.3Righetti,PierLuigi CA IAC-18.C1.IP.25Riley,David CA IAC-18.B4.5.9Riley,David CA IAC-18.C1.9.2Rinaldi,Marianna CA IAC-18.C2.8.7Rinaldi,Marianna CA IAC-18.C2.9.11Rinner,Christian CA IAC-18.B1.IP.9Risi,Ben A IAC-18.C4.8-B4.5A.12Risse,Eicke-Alexander CA IAC-18.B4.6A.8Rissons,Angelique CA IAC-18.E2.4.4Ristov,Martin A IAC-18.D1.IP.30Ritorto,Alberto CA IAC-18.C4.IP.53Ritter,Zully A IAC-18.A1.4.15Rittweger,Jörn CA IAC-18.A1.2.25Rittweger,Jörn CA IAC-18.A1.4.2Ritz,David A IAC-18.C4.IP.18Riva,Nicola CA IAC-18.C2.3.1Riva,Stefano CA IAC-18.C3.4.4Riveros,Alain A IAC-18.A1.4.7Riveros,Alain CA IAC-18.A1.4.21Rivkin,Andrew CA IAC-18.A3.4B.8Rivkin,Andrew CA IAC-18.C1.9.7Rivolta,Aureliano CA IAC-18.A1.3.16Rivolta,Aureliano CA IAC-18.B3.9-GTS.2.5Rivolta,Aureliano CA IAC-18.A1.IP.40Rivolta,Aureliano CA IAC-18.B3.IP.14Riwaldt,Stefan CA IAC-18.A1.8.7Riwaldt,Stefan CA IAC-18.A1.8.8Riwaldt,Stefan CA IAC-18.A2.7.11Rizzo,Emanuele CA IAC-18.A1.3.10Rmili,Badr CA IAC-18.D2.5.3


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POSIUMTECHNICAL


INDEX

Robert,Alain CA IAC-18.A2.1.1Robert,Hahn CA IAC-18.A6.5.3Roberts,Mia CA IAC-18.E1.4.7Roberts,PeterC.E CA IAC-18.C4.6.4Roberts,PeterC.E. CA IAC-18.B4.2.2Robertson,JamieM. CA IAC-18.A1.3.5Robertson,Jeremiah CA IAC-18.D5.1.9Robinson,Calvin CA IAC-18.D4.1.1Robinson,Jana A IAC-18.D5.4.1Robinson,JulieA. CA IAC-18.B3.3.3Robinson,Kimberly A IAC-18.B4.5.8Robinson,Kimberly CA IAC-18.D2.8-A5.4.1Robinson,Peter A IAC-18.D4.3.6Robison,Kathryn A IAC-18.B3.IP.4Robison,Kathryn A IAC-18.E5.IP.1RoblesHernández,TaniaMaría CA IAC-18.D3.1.6RoblesHernández,TaniaMaría CA IAC-18.D3.IP.6Robles-Morales,Fernando CA IAC-18.B1.4.10Robson,Daniel CA IAC-18.A5.1.5Robson,Daniel CA IAC-18.E3.IP.13RochadeCarvalho,LuizFernando CA IAC-18.B1.5.8Rodin,Evgeniy CA IAC-18.D2.4.2Rodrigues,Goncalo CA IAC-18.C2.1.11Rodrigues,Jhonny CA IAC-18.C2.2.9Rodrigues,Manuel A IAC-18.A2.1.1Rodrigues,Victor CA IAC-18.A3.IP.68RodriguezFernandez,Oscar A IAC-18.A6.7.4RodriguezVargas,Stephanie CA IAC-18.B4.4.5Rodriguez-Donaire,Silvia CA IAC-18.B4.2.2Rodriguez-Donaire,Silvia CA IAC-18.C4.6.4Rodríguez,Diego CA IAC-18.D1.2.1Rodríguez-Martínez,Pedro CA IAC-18.C2.IP.2Roelof,Edmond CA IAC-18.D4.4.2Roger,Jegou CA IAC-18.D5.2.6Rogon,Christian CA IAC-18.A1.3.3Rogon,Christian CA IAC-18.A1.3.9Rogon,Christian CA IAC-18.A1.IP.17Rohr,Thomas CA IAC-18.C2.8.7Rohrbeck,Mathias CA IAC-18.D3.2.10Rohrwild,Karlheinz CA IAC-18.E4.2.5Rojas,JuanJ. CA IAC-18.B4.1.4RojasAlva,Ulises A IAC-18.A2.4.1RojasGomez,Armando CA IAC-18.D4.4.13RojasGomez,Armando CA IAC-18.D4.4.14RojasQuesada,Mariela A IAC-18.B4.4.5RojasQuesada,Mariela CA IAC-18.B1.5.5RojasQuesada,Mariela CA IAC-18.E1.1.3Roma,Alfredo CA IAC-18.D4.2.12Roma,Mauro CA IAC-18.A6.IP.10Roman-Gonzalez,Avid CA IAC-18.E5.2.7Roman-Gonzalez,Avid A IAC-18.E5.4.11Romanazzo,Massimo CA IAC-18.C1.IP.25Romanelli,Nicola CA IAC-18.D6.3.4Romanenko,Dmitry CA IAC-18.E2.4.8Romani,Romano CA IAC-18.C3.4.4Romano,DiegoGiuseppe CA IAC-18.D2.7.8Romano,DiegoGiuseppe CA IAC-18.D1.4B.12Romano,Francesco CA IAC-18.B4.2.2Romano,Francesco A IAC-18.C4.6.4Romano,LeoneErmes CA IAC-18.E1.3.6Romano,Matteo A IAC-18.A3.5.10Romberg,Oliver CA IAC-18.B3.9-GTS.2.2Romei,Federico CA IAC-18.A6.3.7RomeroMartín,JuanManuel CA IAC-18.A5.1.6Romero-Alva,Victor A IAC-18.E5.2.7Rommelaere,Simon A IAC-18.D1.4A.2Rondao,Duarte A IAC-18.C1.IP.3Roque,Pedro A IAC-18.A3.IP.16Roque,Pedro CA IAC-18.D1.6.7Rosa,Paulo A IAC-18.C1.5.10Rosales-Alpizar,LuisCarlos CA IAC-18.B4.1.4Rosciano,Elisa CA IAC-18.B2.8-GTS.3.1Rosenberg,Daniel CA IAC-18.C4.1.6Rosenberg,Daniel A IAC-18.A3.2A.5Roshanian,Jafar CA IAC-18.D4.IP.2

Rosius,Philippe CA IAC-18.B2.5.1Rossello,Vittorio CA IAC-18.B2.3.8Rossello,Vittorio CA IAC-18.B2.6.3Rossello,Vittorio CA IAC-18.B5.3.8Rossi,Alessandro CA IAC-18.A6.2.10Rossi,Alessandro A IAC-18.A6.4.6Rossi,Alessandro CA IAC-18.A6.3.7Rossi,Alessio A IAC-18.E3.IP.12Rossi,AngeloPio A IAC-18.A3.1.12Rossi,AngeloPio CA IAC-18.A3.IP.51ROSSI,Carole CA IAC-18.C4.10.13Rossi,Francesca CA IAC-18.D3.3.7Rossmanith,Gregor CA IAC-18.B6.2.10Rossmann,Juergen CA IAC-18.D1.IP.6Rossodivita,Angela CA IAC-18.C4.4.8Rossodivita,Angela CA IAC-18.C4.6.6Rossodivita,Angela CA IAC-18.D2.8-A5.4.7Rothe,Daniel CA IAC-18.D6.1.9Rothery,David CA IAC-18.A3.1.12Rothschild,Lynn CA IAC-18.D3.2.4Rothschild,Lynn CA IAC-18.A3.2C.6Rothschild,Lynn CA IAC-18.A2.7.12Rothschild,Lynn CA IAC-18.C2.9.12Rothschild,Lynn CA IAC-18.D4.5.10Rotteveel,Jeroen CA IAC-18.B1.1.6Roussos,Elias CA IAC-18.A7.3.3Roux,Christophe CA IAC-18.C1.5.3Roux,Gabriël A IAC-18.E2.1.1Rowe,Brinkley CA IAC-18.E7.2.5Rowe-Setz,Josie CA IAC-18.E3.3.6Rowley,John CA IAC-18.E3.4.7Roy,Aimee A IAC-18.E1.1.9Roy-Guay,David CA IAC-18.E1.IP.23Royer,Fabien CA IAC-18.B4.2.7Royle,Samuel CA IAC-18.A3.5.11Rozanov,VladimirV. CA IAC-18.B1.3.7Rozemeijer,Mark CA IAC-18.D2.5.12Ruan,Haibing CA IAC-18.A6.9.2Rubin,Philip CA IAC-18.A2.7.15Rucker,Michelle CA IAC-18.A3.1.3Rudas,Csilla CA IAC-18.A1.5.11Rudoi,IvanA. CA IAC-18.C2.8.6Rudolph,Andreas A IAC-18.B6.3.1Rudy,Richard CA IAC-18.A6.1.5Rudys,Saulius CA IAC-18.B2.7.7RuedaCarazo,Alberto CA IAC-18.E3.1.5Ruedl,Rebecca CA IAC-18.A1.2.23Ruf,Christopher CA IAC-18.B4.4.10Ruf,Oliver CA IAC-18.D1.1.9Ruffer,Michael CA IAC-18.A3.4B.6Rufino,Giancarlo CA IAC-18.C1.3.5Rufino,Giancarlo CA IAC-18.A6.5.8Rufino,Giancarlo CA IAC-18.B4.7.11Rufo,Damiano CA IAC-18.C2.6.5Rugescu,Radu A IAC-18.E4.3A.5Rughani,Rahul CA IAC-18.D1.5.8Ruiz,Xavier CA IAC-18.B5.1.11Ruiz,Xavier CA IAC-18.A2.2.8Ruiz,Xavier CA IAC-18.A2.4.5Rukavishnikov,Ilya CA IAC-18.A1.2.6Rukavishnikov,Ilya A IAC-18.A1.2.29Rum,Giovanni CA IAC-18.E3.1.3Rundfeldt,Lea A IAC-18.A1.4.12Rundfeldt,Lea A IAC-18.A1.4.21Runte,Torben CA IAC-18.C2.3.10Rusanov,Vasily A IAC-18.A1.2.3Rusconi,Andrea CA IAC-18.A3.2B.2Rusconi,Andrea CA IAC-18.A3.3B.1RushBakalyar,Lauren CA IAC-18.B3.4-B6.4.6Russell,Ray CA IAC-18.A6.1.5Russell,RyanP. CA IAC-18.C1.9.13Russo,Aloisia CA IAC-18.E5.5.3Russo,Antonio CA IAC-18.C1.5.10Rutczynska,Aleksandra CA IAC-18.A1.5.10Rutherford,Kimberly CA IAC-18.B4.4.6

Ruttley,Tara CA IAC-18.B3.3.1Ruttley,Tara CA IAC-18.B3.3.3Ryan,Eileen CA IAC-18.A6.10-C1.7.1Ryan,William CA IAC-18.A6.10-C1.7.1Ryazanskiy,Sergey CA IAC-18.A1.2.6Rybus,Tomasz CA IAC-18.A6.6.10Rykova,Marina CA IAC-18.A1.4.14Rysak,Damian CA IAC-18.A6.5.9Ryszawa,Ewelina A IAC-18.C2.IP.6Ryszawa,Ewelina CA IAC-18.A3.5.3Ryu,Youngsuk CA IAC-18.C4.IP.22Rösch,Christian CA IAC-18.A1.3.18Rößler,Mario CA IAC-18.B2.IP.21Rückerl,Sebastian A IAC-18.B2.2.2Rüede,Anne-Marlene A IAC-18.A5.2.7Rüede,Anne-Marlene A IAC-18.A3.IP.44

S

Name Role PaperS,Rajapandian CA IAC-18.C4.5.4SS,AZEEMSHA A IAC-18.C2.IP.23Sabath,Dieter CA IAC-18.A6.3.5Sabath,Dieter CA IAC-18.B3.4-B6.4.2Sabath,Dieter CA IAC-18.B3.4-B6.4.3Sabatini,Marco CA IAC-18.B2.1.11Sabatini,Marco CA IAC-18.C2.2.6Sabatini,Marco CA IAC-18.C2.3.9Sabatini,Marco A IAC-18.C1.4.11Sabatini,Marco CA IAC-18.C1.IP.8Sabatini,Marco A IAC-18.D1.6.11Saccani,Luciano CA IAC-18.D2.4.7Saccoccia,Giorgio CA IAC-18.D1.4A.7Saccoccia,Giorgio CA IAC-18.C4.6.6Saccoccia,Giorgio CA IAC-18.D2.8-A5.4.7Saccoccia,Giorgio CA IAC-18.D2.8-A5.4.10Saccoccia,Giorgio CA IAC-18.C4.8-B4.5A.7Sachdev,Tej CA IAC-18.A3.3A.5Sadasivan,Subramaniam CA IAC-18.A4.1.11Sadhu,SaiRam A IAC-18.B2.2.6Sadova,Anastasiya CA IAC-18.A1.4.14Saenger,Ingo A IAC-18.D3.3.12Saetta,Alessandro A IAC-18.B1.IP.22Saganti,Premkumar A IAC-18.A1.5.9Sagath,Daniel A IAC-18.E3.1.9Sagath,Daniel A IAC-18.E6.3.4Saget,Jeremy A IAC-18.A1.4.3Sagliano,Marco CA IAC-18.C1.6.10Sagliano,Marco A IAC-18.D2.5.9Sagliano,Marco CA IAC-18.D2.6.1Sagner,Reinhard CA IAC-18.E4.2.5Sagnieres,Luc A IAC-18.A6.9.5Sahli,Philipp CA IAC-18.E2.3-GTS.4.1Sahli,Philipp CA IAC-18.A2.IP.15Sahoo,Shalini A IAC-18.E5.IP.7Sahu,Nishad CA IAC-18.D1.2.8Saienko,Ivan CA IAC-18.B2.3.6Saiga,Shohei CA IAC-18.C4.2.7SAINI,SOHIT A IAC-18.D1.2.10SAINI,SOHIT CA IAC-18.D1.IP.14Saisho,Daisuke A IAC-18.E7.3.9Saisutjarit,Phongsatorn CA IAC-18.B4.8.15Saito,Hirobumi CA IAC-18.C3.4.6Saito,Tamaki CA IAC-18.A1.1.6Sakagami,Ryo CA IAC-18.D4.2.8Sakai,Shin-ichiro CA IAC-18.C1.5.8Sakamoto,Hiraku CA IAC-18.C2.5.2Sakamoto,Katsuya A IAC-18.C1.6.8Sako,Nobutada A IAC-18.B4.4.4Sakovsky,Maria CA IAC-18.B4.2.7Sakraker,Isil CA IAC-18.B4.6A.12Salama,Farid CA IAC-18.A1.6.3Salama,Farid CA IAC-18.A1.6.8Salamon,Nick A IAC-18.C4.7-C3.5.3Salamon,Nick CA IAC-18.C4.7-C3.5.10

Salanova,Michele CA IAC-18.A1.8.3Salatti,Mario CA IAC-18.A7.3.1SalazarLopez,FranciscoEduardo CA IAC-18.B4.4.5Salcedo,LauraMarcela A IAC-18.E7.IP.24Salces,Adrian A IAC-18.B4.6B.7SalemCondory,Behnam A IAC-18.E7.3.10Salfi,AbaidUllah CA IAC-18.B2.3.10SALICRUP,CARLOS CA IAC-18.B3.5.6Salmane,Anete CA IAC-18.E5.1.7Salmeri,Antonino A IAC-18.E7.1.16Salmon,Thierry CA IAC-18.A6.5.1Salosina,Margarita CA IAC-18.C2.4.10Salotti,Jean-Marc A IAC-18.A5.2.3Salteri,Efstratia CA IAC-18.A5.1.9Salvatore,Vito CA IAC-18.C4.4.14Salvatore,Vito CA IAC-18.C4.5.7Salvi,Samuele CA IAC-18.C1.5.10Salvioli,Federico CA IAC-18.B6.3.6Samad,YarjanAbdul CA IAC-18.C2.8.5Samburov,Sergey A IAC-18.E1.7.5Samburski,Guy A IAC-18.A2.7.4Samoil,Katie CA IAC-18.E1.IP.32Sampson,Melissa A IAC-18.D2.4.10Sampson,Melissa A IAC-18.A3.IP.62Sams,HansHubert CA IAC-18.B1.3.6Samson,Victoria A IAC-18.E3.4.2San-Juan,JuanFélix A IAC-18.C1.1.2San-Martín,Montserrat CA IAC-18.C1.1.2Sanchez,Javier A IAC-18.C1.IP.29Sanchez,JoanPau CA IAC-18.B1.2.12SanchezCebrian,Alberto CA IAC-18.D2.5.4SanchezCuartielles,JoanPau CA IAC-18.C1.1.4SanchezCuartielles,JoanPau CA IAC-18.E2.3-GTS.4.5SanchezCuartielles,JoanPau CA IAC-18.E2.3-GTS.4.11SanchezCuartielles,JoanPau CA IAC-18.C1.8.8SanchezCuartielles,JoanPau CA IAC-18.C1.9.9SanchezGamez,MiguelAngel A IAC-18.E1.IP.26Sandalinas,Jordi A IAC-18.A4.IP.8Sandalinas,Jordi A IAC-18.B5.3.2Sandau,Rainer CA IAC-18.B4.9-GTS.5.1Sanders,BrianT. CA IAC-18.B4.9-GTS.5.8Sanders,Michael CA IAC-18.A4.IP.3Sang,Bernhard CA IAC-18.B1.2.8SANJEEVIRAJA,THANGAVEL A IAC-18.A1.5.12Sanjurjo,Manuel CA IAC-18.A6.9.9Sano,Naruhisa CA IAC-18.B4.5.2SansegundoChamarro,Manuel CA IAC-18.C1.IP.33SantaCruzLeal,Ulices CA IAC-18.C1.6.1Santacesaria,Vincenzo CA IAC-18.B1.4.7Santeramo,DanieleAntonio CA IAC-18.E2.1.7Santeramo,DanieleAntonio A IAC-18.A6.IP.41SANTHANAGOPAL,VENKATASAMY A IAC-18.B4.5.7SantiagoPerez,Jose CA IAC-18.C4.6.4Santilli,Giancarlo A IAC-18.B1.5.8Santilllan-Gutierrez,Saul A IAC-18.E1.5.14Santin,Giovanni CA IAC-18.A1.5.2Santo,Loredana CA IAC-18.D1.1.3Santoni,Fabio CA IAC-18.A6.1.8Santoni,Fabio CA IAC-18.B4.1.8Santoni,Fabio CA IAC-18.E1.3.7Santoni,Fabio CA IAC-18.B2.3.5Santoni,Fabio CA IAC-18.A6.9.8Santoni,Fabio CA IAC-18.A1.6.9Santoni,Fabio CA IAC-18.A6.IP.4Santoni,Fabio CA IAC-18.A6.IP.22Santoni,Fabio CA IAC-18.C2.IP.19Santoni,Fabio CA IAC-18.A6.10-C1.7.9Santoni,Fabio CA IAC-18.B4.6B.10Santoni,Fabio CA IAC-18.B2.7.4Santoni,Fabio CA IAC-18.C2.8.1Santonicola,M.Gabriella CA IAC-18.C2.6.5Santonicola,M.Gabriella A IAC-18.C2.6.6Santoro,Francesco CA IAC-18.D1.4A.12Santoro,Francesco A IAC-18.D6.3.4Santos,NunoAndre CA IAC-18.A6.6.10


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NSINTERACTIVE

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POSIUMTECHNICAL


INDEX

Santos,NunoAndre CA IAC-18.D1.6.10Santra,Shreya CA IAC-18.B2.8-GTS.3.12Sanyal,Jai A IAC-18.E7.IP.11Sanz,Kerry CA IAC-18.A3.2A.3Saotome,Osamu CA IAC-18.C2.2.5Sapone,Rosa A IAC-18.B3.4-B6.4.5Sapone,Rosa CA IAC-18.B3.7.7Sarafin,Michael A IAC-18.B3.1.7Sarah,Maria-Gabriella A IAC-18.E3.1.2SARAH,Maria-Gabriella CA IAC-18.E3.6.7Sarda,Karan A IAC-18.B4.4.1Sarego,Giulia CA IAC-18.A6.3.9Sarelli,Anastasia CA IAC-18.B1.IP.36Sarkar,Pratik CA IAC-18.D6.3.1Sarli,Bruno CA IAC-18.E2.1.2Sarli,Bruno A IAC-18.C1.9.5Sarno,Salvatore CA IAC-18.D1.3.3Sarno,Salvatore A IAC-18.C1.6.12Sarno,Salvatore CA IAC-18.B4.7.11Sarret,Martin CA IAC-18.B4.5.4Sarret,Martin A IAC-18.E3.4.7SASAHARA,Shin-ichiro A IAC-18.A1.1.6Sasaki,Atsushi CA IAC-18.C1.IP.9Sasaki,Kaname CA IAC-18.C2.1.7Sasaki,Kaname CA IAC-18.A3.4A.2Sasaki,Kaname CA IAC-18.C3.4.3Sasaki,Kaname CA IAC-18.A3.4B.6Sasaki,Kenji CA IAC-18.C3.2.8Sasaki,Masanori CA IAC-18.C1.8.1Sasibhushan,Rakesh CA IAC-18.B2.2.4Sathiaraj,AmandaMichelleSimran CA IAC-18.E5.4.6Sato,Akihiro A IAC-18.D2.1.7Sato,Shoji CA IAC-18.D4.3.10Sato,Shunsuke CA IAC-18.C1.9.10Sato,Tatsuro CA IAC-18.D4.3.10Sato,Tsumori CA IAC-18.B4.5.2Sato,Yuji CA IAC-18.C2.7.5Satoh,Masahiko A IAC-18.E3.5-E7.6.3Satoh,Naoki CA IAC-18.A3.1.1Satoh,Naoki CA IAC-18.A3.1.10Satou,Yasutaka CA IAC-18.D1.2.4Satpathy,Sagar A IAC-18.D2.IP.13Sauer,Moritz CA IAC-18.E2.3-GTS.4.1Saunders,Chris CA IAC-18.B4.6A.1Saunders,Christopher A IAC-18.A3.2A.10Saunders,Christopher A IAC-18.B4.5.13Sauro,Francesco CA IAC-18.A5.1.12Saveko,Alina CA IAC-18.A1.2.6Savelyeva,Mila A IAC-18.D2.1.9Savelyeva,Mila A IAC-18.D2.2.7Savelyeva,Mila A IAC-18.D2.3.3Savinkina,Alexandra CA IAC-18.A1.2.9Savinkov,Vasily CA IAC-18.B3.3.3Savino,Raffaele CA IAC-18.A6.4.4Savino,Raffaele CA IAC-18.C2.4.4Savino,Raffaele CA IAC-18.C4.3.6Savino,Raffaele CA IAC-18.A2.3.9Savioli,Livia CA IAC-18.A6.1.8Sawada,Hirotaka CA IAC-18.A3.1.10Saxena,Vertika CA IAC-18.A5.IP.8Sayin,Alp CA IAC-18.B1.3.10Scala,Antonio CA IAC-18.A1.3.10Scalisi,Stefano CA IAC-18.C2.1.11Scalzi,Davide CA IAC-18.C4.8-B4.5A.2Scannapieco,AntonioFulvio CA IAC-18.B2.IP.20Scannapieco,AntonioFulvio A IAC-18.C1.IP.20Scarpa,Giannicola CA IAC-18.A7.3.12Scatena,Lorenzo CA IAC-18.B5.1.4Scatena,Lorenzo CA IAC-18.B5.2.7Schaaf,Kaitlin CA IAC-18.D1.1.6Schaible,Evelyn CA IAC-18.B4.1.10Schalt,Adriane CA IAC-18.A1.4.21Schanz,Thomas CA IAC-18.A7.3.7Scharlemann,Carsten A IAC-18.B4.3.3Scharlemann,Carsten CA IAC-18.C4.5.3

Scharnagl,Julian CA IAC-18.C1.6.1Schastlivtseva,Daria A IAC-18.A1.IP.14Schaub,Hanspeter CA IAC-18.C1.4.3Schaub,Hanspeter CA IAC-18.C1.6.2Schaub,Hanspeter CA IAC-18.A6.IP.31Schaub,Hanspeter CA IAC-18.A6.10-C1.7.6Schaufelberger,David CA IAC-18.D3.3.10Schaus,Volker CA IAC-18.A6.4.6Scheeres,Daniel CA IAC-18.C1.1.8Scheeres,Daniel CA IAC-18.C1.5.2Scheeres,Daniel CA IAC-18.A6.10-C1.7.1Scheeres,Daniel CA IAC-18.C1.9.8Schenk,Mark CA IAC-18.A6.5.2Scheper,Marc A IAC-18.D5.3.1Scher,Mitchell A IAC-18.E7.7-B3.8.10Scherer,Maximilian CA IAC-18.A5.1.5Scherer,Maximilian CA IAC-18.E3.IP.13Scherfgen,David CA IAC-18.A1.8.4Schervan,ThomasA. A IAC-18.C2.1.8Schervan,ThomasA. CA IAC-18.E6.1.4Schettino,Giulia CA IAC-18.A6.4.6Schiaffino,Marco CA IAC-18.A6.1.9Schiaffino,Marco CA IAC-18.A6.IP.10Schiattarella,Vincenzo CA IAC-18.D1.3.6Schilde,Carsten CA IAC-18.A3.2C.5Schildknecht,Thomas CA IAC-18.A6.1.3Schildknecht,Thomas CA IAC-18.A6.1.6Schildknecht,Thomas CA IAC-18.A6.9.7Schildknecht,Thomas CA IAC-18.A6.9.10Schildknecht,Thomas CA IAC-18.A6.IP.6Schildknecht,Thomas CA IAC-18.A6.IP.21Schildknecht,Thomas CA IAC-18.A6.10-C1.7.2Schill,Kerstin CA IAC-18.A3.5.7Schiller,Daniel CA IAC-18.D5.2.6Schiller,Daniel CA IAC-18.E1.5.11Schiller,Daniel CA IAC-18.D1.4A.11Schiller,Daniel A IAC-18.D1.5.3Schilling,Herbert CA IAC-18.D4.1.1Schilling,Klaus CA IAC-18.D1.1.9Schilling,Klaus CA IAC-18.B4.3.12Schilling,Klaus CA IAC-18.C1.6.1Schilling,Klaus A IAC-18.E1.IP.34Schilling,Klaus CA IAC-18.B2.6.8Schilling,Klaus CA IAC-18.C4.8-B4.5A.4Schilling,Klaus A IAC-18.D1.6.1Schillirò,Francesco A IAC-18.A4.1.6Schillirò,Francesco CA IAC-18.A4.1.9Schillirò,Francesco CA IAC-18.A4.1.11Schimmerohn,Martin CA IAC-18.A6.3.5Schimmerohn,Martin CA IAC-18.C2.5.11Schkolnik,Vladimir CA IAC-18.A2.1.9Schlacht,IreneLia A IAC-18.B3.9-GTS.2.11Schlacht,IreneLia CA IAC-18.A1.IP.4Schlacht,IreneLia CA IAC-18.A3.IP.69Schlacht,IreneLia CA IAC-18.B3.7.14Schlechten,Jonathan CA IAC-18.A3.2C.6Schlechtriem,Stefan CA IAC-18.D2.7.5Schlegel,Hans CA IAC-18.B3.9-GTS.2.2Schlegelmilch,Barret A IAC-18.D5.1.2Schlegelmilch,Barret CA IAC-18.A3.IP.7Schlegelmilch,Barret CA IAC-18.B6.2.5Schleich,Wolfgang CA IAC-18.A2.1.13Schleich,Wolfgang CA IAC-18.A2.IP.7Schleppi,Juergen A IAC-18.A3.IP.5Schleutker,Thorn CA IAC-18.A6.2.5Schleutker,Thorn CA IAC-18.A6.4.6Schlosser,Karoly CA IAC-18.B3.9-GTS.2.10Schluse,Michael CA IAC-18.D1.IP.6Schlutz,Juergen A IAC-18.E3.2.5Schmalz,Sergei CA IAC-18.A6.IP.1Schmid,Alexander A IAC-18.B1.2.5Schmid,Heiko A IAC-18.E5.3.5Schmid,Volker A IAC-18.B3.3.7Schmid,Volker CA IAC-18.B3.7.8Schmidt,Alexander A IAC-18.A2.5.4

Schmidt,George A IAC-18.C4.4.1Schmidt,Marco A IAC-18.B1.4.13Schmidt,Michael CA IAC-18.B3.6-A5.3.3Schmidt,Nikola A IAC-18.D3.1.10Schmidt,Uwe CA IAC-18.B2.IP.21Schmierer,Christian A IAC-18.D2.7.5Schmitt,Christoph CA IAC-18.B3.IP.9Schmitt,Dirk-Roger A IAC-18.B2.5.4Schmitt,Dirk-Roger A IAC-18.D6.3.9Schmitt,Felix CA IAC-18.D3.3.10Schmitz,Burkhard CA IAC-18.A2.3.6Schmitz,Burkhard CA IAC-18.A1.8.9Schmitz,Nicole CA IAC-18.A3.4B.6Schneider,Alexander CA IAC-18.B2.1.2Schneider,Maximilian CA IAC-18.E2.3-GTS.4.1Schneider,Stephan CA IAC-18.A2.6.11Schneller,Manfred CA IAC-18.A6.10-C1.7.7Schnepper,Klaus CA IAC-18.C1.5.12Schnitzer,Israel CA IAC-18.C4.1.6Schnitzer,Israel CA IAC-18.A3.2A.5Schoen,Andreas CA IAC-18.B3.3.3Scholz,Artur A IAC-18.B4.3.9Schonenborg,Rogier CA IAC-18.A3.1.10Schraml,Marcel A IAC-18.A2.4.4Schreiber,Andreas CA IAC-18.D1.4B.8Schreier,Gunter CA IAC-18.B1.4.2Schroeder,JanWalter A IAC-18.D4.5.18Schrogl,Kai-Uwe CA IAC-18.A3.1.5Schrogl,Kai-Uwe A IAC-18.E7.IP.5Schrogl,Kai-Uwe CA IAC-18.E7.7-B3.8.11Schröder,Kai-Uwe CA IAC-18.C2.1.8Schröder,Kai-Uwe CA IAC-18.D1.2.12Schröder,Kai-Uwe CA IAC-18.E6.1.4Schröder,Silvio A IAC-18.A3.IP.59Schröder,Silvio CA IAC-18.A3.4B.2Schröder,Valerie A IAC-18.B3.6-A5.3.2Schubert,Daniel A IAC-18.A1.IP.4Schubert,Daniel CA IAC-18.B3.7.14Schubert,Martin A IAC-18.C2.5.13Schuet,Stefan CA IAC-18.A6.10-C1.7.5Schuette,Andreas A IAC-18.A2.5.5Schuff,Herbert CA IAC-18.B2.1.1Schuh,Florian A IAC-18.B2.IP.21Schuldt,Thilo A IAC-18.A2.1.7Schuldt,Thilo CA IAC-18.A2.1.9Schulien,Philipp CA IAC-18.B3.7.8Schulman,Howard CA IAC-18.C4.7-C3.5.3Schulman,Howard CA IAC-18.C4.7-C3.5.10Schulte,Peter A IAC-18.C1.5.11Schultz,Johannes CA IAC-18.B1.2.11Schultz,Johannes CA IAC-18.E1.2.1Schulz,Herbert CA IAC-18.A2.7.11Schulze-Varnholt,Dirk CA IAC-18.B3.1.2Schumann,Sandra A IAC-18.A2.6.11Schummer,Florian CA IAC-18.B2.2.2Schummer,Florian CA IAC-18.D5.1.11Schuster,Martin CA IAC-18.A3.2A.8Schwalber,Ameli CA IAC-18.B4.2.2Schwalber,Ameli CA IAC-18.C4.6.4Schwarting,Verena CA IAC-18.A3.5.7Schwartz,Mariah CA IAC-18.A2.7.13Schwarz,Egbert A IAC-18.B1.4.12Schwarz,Michael CA IAC-18.B3.IP.9Schwarz,René CA IAC-18.D2.5.9Schwarz,René CA IAC-18.D2.6.1Schwarz,Tobias CA IAC-18.B4.3.13Schwehm,Gerhard A IAC-18.E4.3A.4Schweigert,Robin CA IAC-18.E2.3-GTS.4.1Schwenk,Kurt CA IAC-18.B4.6A.8Schwentenwein,Martin CA IAC-18.C4.5.3Schwinning,Marius A IAC-18.A5.IP.6Schywek,Mathias CA IAC-18.A2.IP.8Schäfer,Frank CA IAC-18.A6.3.5Schäfer,Hannes A IAC-18.C2.IP.12Schätzle,Simon CA IAC-18.B3.6-A5.3.5

Schütte,Alexander A IAC-18.C2.1.6Schütte,Andreas CA IAC-18.A1.8.9Sciarra,Marcello A IAC-18.E2.1.7Scimemi,Sam A IAC-18.B3.2.3Sciortino,GiacomoPrimo A IAC-18.E3.3.4Sciortino,GiacomoPrimo A IAC-18.E1.5.9Sciortino,GiacomoPrimo A IAC-18.E5.2.1Scipioni,Manuele A IAC-18.D1.2.9Scire,Gioacchino CA IAC-18.A6.IP.11Sciti,Diletta CA IAC-18.C2.4.4Sciti,Diletta CA IAC-18.C4.3.6Scortecci,Fabrizio CA IAC-18.C4.IP.53Scott,Dennis A IAC-18.D2.8-A5.4.5Seabra,João CA IAC-18.A3.3B.7Searle,Tim CA IAC-18.D2.7.8Seboldt,Wolfgang CA IAC-18.B3.9-GTS.2.2Seboldt,Wolfgang CA IAC-18.A3.4B.6Secara,Teodora A IAC-18.E6.IP.1Sedykh,Oleg CA IAC-18.A3.3A.3Seefeldt,Patric A IAC-18.C2.1.7Seefeldt,Patric CA IAC-18.A6.5.3Seefeldt,Patric CA IAC-18.C3.4.3Seefeldt,Patric CA IAC-18.A3.4B.6Seelbinder,David CA IAC-18.C1.6.10Seelig,Torsten CA IAC-18.A2.4.8Seffinga,Vincent A IAC-18.E7.1.14Sefton-Nash,Elliot CA IAC-18.A3.2B.2Segelke,Harald CA IAC-18.C2.3.1Segert,Tom A IAC-18.B4.7.12SeguraHernandez,FranciscoJavier CA IAC-18.B4.4.5Seibezeder,Julia CA IAC-18.A7.2.6Seidel,Achim CA IAC-18.A3.2B.8Seidel,Andre CA IAC-18.C4.IP.48Seifert,Bernhard CA IAC-18.B4.3.3Seiichi,Shimizu CA IAC-18.C2.3.6Seimetz,Lars CA IAC-18.C2.1.5Seine,Ruediger CA IAC-18.B3.5.1Seitz,Bernd CA IAC-18.C1.IP.25Seitzer,Patrick CA IAC-18.A6.10-C1.7.9Seitzer,Patrick CA IAC-18.B4.6B.10Seitzer,Patrick CA IAC-18.B2.7.4Selg,Fabian CA IAC-18.E1.2.1Selig,Hanns CA IAC-18.A2.1.2Selig,Hanns A IAC-18.A2.5.3Selivanov,Arnold CA IAC-18.B4.6B.3Selivanov,Mikhail CA IAC-18.C4.4.4Sellers,Jerry A IAC-18.D1.4A.1Sellers,Jerry CA IAC-18.D1.4B.2Selvanathan,Irene CA IAC-18.D5.3.7SelviD,BeulahDeva CA IAC-18.C4.5.4Semenikhin,Sergey CA IAC-18.C4.4.11Semenzato,Andrea CA IAC-18.A3.1.12Semke,Berend CA IAC-18.B6.IP.1Semones,EdwardJ. CA IAC-18.A1.5.10Semwal,Kritesh CA IAC-18.B6.1.3Seo,Jung-gi CA IAC-18.C2.7.10Seo,Kaito CA IAC-18.D4.2.8Sephton,Mark CA IAC-18.A1.6.8Sephton,Mark CA IAC-18.A3.5.11Serikov,Vitaly CA IAC-18.E4.1.10Serman,Matteo CA IAC-18.D2.5.12Serra,Jean-Jacques A IAC-18.E4.2.9Serra,PedroArroz CA IAC-18.D1.6.10Serra,Romain A IAC-18.C1.IP.32Serrano,Daniel A IAC-18.C1.IP.38Serrano,Daniel CA IAC-18.A7.3.2SerranoBaza,CésarAugusto CA IAC-18.D3.1.6Servuli,Ekaterina CA IAC-18.A1.4.14Setiawan,MuhammadNanda CA IAC-18.C2.IP.25Seurig,Roland CA IAC-18.B3.7.4Seyedmadani,Kimia CA IAC-18.A3.IP.48Seyedzamani,Soheil CA IAC-18.D1.4A.9Sgambati,Antonella CA IAC-18.D2.4.7Sgambati,Antonella A IAC-18.D3.3.7Sgambati,Antonella A IAC-18.A1.6.2


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INDEX

Sgambati,Antonella A IAC-18.A1.IP.17Sgambati,Antonella CA IAC-18.C2.9.9Sgobbo,Riccardo A IAC-18.C2.3.4Shaevich,SergeyK. CA IAC-18.B3.4-B6.4.12Shah,Neerav CA IAC-18.A7.3.9ShahKhadri,SyedPeerMohamed CA IAC-18.D2.2.10Shahid,Kam CA IAC-18.D1.5.1Shakil,Zaid A IAC-18.E1.IP.28Shalimova,Ekateryna CA IAC-18.A3.IP.50Shams,Javad A IAC-18.D4.IP.2Shamsul,Aqeel CA IAC-18.D4.2.8Shang,Xiaopeng A IAC-18.D2.2.2SHAO,Zhijiang CA IAC-18.D2.IP.5Shapovalov,Anatoly CA IAC-18.C2.IP.16Shar,Manny A IAC-18.D3.1.9Shar,Manny CA IAC-18.E6.2.1Sharf,Inna CA IAC-18.A6.9.5SHARMA,ABHIJITH CA IAC-18.E2.4.10Sharma,Abhishek A IAC-18.C4.5.9Sharma,Abhishek A IAC-18.C4.10.2Sharma,Monika A IAC-18.A7.IP.1Sharma,Monika CA IAC-18.C4.6.11Sharma,Monika CA IAC-18.B4.7.5Sharma,Shubham CA IAC-18.D1.2.8Sharma,Vikrant A IAC-18.D4.IP.9Shastri,SauravK A IAC-18.E2.4.7Shaw,Aaron CA IAC-18.A5.1.5Shaw,Niamh CA IAC-18.E1.4.2Shaw,Niamh CA IAC-18.A5.1.10Shaw,Niamh CA IAC-18.E1.9.10Shawe,JamesJoseph CA IAC-18.E2.3-GTS.4.11Shcheglov,Georgy A IAC-18.E1.3.11Shcheglov,Georgy CA IAC-18.A6.IP.45Shearer,Nathaniel A IAC-18.B2.8-GTS.3.3Shearer,Nathaniel CA IAC-18.B2.8-GTS.3.11Shearer,Nathaniel CA IAC-18.B2.8-GTS.3.12Sheehan,J.P. CA IAC-18.B4.2.9Shehryar,Usman A IAC-18.B2.7.6Shekoofa,Omid A IAC-18.C3.1.9Shekoofa,Omid CA IAC-18.E5.4.5Shelfer,Tad CA IAC-18.A1.5.10Shembel,Elena A IAC-18.C2.8.9Shen,Bo CA IAC-18.D2.5.8Shen,Bo CA IAC-18.D4.IP.11Shen,Lin CA IAC-18.D4.IP.11Sher,Bilal CA IAC-18.D1.1.6Shergill,Satinder A IAC-18.A3.IP.33Shergill,Satinder A IAC-18.E1.2.5Sherwood,Brent A IAC-18.A3.1.6Shestakov,Sergey CA IAC-18.C1.2.4Shestakov,Sergey CA IAC-18.C1.4.7Shevtsova,Valentina A IAC-18.A2.2.1Shi,Fashu A IAC-18.C4.1.9Shi,Xiaobo CA IAC-18.C4.IP.36Shi,Xiaobo CA IAC-18.C4.IP.37SHICHANG,LIANG CA IAC-18.A6.IP.17Shilton,Mark CA IAC-18.D1.IP.27Shima,Takeya CA IAC-18.C2.3.6Shimada,Toru CA IAC-18.C4.2.7Shimada,Toru CA IAC-18.C4.2.11Shimizu,Toshiro CA IAC-18.A3.IP.29Shintani,Mihoko A IAC-18.E7.3.7Shiono,Mitsuhiro CA IAC-18.C3.2.7Shiota,Ichiro CA IAC-18.A6.3.2Shirakawa,Masaki CA IAC-18.B3.3.3Shirakawa,Masaki CA IAC-18.B3.3.6Shirasaka,Seiko CA IAC-18.C3.4.6Shireman,Kirk A IAC-18.A5.1.2ShiresNakamura,Tobi CA IAC-18.E2.3-GTS.4.10Shirin-zade,Alchin A IAC-18.B5.3.6Shirobokov,Maksim CA IAC-18.C1.8.10Shitanda,Isao CA IAC-18.D1.3.10Shitara,Shoichi CA IAC-18.C2.2.2Shruti,Keeni CA IAC-18.A3.2C.9Shtark,Tomer A IAC-18.B2.5.8

Shuai,Liu CA IAC-18.A6.IP.38Shukla,Vivek CA IAC-18.C2.IP.23Shurshakov,Vyacheslav CA IAC-18.A1.5.11Shved,Dmitry CA IAC-18.A1.1.10Shved,Dmitry CA IAC-18.A1.1.11Shyam,Vikram CA IAC-18.D4.1.1Shypko,Olexiy A IAC-18.E8.1.1Siddiqi,Afreen CA IAC-18.B1.1.2Sidlo,Katarzyna CA IAC-18.E1.6.10Sidney,Wayne A IAC-18.D3.3.1Sidorenko,Vladislav A IAC-18.A6.IP.28Sieder-Katzmann,Jan CA IAC-18.C4.5.16Sieder-Katzmann,Jan CA IAC-18.C4.10.4Siedorf,Martin CA IAC-18.E2.3-GTS.4.1Siegl,Martin A IAC-18.B1.3.5Siemion,Andrew CA IAC-18.A4.1.9Sierk,Bernd CA IAC-18.B1.2.7Sierra,Victor CA IAC-18.E2.3-GTS.4.11Sigmund,Jerry A IAC-18.E1.6.11Sijbers,Jan CA IAC-18.A1.2.14Silha,Jiri A IAC-18.A6.IP.6Silva,AnaClaudia A IAC-18.D1.4A.4Silva,PedroFreire CA IAC-18.C1.5.10Silva-Martinez,Jackelynne CA IAC-18.E5.1.13Silva-Martinez,Jackelynne CA IAC-18.B3.4-B6.4.6Silvestrini,Stefano CA IAC-18.B6.3.7Silvestroni,Laura CA IAC-18.C2.4.4Sim,ChaeKyung CA IAC-18.A3.IP.53Simanovskii,Ilya A IAC-18.A2.4.7Simard,Benoit CA IAC-18.C2.4.3Simeoni,Francesco CA IAC-18.C1.IP.30Simha,Harsha CA IAC-18.B4.2.7Siminski,Jan CA IAC-18.A6.IP.34Simmons,Kevin CA IAC-18.A2.IP.3Simoes,Marlini CA IAC-18.A6.IP.37SimonOlmos,MariaJose CA IAC-18.B5.1.11SIMONTACCHI,Pamela A IAC-18.C4.1.2Simpson,Jeffery CA IAC-18.C2.9.7Simpson,Michael A IAC-18.E3.4.4Singh,AnandKumar CA IAC-18.A4.IP.4Singh,AnandKumar CA IAC-18.D4.4.8Singh,AnandKumar CA IAC-18.A4.2.6Singh,Nisheet CA IAC-18.D4.4.13Singh,Nisheet A IAC-18.D4.4.14Singh,Nisheet CA IAC-18.D4.5.18Singh,Sheldon CA IAC-18.A1.3.5Singha,Suman CA IAC-18.B1.5.4Singhal,Aman CA IAC-18.A5.2.14Singhal,Aman CA IAC-18.A3.IP.12Singla,Puneet CA IAC-18.A6.9.6Singroha,Navjeet CA IAC-18.D4.IP.9Sinha,Shruti CA IAC-18.B1.3.9Sinn,Thomas A IAC-18.C2.2.4Sinn,Thomas A IAC-18.A6.5.3Sinn,Thomas CA IAC-18.B2.7.10Sinnema,Gerben A IAC-18.C2.4.1Sipa,Szymon CA IAC-18.B5.1.9Sippel,Martin CA IAC-18.D2.4.1Sippel,Martin A IAC-18.D2.4.4Sippel,Martin CA IAC-18.D2.6.1Siraj,Aimal A IAC-18.B4.7.8Sirek,Adam A IAC-18.E1.IP.32Sirenko,Volodymyr CA IAC-18.C2.7.6Sirigu,Stefano CA IAC-18.B3.4-B6.4.5Sirobhushanam,Anuhya A IAC-18.C3.1.3Sirobhushanam,Anuhya CA IAC-18.A4.2.11Sirons,Nikita CA IAC-18.D2.6.5Sitepu,Elioenai A IAC-18.E2.3-GTS.4.5Sitepu,Elioenai A IAC-18.B4.8.10Sitnikova,Anna CA IAC-18.E5.3.8Sitnikova,Anna CA IAC-18.E5.IP.4Skalden,Jonathan CA IAC-18.B4.6A.12Skalden,Jonathan CA IAC-18.A5.IP.6Skauen,AndreasNordmo CA IAC-18.B4.4.2Skinner,MarkA. A IAC-18.A6.1.5

Skobelev,Petr CA IAC-18.D4.5.5Skoog,AkeIngemar A IAC-18.E4.2.1Skoog,AkeIngemar CA IAC-18.E4.2.4Skoulidou,Despoina CA IAC-18.A6.4.6Skryleva,Evgeniya A IAC-18.A2.2.4Skrypnyk,Ilja CA IAC-18.D5.3.7Skyrpnyk,Ilja CA IAC-18.D1.IP.17Slane,FrederickA. CA IAC-18.D1.5.8Slenzka,Klaus A IAC-18.A1.6.4Slenzka,Klaus A IAC-18.A1.6.7Slenzka,Klaus A IAC-18.A1.7.3Slenzka,Klaus CA IAC-18.A2.7.5Sloan,John A IAC-18.D6.1.5Smal,Evan CA IAC-18.A3.2B.9Smestad,Tore CA IAC-18.B4.4.2Smink,Douglas CA IAC-18.A1.3.5Smirnov,NickolayN. CA IAC-18.A2.IP.1Smirnov,NickolayN. A IAC-18.A2.IP.11Smirnov,Yuri CA IAC-18.A1.3.20Smirnov,Yuri CA IAC-18.A2.IP.5Smirnov,Yuri CA IAC-18.A1.7.8Smisek,Michal CA IAC-18.D1.2.7Smith,Alan CA IAC-18.E3.2.1Smith,Craig CA IAC-18.A6.6.3Smith,Isaac CA IAC-18.D3.3.1Smith,Katharine CA IAC-18.B4.2.2Smith,Katharine CA IAC-18.C4.6.4Smith,Lauren A IAC-18.D3.3.4Smith,LesleyJane CA IAC-18.A6.6.4Smith,LesleyJane CA IAC-18.A6.8.2Smith,MaryKate CA IAC-18.B3.4-B6.4.6Smith,MatthewW. CA IAC-18.B4.3.4Smith,Milton A IAC-18.E7.2.3SMORALDI,Antonio CA IAC-18.A5.2.11Smuclerova,Martina A IAC-18.E7.4.4Snidal,Mark A IAC-18.D2.IP.10Snidal,Mark CA IAC-18.C2.9.7Snyder,Gregory CA IAC-18.B1.2.10Snyder,Jessica CA IAC-18.A3.2C.6Snyder,Jessica A IAC-18.C2.9.12Snyder,Jessica CA IAC-18.D4.5.10Soares,Tiago CA IAC-18.A6.2.3Soares,Tiago CA IAC-18.D5.2.5Soares,Tiago CA IAC-18.A6.6.2Sobczak,Kamil CA IAC-18.C4.3.12Sobiesiak,Ludwik CA IAC-18.A7.3.2SOEDJARWO,MOEDJI CA IAC-18.C2.IP.24Soellner,Wolfgang A IAC-18.A2.6.10Soenmez,Alev CA IAC-18.C3.IP.3SofronyEsmeral,JorgeIvan CA IAC-18.E1.3.5SofronyEsmeral,JorgeIvan CA IAC-18.E5.1.12Soga,Ryota CA IAC-18.C2.4.5Soken,HalilErsin A IAC-18.C1.5.8Sokhin,IgorG. CA IAC-18.B3.5.3Sokolova,Olga A IAC-18.D4.2.8Sokolovskaya,Alisa A IAC-18.A1.8.18Solano,Kendrick CA IAC-18.A2.7.11Soller,Sebastian A IAC-18.C4.10.11Solorzano,Elias A IAC-18.A3.IP.55Solovyeva,Lilia CA IAC-18.C4.6.3Soma,Eriko CA IAC-18.A6.3.2Somerhausen,André CA IAC-18.B3.4-B6.4.10Somma,GianLuigi A IAC-18.A6.4.8Sommariva,Andrea A IAC-18.E3.2.11Sommer,Bernd CA IAC-18.B3.6-A5.3.3Sommer,Stefan CA IAC-18.A3.2A.8Sommer,Stefan CA IAC-18.A1.6.12Sommermann,Daniel CA IAC-18.A2.4.4Sone,Yoshitsugu A IAC-18.D3.2.1Sone,Yoshitsugu CA IAC-18.C3.3.6Song,Guangming A IAC-18.A6.3.1Song,Junling CA IAC-18.C4.9.11Song,Junling A IAC-18.C4.IP.15Song,Qiang CA IAC-18.A6.IP.20Song,Shixiong A IAC-18.C4.IP.56

Song,Zhengyu CA IAC-18.D2.IP.5Sonnadara,Sanju CA IAC-18.E1.4.7Sonsalla,RolandU. CA IAC-18.D4.1.3SonzaReorda,Matteo CA IAC-18.D1.1.1Sood,Samaksh A IAC-18.E3.IP.14Soosaar,Reimo CA IAC-18.B1.3.6Sora,Ludovico CA IAC-18.A1.8.2Sorathiya,Rakesh CA IAC-18.C3.IP.3Sorge,Marlon A IAC-18.A6.2.11Sorge,Marlon CA IAC-18.A6.4.3Sorge,Marlon CA IAC-18.A6.7.6Sorgenfrei,Tina A IAC-18.A2.2.11Sorgenfrei,Tina A IAC-18.A2.2.17SoriaSalinas,ÁlvaroTomás A IAC-18.A2.3.7SoriaSalinas,ÁlvaroTomás A IAC-18.A3.IP.41Sorokin,IgorV. CA IAC-18.B3.3.3Sorokin,Vladimir CA IAC-18.B3.5.3Sorribes-Palmer,Félix CA IAC-18.C2.1.5Sosnina,Inna CA IAC-18.A1.2.6Sotnichek,Nikolai CA IAC-18.B2.3.6Soucek,Alexander A IAC-18.E7.4.6Soukup,Michael CA IAC-18.B4.4.7Soundararajan,Balaji CA IAC-18.E2.3-GTS.4.9Souvannavong,Fabrice CA IAC-18.D1.2.7Soysal,Medeni CA IAC-18.E3.1.3Spaans,Marco CA IAC-18.A1.6.8Spassova,Simona A IAC-18.E7.5.7Speaks,Seth CA IAC-18.A6.2.9Spencer,David CA IAC-18.C1.5.11Spencer,DavidB. A IAC-18.E1.6.1Spencer,DavidB. CA IAC-18.A6.9.6Spencer,DavidB. CA IAC-18.C1.IP.31Spencer,Henry CA IAC-18.B4.8.8Spencer,Victor CA IAC-18.B3.4-B6.4.12Speretta,Stefano CA IAC-18.A3.2A.7Speretta,Stefano CA IAC-18.B1.IP.22Speretta,Stefano CA IAC-18.B4.6B.5Speretta,Stefano CA IAC-18.B4.8.5Sperl,Matthias A IAC-18.A2.2.13Sperl,Matthias CA IAC-18.E5.1.6Sperl,Matthias CA IAC-18.A3.2C.3Sperl,Matthias CA IAC-18.A3.2C.4Spiecker,Joachim CA IAC-18.D1.1.1Spietz,Peter CA IAC-18.C3.4.3Spietz,Peter CA IAC-18.A3.4B.6Spiller,Dario CA IAC-18.D1.3.6Spiller,Dario A IAC-18.C1.IP.19Spina,Francesco A IAC-18.D4.2.13Spina,Francesco CA IAC-18.A3.2C.6Spina,Robert CA IAC-18.B4.4.8Spina,Robert CA IAC-18.C4.8-B4.5A.12Spirito,Germana CA IAC-18.E7.IP.20Spitta,LuisFernando CA IAC-18.A1.5.7Spitzbart,Manfred CA IAC-18.C4.5.3Spitzer,Arnon A IAC-18.B4.3.14Spohn,Tilman CA IAC-18.A3.5.3Spoto,Francois CA IAC-18.A3.3A.3Sproewitz,Tom A IAC-18.C2.1.10Sproewitz,Tom A IAC-18.C3.4.3Sproll,Fabian CA IAC-18.B6.1.8Sproule,Ben CA IAC-18.E1.7.13Spröwitz,Tom CA IAC-18.C2.1.7Spröwitz,Tom CA IAC-18.A6.5.3Spröwitz,Tom CA IAC-18.A3.4B.6Spydevold,Ivar CA IAC-18.B4.4.2Spörl,Andreas CA IAC-18.A6.10-C1.7.7Spörl,Andreas CA IAC-18.B6.2.10Sreeram,GC CA IAC-18.B5.2.3Srinivasan,Dipak CA IAC-18.D1.4B.4Srivastava,Anand CA IAC-18.B2.1.10Srivastava,Pulak CA IAC-18.C4.6.11SSY,Ganesh CA IAC-18.B1.IP.8St-Pierre,Luc CA IAC-18.E3.1.3St-Pierre,Luc CA IAC-18.B3.3.2St-Pierre,Luc CA IAC-18.B1.5.2


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INDEX

Sugaya,Mami CA IAC-18.D4.2.13SugiharaElMaghraby,AhmedKiyoshi A IAC-18.B1.IP.31Sugiyama,Yuichi CA IAC-18.B2.IP.9Suk-Udom,Sara CA IAC-18.E1.4.7SulaimanNurUbay,Muhammad A IAC-18.C3.IP.4Sullivan,Alex CA IAC-18.E2.4.2Summerer,Leopold CA IAC-18.A1.IP.34Summerer,Leopold CA IAC-18.C3.4.10Sun,Benjamin CA IAC-18.D3.3.10SUN,Binglei A IAC-18.B4.7.7Sun,Chong CA IAC-18.A6.IP.42Sun,Gongling CA IAC-18.D4.4.13Sun,Gongling CA IAC-18.D4.4.14Sun,Jun CA IAC-18.B2.IP.3Sun,Lingli CA IAC-18.E5.2.3Sun,Qingxiao CA IAC-18.C3.3.10Sun,Qingxiao CA IAC-18.C3.IP.9Sun,Rong A IAC-18.B5.3.4Sun,Ting A IAC-18.B4.6A.7Sun,Yeqing A IAC-18.A1.5.8Sun,Yue CA IAC-18.A6.IP.25Sun,Yueqiang CA IAC-18.A1.5.8Sun,Yukun CA IAC-18.A3.4B.7Sunaert,Stefan CA IAC-18.A1.2.14Sunakawa,Hideo CA IAC-18.C4.IP.8Sunarya,Rachmat CA IAC-18.B1.1.13Sundahl,Mark A IAC-18.E7.2.1Sundaramoorthy,Prem CA IAC-18.A3.2A.7Sundaramoorthy,Prem CA IAC-18.D3.2.11Sundaramoorthy,Prem A IAC-18.B4.8.5Sundhar,Abhinav CA IAC-18.D1.2.8Suneela,TJVD CA IAC-18.B1.3.9Sunesara,Amanul CA IAC-18.C2.4.3Supolkina,Natalya CA IAC-18.A1.1.10Supolkina,Natalya CA IAC-18.A1.1.11Sureda,Miquel CA IAC-18.B4.2.2Sureda,Miquel CA IAC-18.C4.6.4Surmacz,Pawel A IAC-18.C4.3.12Surmacz,Pawel A IAC-18.C4.IP.9Surmacz,Pawel CA IAC-18.D2.9-D6.2.11Sust,Manfred CA IAC-18.B2.5.6Suvorov,Alexander CA IAC-18.A1.4.9Suvorov,Maksim CA IAC-18.C4.IP.34Suzuki,Hideyuki CA IAC-18.E1.3.2Suzuki,Yuto CA IAC-18.A3.IP.29Svenes,Knut CA IAC-18.B4.4.2Svitak,Andy CA IAC-18.B2.1.5Swan,Peter A IAC-18.D4.3.1Sweeting,Martin CA IAC-18.A3.2A.10Sweeting,Martin CA IAC-18.B4.5.13Sweeting,SirMartin CA IAC-18.B4.6A.1Switzer,Eric CA IAC-18.A7.3.8Sykas,Dimitris A IAC-18.B1.IP.36Sylvestre-Baron,Annick CA IAC-18.A3.3B.5Szabó,Julianna CA IAC-18.A1.5.11Szczepinski,Piotr CA IAC-18.D2.IP.9Szczepinski,Piotr CA IAC-18.D2.9-D6.2.10Szemerey,Istvan CA IAC-18.A7.3.3Szendrei,Daniel A IAC-18.E1.IP.3Szewczyk,Roman CA IAC-18.A6.6.6Szlawski,Alicia CA IAC-18.E1.4.7Sznajder,Maciej CA IAC-18.C2.1.7Sznajder,Maciej CA IAC-18.A6.5.3Sznajder,Maciej CA IAC-18.C3.4.3Sáez-Vásquez,Julio CA IAC-18.A2.7.17SánchezMaestro,Raúl CA IAC-18.C1.IP.38SánchezOlmos,Mariano CA IAC-18.E2.3-GTS.4.9SánchezPérez,JoseManuel CA IAC-18.A3.5.10Sébastien,Vourc'h A IAC-18.A6.IP.35Söderholm,Stefan CA IAC-18.D1.1.1Söllner,Gerd A IAC-18.B3.4-B6.4.2Sütterlin,Robert A IAC-18.A2.6.7Sütterlin,Saskia CA IAC-18.E2.3-GTS.4.1

T

Name Role PaperTabacco,Paolo CA IAC-18.D1.3.3Tabarah,Edward CA IAC-18.B3.1.3TABASSUM,FARHANA CA IAC-18.D1.2.10TABASSUM,FARHANA A IAC-18.D1.IP.14TafoyaVargas,JuanSalvador A IAC-18.D1.3.13Taguchi,Seijiro CA IAC-18.A2.2.3Taguchi,Tatsuya A IAC-18.A2.IP.9Taguchi,Tatsuya CA IAC-18.A2.7.7Taheran,Mahsa CA IAC-18.D1.4A.9TAHIR,ANDIMUKHTAR CA IAC-18.C2.IP.24Tailhades,Sebastien A IAC-18.B1.IP.33Tailhades,Sebastien CA IAC-18.B4.9-GTS.5.5Tajima,Hiroyasu CA IAC-18.B4.2.4Tajino,Junichi A IAC-18.A1.2.17Tajmar,Martin A IAC-18.C4.4.15Tajmar,Martin CA IAC-18.C4.5.16Tajmar,Martin A IAC-18.C4.7-C3.5.5Tajmar,Martin CA IAC-18.C4.10.4Takahara,Osamu A IAC-18.C2.3.6Takahashi,Tsukasa CA IAC-18.A1.1.6Takala,Mika CA IAC-18.B4.8.9Takano,Tadashi CA IAC-18.B3.2.7Takano,Tadashi A IAC-18.C3.2.7Takao,Yuki CA IAC-18.C1.6.8Takaya-Umehara,Yuri A IAC-18.E7.5.10Takaya-Umehara,Yuri A IAC-18.E7.7-B3.8.5Takemura,Kazutoshi CA IAC-18.C1.9.10TAKESHITA,Atsuya A IAC-18.D4.4.10Takeuchi,Yu CA IAC-18.E3.1.14Takla,Mina A IAC-18.A5.1.9Talon,Thibaud CA IAC-18.B4.2.7TAMAKOSHI,Chihiro CA IAC-18.D3.IP.1Tamura,Gou A IAC-18.B2.IP.9Tamura,Takashi CA IAC-18.C4.3.3Tan,Ernest CA IAC-18.B3.4-B6.4.11Tan,KhaiPang A IAC-18.B2.2.10Tan,Longyu A IAC-18.B2.IP.3Tan,Shujun CA IAC-18.C2.3.12Tan,Xiaomin CA IAC-18.B1.IP.12Tan,Yonghua CA IAC-18.C4.10.3Tanabe,Yoshichika A IAC-18.D2.2.1Tanaka,Koji CA IAC-18.C3.2.8Tanaka,Koji CA IAC-18.A6.3.2Tanaka,Koji A IAC-18.C3.4.6Tanaka,Kunihiko CA IAC-18.A1.2.16Tanaka,Kunihiko CA IAC-18.A1.3.2Tanaka,Naohiro CA IAC-18.C3.2.8Tanaka,Toshiki A IAC-18.A3.2C.9Tanaka,Yu CA IAC-18.C1.9.10Tanaka,Yuri A IAC-18.E5.3.10Tang,Jingshi CA IAC-18.C1.2.9Tang,Jingshi CA IAC-18.D2.3.9Tang,Jingshi A IAC-18.B2.5.10Tang,Lei CA IAC-18.A6.IP.27TANG,Min CA IAC-18.C4.IP.56Tang,Ping CA IAC-18.C2.9.13Tang,Qian CA IAC-18.A6.IP.25Tang,Saili CA IAC-18.E5.2.3Tang,Xiaobin CA IAC-18.A4.1.8Tani,Yasuhiro CA IAC-18.C4.2.7Tani,Yasuhiro CA IAC-18.D2.5.5TaniHatakenaka,Mizuki A IAC-18.E7.IP.4Taniguchi,Chise A IAC-18.D1.6.2Taniguchi,Daisuke A IAC-18.E1.1.8Tanima,Momoko CA IAC-18.A1.2.17Tank,Jens CA IAC-18.A1.2.1Tank,Jens CA IAC-18.A1.2.2Tank,Jens CA IAC-18.A1.2.4Tank,Jens CA IAC-18.A1.2.5Tanner,Daniel CA IAC-18.A5.1.5Tanouchi,Hiroaki CA IAC-18.D2.2.1Tao,Yangzi A IAC-18.E7.1.11Tao,Yangzi A IAC-18.D4.5.9

Stahn,AlexanderChristoph A IAC-18.A1.1.7Stahn,AlexanderChristoph CA IAC-18.A1.1.8Stahn,AlexanderChristoph CA IAC-18.A1.2.10Stahn,AlexanderChristoph CA IAC-18.A1.2.11Stahn,AlexanderChristoph A IAC-18.A1.2.13Stahn,AlexanderChristoph CA IAC-18.A1.2.24Stahn,AlexanderChristoph CA IAC-18.A1.4.4Stahn,AlexanderChristoph CA IAC-18.A1.4.6Stahn,AlexanderChristoph A IAC-18.A1.4.19Stakkestad,Kjell CA IAC-18.A5.2.2Stam,D.M. CA IAC-18.B3.7.13Stamat,Liviu CA IAC-18.E2.3-GTS.4.9Stamov,Lyuben CA IAC-18.A2.4.2Stamov,Lyuben CA IAC-18.A2.IP.1Stanley,Thomas CA IAC-18.B1.6-GTS.1.3Stannarius,Ralf CA IAC-18.A2.2.12Stanton,Duncan CA IAC-18.B1.1.6Stanzione,Vincenzo A IAC-18.B4.9-GTS.5.11Stappert,Sven CA IAC-18.D2.4.1Stappert,Sven CA IAC-18.D2.4.4Stappert,Sven CA IAC-18.D2.6.1Starinova,Olga A IAC-18.C1.IP.36Stark,Anton A IAC-18.C4.5.6Starke,Mario CA IAC-18.B4.6A.4Starke,Mario A IAC-18.B4.7.3Staudinger,Emanuel CA IAC-18.A3.2A.8Staško,Martin CA IAC-18.E3.1.4Stecklein,Jonette CA IAC-18.A3.1.3Stedron,Bohumir CA IAC-18.A5.IP.5Steffen,Rolfes CA IAC-18.C4.2.8Steffens,Michael CA IAC-18.C2.6.3Steffens,Michael CA IAC-18.D5.3.2Stefoudi,Dimitra A IAC-18.E7.5.9Stefoudi,Dimitra CA IAC-18.E7.5.18Steier,Frank A IAC-18.C2.3.10Steimle,Christian CA IAC-18.C2.3.4Steimle,Christian A IAC-18.B3.4-B6.4.7Steinach,Mathias CA IAC-18.A1.2.10Steinach,Mathias CA IAC-18.A1.4.4Steinach,Mathias CA IAC-18.A1.4.12Steinach,Mathias CA IAC-18.A1.4.21Steinberg,Fabian A IAC-18.A1.4.20Steinpilz,Tobias CA IAC-18.A2.3.13Steinpilz,Tobias A IAC-18.A2.IP.8Steinpilz,Tobias CA IAC-18.A2.7.8Stella,Cristiano CA IAC-18.B1.IP.3Stelmakh-Drescher,Olga A IAC-18.E7.7-B3.8.13Stelwagen,Frank A IAC-18.B4.6A.11Stelzer,Beate CA IAC-18.A7.3.7Stelzer,Martin CA IAC-18.B4.6A.8Stenuit,Hilde A IAC-18.B3.3.11Stenuit,Hilde A IAC-18.E1.2.3Stenzel,Christian CA IAC-18.A3.2B.8Stenzel,Christian A IAC-18.A3.IP.36Stepanova,Anastasia CA IAC-18.A1.1.12Stepanova,Anastasia A IAC-18.A5.2.13Stepanova,Daria CA IAC-18.A1.IP.15Stepanova,Daria A IAC-18.D1.IP.17Stepanyants,Viktor CA IAC-18.A6.7.5STEPHANE,GRES A IAC-18.A5.IP.1Stephanova,Daria CA IAC-18.D5.3.7Stern,Claudia CA IAC-18.A1.IP.3Stern,Oliver CA IAC-18.D1.IP.6Sternberg,David CA IAC-18.B4.8.4Sternke,Tammo A IAC-18.A2.1.11Stesina,Fabrizio CA IAC-18.B4.6B.13Stesina,Fabrizio A IAC-18.C4.8-B4.5A.7Stettner,Armin CA IAC-18.A1.6.2Stettner,Armin CA IAC-18.B3.7.4Stevenin,Hervé CA IAC-18.A5.1.12Stevenson,Thomas CA IAC-18.A7.3.8StevensonSolerChisabas,Roy A IAC-18.C2.7.7Stewart,Brian CA IAC-18.B4.3.5Stewart,Brian CA IAC-18.A6.5.2Stewart,Brian CA IAC-18.C3.4.5

Steyn,Willem CA IAC-18.A6.5.1Steyn,Willem(Herman) CA IAC-18.E2.1.1Stiles,Amanda CA IAC-18.B4.5.1Stitt,David CA IAC-18.E1.1.4Stitt,David CA IAC-18.E1.2.6Stober,Javier CA IAC-18.E5.2.4Stober,Javier CA IAC-18.B1.6-GTS.1.2Stochaj,Steven CA IAC-18.A7.3.9Stocklin,Frank CA IAC-18.B2.1.5Stodieck,Louis CA IAC-18.A2.7.14Stodieck,Louis CA IAC-18.A2.7.15Stoeffler,Christoph CA IAC-18.D1.6.5STOIA-DJESKA,Marius CA IAC-18.D2.IP.14Stoica,Adrian A IAC-18.A3.IP.27Stoica,Adrian-Mihail CA IAC-18.C1.5.10Stokes,Hedley CA IAC-18.A6.4.6Stokes,Hedley CA IAC-18.A6.3.7Stokes,Hedley A IAC-18.A6.IP.19Stokes,Hedley CA IAC-18.A6.6.4Stolarski,Marcin CA IAC-18.B5.1.9Stolfi,Angelo A IAC-18.C2.2.6Stoll,Enrico CA IAC-18.A6.2.6Stoll,Enrico CA IAC-18.A3.2B.11Stoll,Enrico CA IAC-18.A6.4.6Stoll,Enrico CA IAC-18.C2.5.4Stoll,Enrico CA IAC-18.C3.3.7Stoll,Enrico CA IAC-18.D1.IP.20Stoll,Enrico CA IAC-18.A6.6.8Stoll,Enrico CA IAC-18.A3.2C.5Stoll,Norbert CA IAC-18.A2.7.13Stoll,Regina CA IAC-18.A2.7.13Stolz,Boris CA IAC-18.D3.3.10Stoneback,Russell CA IAC-18.B4.2.9Stoop,Esmee CA IAC-18.A7.2.6Storch,Tobias CA IAC-18.B1.4.2Storesund,Frode CA IAC-18.B4.4.2Stotler,Charles A IAC-18.A6.8.1Stove,Andrew CA IAC-18.B1.3.10Strain,Andrew CA IAC-18.B4.9-GTS.5.9Stras,Luke CA IAC-18.A3.2B.6Strasser,Nina CA IAC-18.A6.1.7Straube,Ulrich CA IAC-18.A1.5.10Strauch,Hans CA IAC-18.D1.6.10Strecker,Alexander CA IAC-18.B1.IP.3Streltsov,Arthur CA IAC-18.A6.7.5Strimbu,Zachary CA IAC-18.C4.7-C3.5.3Strimbu,Zachary A IAC-18.C4.7-C3.5.10Strippoli,Luigi CA IAC-18.C1.IP.38Strippoli,Luigi A IAC-18.A7.3.2Strizzi,Jon CA IAC-18.D2.1.6Strizzi,Jon CA IAC-18.D2.IP.3Strobl,Christian CA IAC-18.B1.4.2Stroe,Ion CA IAC-18.E4.1.9Stromberger,Peter CA IAC-18.A2.1.11Stroud,Colin CA IAC-18.A3.3A.5Strádi,Andrea CA IAC-18.A1.5.11Strádi,Andrea CA IAC-18.E1.IP.3Stuart,Jeffrey A IAC-18.C1.8.12Stubbe,Peter CA IAC-18.E3.2.5Stubbe,Peter CA IAC-18.E3.4.9Stuffler,Timo CA IAC-18.D2.4.7Stuffler,Timo CA IAC-18.B3.7.4Sturz,Laszlo A IAC-18.A2.3.3Stute,Andreas CA IAC-18.B1.3.4Stürzl,Wolfgang CA IAC-18.A3.2A.8Suard,Noah CA IAC-18.D2.5.12Suatoni,Matteo CA IAC-18.C1.5.5Suatoni,Matteo CA IAC-18.A3.4A.7Suatoni,Matteo A IAC-18.D1.IP.27Sudakov,Vladimir A IAC-18.E4.1.10Suedfeld,Peter CA IAC-18.A1.1.2Suedfeld,Peter CA IAC-18.A1.1.3Suer,Murat CA IAC-18.E1.4.9Suess,Ruediger A IAC-18.E3.6.10Sugawara,Yoshiki CA IAC-18.D1.2.4


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INDEX

Tao,Zhang A IAC-18.A2.5.12Tao,Zhang CA IAC-18.A1.8.15Tapio,Jenni CA IAC-18.E7.4.6Taraba,Michael CA IAC-18.B4.3.3Tarabini-Castellani,Lorenzo CA IAC-18.D2.5.2Targonski,John CA IAC-18.C4.5.10Targonski,John CA IAC-18.C4.IP.38Tartaglia,Angelo A IAC-18.A7.2.10Tarzi,Zahi CA IAC-18.C1.9.7Tasaki,Kazuyuki CA IAC-18.B3.3.6TassodeFigueiridoSoussa,Joao CA IAC-18.B5.2.13Tatiossian,Pascal CA IAC-18.D2.6.3Tatlı,YağızAlp CA IAC-18.E1.IP.24Tatnall,Adrian CA IAC-18.B1.IP.31Tatsukawa,Tomoaki CA IAC-18.E1.3.2Taverner,Morgan A IAC-18.A1.6.6Tawara,Kyosuke CA IAC-18.C1.9.10Taylor,Ben A IAC-18.B4.3.5Taylor,Ben CA IAC-18.E2.4.1Taylor,Ben CA IAC-18.A6.5.1Taylor,Ben CA IAC-18.A6.5.2Taylor,Ben CA IAC-18.C3.4.5Taylor,Graeme A IAC-18.B4.9-GTS.5.8Taylor,Zachary CA IAC-18.E5.1.3teHennepe,Frank CA IAC-18.B2.5.6teHennepe,Frank CA IAC-18.D1.IP.1Team,HORYU-IV CA IAC-18.D5.3.4Team,MAIUS CA IAC-18.A2.1.8Team,MAIUS CA IAC-18.A2.3.5Teeney,Leo CA IAC-18.A3.2C.6Teiser,Jens CA IAC-18.A2.3.13Teiser,Jens CA IAC-18.A2.IP.8Teiser,Jens CA IAC-18.A2.7.8Teixeira,Pedro CA IAC-18.C2.2.9Teja,Ravi CA IAC-18.E1.4.7Tekinalp,Ozan CA IAC-18.E1.4.9Telaar,Juergen CA IAC-18.A6.6.10Telaar,Juergen CA IAC-18.D1.6.10TemidayoIsaiah,Oniosun A IAC-18.B4.1.7TemidayoIsaiah,Oniosun A IAC-18.E1.5.7TemidayoIsaiah,Oniosun A IAC-18.E5.4.2TemidayoIsaiah,Oniosun CA IAC-18.B1.IP.25TemidayoIsaiah,Oniosun CA IAC-18.E1.2.2Tenenbaum,Stepan CA IAC-18.E2.4.8Teng,Huiping CA IAC-18.C2.4.9Tennen,LeslieI. A IAC-18.A4.2.1Teofilatto,Paolo CA IAC-18.C1.1.10Teofili,Lorenzo CA IAC-18.A5.1.6Tepper,Eytan A IAC-18.E7.7-B3.8.12Tepper,Sebastian A IAC-18.E1.IP.21Terada,Yuri CA IAC-18.C2.5.2Terashima,Chiaki CA IAC-18.D1.3.10Terui,Fuyuto CA IAC-18.C1.6.8Terzibaschian,Thomas CA IAC-18.A6.10-C1.7.7Teselkin,SergeiFedorovich A IAC-18.A3.5.2Teske,Jan A IAC-18.A2.1.10Teslyuk,Marta CA IAC-18.E1.4.7Testa,Davide CA IAC-18.D3.IP.7Tetlow,Matthew CA IAC-18.B4.2.5TetukoSriSumantyo,Josaphat CA IAC-18.B4.4.9Teves,Lucy CA IAC-18.A1.3.17Texier,Delphine CA IAC-18.E6.3.7TeyeMatey,Ernest A IAC-18.E1.1.11Thaller,Michelle CA IAC-18.E1.1.4Thaller,Michelle CA IAC-18.E1.2.6Thallner,Manfred A IAC-18.E5.1.10Tham,Dung A IAC-18.D3.3.6Thananjeyan,Akshaya CA IAC-18.E1.4.7Theanthong,Paritat CA IAC-18.E1.2.8Theys,Andreas CA IAC-18.D1.1.2Thibeault,Sheila CA IAC-18.C2.6.2Thiel,CoraS. A IAC-18.A1.8.6Thiel,CoraS. CA IAC-18.A1.8.14Thiel,Markus A IAC-18.C2.9.5Thiel,Markus A IAC-18.D1.6.4

Thiel,Tobias A IAC-18.B2.6.8Thiele-Eich,Insa CA IAC-18.B3.2.10Thielemann,JensT. CA IAC-18.B3.7.4Thieling,Jörn CA IAC-18.D1.IP.6Thieschäfer,Lutz CA IAC-18.A1.2.7Thieschäfer,Lutz CA IAC-18.A1.2.8Thirkettle,Anthony A IAC-18.B3.1.2This,Nadia A IAC-18.B3.4-B6.4.4Thode,Magdalena CA IAC-18.A2.2.9Thode,Magdalena CA IAC-18.C2.8.11Thoesen,Andrew A IAC-18.D4.5.8Thoma,Ioanna A IAC-18.E7.2.7Thomas,Hubertus CA IAC-18.A2.6.3Thomas Jayachandran, Aurthur Vimal-achandran CA IAC-18.E6.2.10

Thomas Jayachandran, Aurthur Vimal-achandran A IAC-18.A3.IP.48

Thompson,Benjamin CA IAC-18.D2.9-D6.2.12Thompson,Joseph CA IAC-18.C1.IP.1Thoms,Fabian CA IAC-18.B4.3.8Thomson,Jol A IAC-18.E5.3.9Thoral,Pierre CA IAC-18.C3.4.4Thoreau,Peter CA IAC-18.C4.IP.39Thorgrimson,Joelle CA IAC-18.A1.3.5Thronson,Harley CA IAC-18.D1.1.5Thurow,Kerstin CA IAC-18.A2.7.13Tian,Jia CA IAC-18.A3.IP.43Tian,Jia A IAC-18.B2.IP.14Tian,Muyin A IAC-18.D2.IP.7Tianyang,Yang CA IAC-18.C2.7.9Ticker,Ronald CA IAC-18.B3.1.8Tie,Ming A IAC-18.A3.5.8Tiedemann,Lars CA IAC-18.B2.7.10Tielke,Julia CA IAC-18.A2.2.9Tielke,Julia A IAC-18.C2.8.11Tilgner,Michael A IAC-18.E4.2.6Timakova,Ekaterina CA IAC-18.E2.3-GTS.4.9Timakova,Ekaterina CA IAC-18.E2.4.8Timmermans,Leo CA IAC-18.D2.7.6Tings,Björn CA IAC-18.B1.5.3Tings,Björn CA IAC-18.B1.IP.19Tinjod,Nathalie CA IAC-18.E4.1.3Tinjod,Nathalie A IAC-18.E4.1.5Tinjod,Nathalie CA IAC-18.E4.3B.9TirapleguiRiveras,Sergio CA IAC-18.C1.5.10Tiwari,Pradyumna CA IAC-18.A7.IP.1Tiwari,Pradyumna CA IAC-18.B4.7.5Tjon,Saffira CA IAC-18.A3.2C.6Tkachev,Stepan A IAC-18.C1.4.7Tkachev,Stepan CA IAC-18.C1.5.7Tokarz,Marta CA IAC-18.C2.IP.6Tokudome,Shinichiro CA IAC-18.C4.2.2Tolani,Harshita CA IAC-18.B1.3.9Tolentino,Reena CA IAC-18.E5.IP.10Tolochek,Raisa CA IAC-18.A1.5.11Tomilin,Konstantin CA IAC-18.D2.7.5Tomilovskaya,Elena A IAC-18.A1.2.6Tomilovskaya,Elena CA IAC-18.A1.2.29Tomita,Eiichi CA IAC-18.D1.5.6Tomiyama,Tatsuari CA IAC-18.E5.1.11Tommasini,Augustin CA IAC-18.C4.6.3Tomooka,Masashi CA IAC-18.E2.2.5Tomoya,Sakamoto A IAC-18.C1.4.4Tong,Guanghui CA IAC-18.A2.5.12Tong,Wei CA IAC-18.D2.9-D6.2.7Topa,Eugenio CA IAC-18.B6.3.6Toporkov,Alexey CA IAC-18.E1.IP.20Toporkov,Alexey CA IAC-18.A6.10-C1.7.10Toporkov,Alexey CA IAC-18.D4.5.5Topputo,Francesco A IAC-18.A3.2A.7Topputo,Francesco CA IAC-18.C1.6.13Topputo,Francesco CA IAC-18.C4.6.2Topputo,Francesco CA IAC-18.B4.8.5Topputo,Francesco CA IAC-18.C1.8.11Tork,Hillar CA IAC-18.B2.1.12

Torrents,Alejandro CA IAC-18.E2.3-GTS.4.11Torres,Raul A IAC-18.B4.5.10Torres,Raul CA IAC-18.A2.IP.10Tortora,Alessandra CA IAC-18.A1.3.18Tortora,Paolo CA IAC-18.B4.8.12Toson,Elena CA IAC-18.C4.8-B4.5A.2Tossaint,Michel CA IAC-18.D1.4A.2Toth,Norbert CA IAC-18.A3.4A.2Toth,Norbert CA IAC-18.C3.4.3Toto,Elisa CA IAC-18.C2.6.6Touboul,Pierre CA IAC-18.A2.1.1TOUBOULIC,Meven CA IAC-18.D3.IP.1Toulza,Sandrine CA IAC-18.E6.3.7Toussaint,Arthur CA IAC-18.C4.6.3Toyoda,Kazuhiro CA IAC-18.D5.3.4Trachtman,Eyal CA IAC-18.B2.2.10Trammer,Martin CA IAC-18.A1.IP.3Tran,Vienna CA IAC-18.E1.4.7Traudt,Tobias A IAC-18.C4.3.9Trautmann,Gabor A IAC-18.A1.8.3Trautner,Roland A IAC-18.A3.2B.2Travin,Vitaly CA IAC-18.D4.5.5Travnikov,Vadim CA IAC-18.A2.7.18Tremblay,Malcom CA IAC-18.A1.2.23Trentlage,Christopher A IAC-18.C2.5.4Treudler,Carl A IAC-18.B4.6A.8Trezzolani,Fabio CA IAC-18.C4.8-B4.5A.2Triberti,Fulvio CA IAC-18.B2.7.10Triebel,Rudolph CA IAC-18.A3.2A.8Triebel,Rudolph CA IAC-18.D1.2.7TRILLAT,Philippe CA IAC-18.B1.1.12Triller,Thomas CA IAC-18.A2.4.4Tringali,Alessandro A IAC-18.C1.IP.35Tringali,Alessandro A IAC-18.D1.IP.26Trinoga,Martin A IAC-18.C2.7.1Trittel,Torsten A IAC-18.A2.2.12Trivailo,PavelM. A IAC-18.C2.3.5Trivailo,PavelM. CA IAC-18.D1.6.2Trivedi,Akash CA IAC-18.B3.9-GTS.2.10TRIVEDY,SURANJANA CA IAC-18.A5.1.9TrivinoHerrero,Veronica CA IAC-18.A5.1.5Trofimov,Sergey A IAC-18.C1.8.10Trolley,Zac CA IAC-18.E5.1.11Tromba,Andrea A IAC-18.B4.5.12Tromba,Andrea CA IAC-18.D1.4B.12Tronchetti,Fabio A IAC-18.E7.5.4Trottler,Karl CA IAC-18.B4.1.10Trouillefou,ChristopheMarcel CA IAC-18.A1.IP.8Trowitzsch,Sebastian A IAC-18.B1.1.13Trucco,Roberto CA IAC-18.B6.3.5Trucco,Roberto CA IAC-18.B6.3.6Truglio,Marco CA IAC-18.A6.IP.1Trujillo,Maite CA IAC-18.A6.IP.6Truong,Khiet CA IAC-18.B3.IP.2Truong,Vivian A IAC-18.B3.4-B6.4.11TruongAn,HoangXuan CA IAC-18.B4.8.15Trur,Aurélie A IAC-18.E3.4.13Trushlyakov,Valery A IAC-18.D2.IP.4Trzaskalska-Stroinska,Otylia A IAC-18.E3.IP.7Tsai,Ashley CA IAC-18.A2.7.10Tsarkov,Dmitry A IAC-18.A1.3.20Tsarkov,Dmitry CA IAC-18.A1.6.11Tsarkov,Dmitry CA IAC-18.A1.7.8Tse,ManSiu CA IAC-18.B4.7.10Tselousova,Anastasia CA IAC-18.C1.8.10Tsiganis,Kleomenis CA IAC-18.A6.4.6Tsodikovich,Yevgeny A IAC-18.E3.4.6Tsodikovich,Yevgeny A IAC-18.D5.IP.2Tsouni,Alexia CA IAC-18.B1.IP.10Tsuchida,Akira A IAC-18.D4.3.2Tsuda,Yuichi CA IAC-18.C2.5.6Tsuda,Yuichi CA IAC-18.A3.4A.2Tsuda,Yuichi CA IAC-18.C1.6.8Tsumura,Kohji CA IAC-18.D1.2.4Tsutsui,Fumiya CA IAC-18.B3.1.5

Tu,Yunwen CA IAC-18.B3.9-GTS.2.13Tubío-Pardavila,Ricardo CA IAC-18.B4.2.10Tucker,Paul CA IAC-18.B1.2.8Tugnoli,Matteo A IAC-18.B4.5.4Tugnoli,Matteo CA IAC-18.E1.IP.9Tumino,Giorgio A IAC-18.D2.1.3Tung,Helen A IAC-18.D5.4.5Tuo,Zhouhui CA IAC-18.B4.6A.2Tuozzi,Alberto CA IAC-18.D1.3.3Turnbull,Oliver CA IAC-18.B4.5.9Turnbull,Oliver CA IAC-18.C1.9.2TURŠIČ,MIHA A IAC-18.A3.IP.52Tuttlebee,Mark CA IAC-18.C1.IP.25Tye,Daniel CA IAC-18.A6.5.1Tymianski,Michael CA IAC-18.A1.3.17Tyni,Mats CA IAC-18.D2.6.7Tyurenkova,Veronika A IAC-18.A2.4.2Tyurenkova,Veronika CA IAC-18.A2.IP.11Tóth,Juraj CA IAC-18.A6.IP.6

U

Name Role PaperUbierna,Marcos CA IAC-18.D1.6.5Uchida,Kosuke CA IAC-18.A2.2.3Uchida,Kosuke CA IAC-18.A2.4.11Uchino,Masaya A IAC-18.E7.1.5Uchitomi,Motoko CA IAC-18.D3.1.2Ueno,Hiroshi CA IAC-18.B3.6-A5.3.3Ueno,Ichiro CA IAC-18.E1.3.2Uesugi,Riko CA IAC-18.B3.9-GTS.2.3Ui,Kyoichi CA IAC-18.C4.2.2Ulamec,Stephan CA IAC-18.A3.4A.2UlateGamboa,Brenda A IAC-18.E7.IP.19Ulinowicz,Martyna CA IAC-18.B5.1.9Ullrich,Oliver CA IAC-18.A1.8.6Ullrich,Oliver CA IAC-18.A1.8.14Ulmer,Moritz CA IAC-18.B4.6A.8Uludağ,MehmetŞevket CA IAC-18.B4.6B.5Uludağ,MehmetŞevket CA IAC-18.C4.8-B4.5A.6Umemura,Akira CA IAC-18.A2.7.7Umemura,Sayaka A IAC-18.B3.3.6Umezawa,Kazuo CA IAC-18.B3.3.3Umezawa,Takafumi CA IAC-18.B4.1.12Umunna,ReubenJikeme A IAC-18.E3.1.8Underhill,Kate A IAC-18.D2.4.5Underwood,Craig A IAC-18.B4.2.7Underwood,Craig A IAC-18.B1.3.10Underwood,Craig CA IAC-18.E2.4.1Underwood,Craig A IAC-18.A6.5.2Underwood,Craig CA IAC-18.A6.6.4Underwood,Craig A IAC-18.C3.4.5Unfried,Luciano A IAC-18.C2.IP.9Unnithan,Vikram CA IAC-18.A3.1.12Unsworth,Colleen CA IAC-18.D4.1.1Uppalapati,Sruthi CA IAC-18.A3.IP.7Uppalapati,Sruthi CA IAC-18.B3.IP.14Urata,Katia A IAC-18.B4.4.9Urbina,DiegoA. CA IAC-18.E5.1.6Urbina,Jesica CA IAC-18.A2.7.12Urbina,Jesica A IAC-18.D4.5.10Urgoiti,Eduardo CA IAC-18.D3.2.12Urgoiti,Eduardo CA IAC-18.D3.IP.2Urgoiti,Eduardo CA IAC-18.D1.6.5Urso,Michael A IAC-18.E7.IP.20Usman,Muhammad CA IAC-18.B1.1.8Utashima,Masayoshi CA IAC-18.C1.8.1Utzmann,Jens A IAC-18.A6.1.7Utzmann,Jens CA IAC-18.A6.7.4

V

Name Role PaperV,Eswaran CA IAC-18.C2.IP.33V,Eswaran CA IAC-18.C4.IP.49


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POSIUMTECHNICAL


INDEX

V,Eswaran CA IAC-18.C4.10.12Vacca,Valentina CA IAC-18.A4.1.9Vaccarella,Alberto CA IAC-18.E6.1.9Vago,Jorge CA IAC-18.A3.3B.3Vahl,Andreas CA IAC-18.D1.IP.20Vakili-Christensen,Farrokh CA IAC-18.A3.2C.8VakkadaRamachandran,Abhilash CA IAC-18.B1.3.11VakkadaRamachandran,Abhilash CA IAC-18.A3.3B.8Valbuena,MiguelA. CA IAC-18.A2.7.17ValdezRoldán,Rafael CA IAC-18.E1.IP.7ValenciaBel,Ferran CA IAC-18.C4.3.12Valente,Cristina CA IAC-18.E5.5.3Valente,Giuseppe CA IAC-18.A4.1.9Valentini,Giovanni CA IAC-18.E1.3.6Valentini,Giovanni CA IAC-18.B3.3.3Valentini,Giovanni CA IAC-18.B3.7.7Valentour,Nanette A IAC-18.D2.3.10Valera,Serge CA IAC-18.D1.4A.11Valesco,Jay CA IAC-18.E5.IP.10Valiente,Ignacio CA IAC-18.D3.2.12Valiente,Ignacio CA IAC-18.D3.IP.2Valinia,Azita A IAC-18.A7.1.4Valle,Carlos CA IAC-18.C1.5.5Valli,Monica CA IAC-18.A6.6.4Valmorbida,Andrea CA IAC-18.A6.3.9Valverde,Alfredo CA IAC-18.B4.1.4Valzano,Luca CA IAC-18.A3.2A.11vanBurg,Elco CA IAC-18.E6.3.4VanDam,Tonie CA IAC-18.E1.5.8vandeBorne,Philippe CA IAC-18.A1.2.5VandeHeyning,PaulH CA IAC-18.A1.2.14VandePoel,Mathijs CA IAC-18.B4.8.5vandenBerg,PeterMartijn A IAC-18.C4.IP.33vanderLinden,Stefan A IAC-18.D2.3.4vanderMeer,Arthur CA IAC-18.B1.5.1vanderSanden,Germaine CA IAC-18.E5.3.8vanderSanden,Germaine CA IAC-18.A3.3B.3vanderSanden,Germaine A IAC-18.E5.IP.4vanderSanden,Germaine CA IAC-18.B3.6-A5.3.10vanderSanden,Germaine CA IAC-18.E1.9.2vanderValk,Nick CA IAC-18.B1.3.1VanderValk,Nick CA IAC-18.B1.3.5vanderVeen,EgbertJan CA IAC-18.D1.1.3vanderWerf,Carlijn A IAC-18.E5.IP.6vanDijk,Chris A IAC-18.B4.4.7vanDijk,Chris A IAC-18.D3.3.11vanEllen,Layla A IAC-18.E2.2.7vanEs,Johannes A IAC-18.C2.7.3VanGinkel,Giulio CA IAC-18.D1.IP.17vanGinkel,Giulio CA IAC-18.D5.3.7VanHoof,Tristan CA IAC-18.D3.2.8vanLindenTol,Aoife A IAC-18.E1.9.15VanLoon,JackJ.W.A. CA IAC-18.A1.8.17VanLooveren,Gwenaël CA IAC-18.A7.2.6vanMuijlwijk,Jan CA IAC-18.A4.IP.3VanOmbergen,Angelique A IAC-18.A1.2.14vanParidon,Darian CA IAC-18.C3.4.10vanStrydonck,DionAnthony CA IAC-18.C4.IP.33VanVaerenbergh,Stefan CA IAC-18.A2.3.10VanVynckt,Delphine CA IAC-18.E1.6.3Vananti,Alessandro CA IAC-18.A6.1.3Vananti,Alessandro CA IAC-18.A6.9.10Vananti,Alessandro A IAC-18.A6.IP.21VandenBussche,Simon CA IAC-18.E1.6.3VandenBussche,Simon CA IAC-18.D3.4.6VandenBussche,Simon CA IAC-18.E3.6.9Vandenbrink,Joshua CA IAC-18.A2.7.17Vangen,Scott CA IAC-18.B3.6-A5.3.3Vanhevel,Floris CA IAC-18.A1.2.14Varacalli,Giancarlo CA IAC-18.D5.2.6Varacalli,Giancarlo CA IAC-18.E1.5.11Varacalli,GiancarloNatale CA IAC-18.B1.2.13Varadharajan,VivekShankar CA IAC-18.B4.3.11Varetti,Sara CA IAC-18.C2.8.10Varetti,Sara CA IAC-18.C2.9.8

Varga,Rachelle CA IAC-18.D1.1.6Vargas,André CA IAC-18.D4.1.19VargasMartinez,HectorSimon A IAC-18.B4.6B.9VargasNiño,Emerson CA IAC-18.E2.3-GTS.4.7VargasNiño,Emerson A IAC-18.E2.1.6Vargas-Cuentas,NataliaIndira A IAC-18.B4.1.14Vargas-Cuentas,NataliaIndira A IAC-18.E5.4.10Vargas-Cuentas,NataliaIndira CA IAC-18.E5.4.11Vargas-Cuentas,NataliaIndira A IAC-18.B1.IP.23Varma,Neeraj CA IAC-18.B5.2.5Varnoteaux,Philippe A IAC-18.E4.1.6Varnoteaux,Philippe A IAC-18.E4.2.7Vasey,Lauren CA IAC-18.E5.1.8Vasile,Massimiliano CA IAC-18.D1.4B.11Vasile,Massimiliano CA IAC-18.C1.8.5Vasko,Christopher CA IAC-18.E3.1.9Vasko,Christopher A IAC-18.E6.3.6Vassilenko,Valentina CA IAC-18.A1.6.11Vassilieva,Galina A IAC-18.A1.4.14Vassilieva,Galina CA IAC-18.A1.IP.18Vastaroucha,Yvonne CA IAC-18.E7.IP.18Vasudevan,Nijanthan A IAC-18.A3.5.9VAUDOLON,Julien A IAC-18.C4.4.9Vaughn,Israel CA IAC-18.A6.1.2Vaughn,Israel A IAC-18.B4.6A.3Vaughn,Jason CA IAC-18.C2.6.2Vayugundla,Mallikarjuna CA IAC-18.A3.2A.8Vaïda,Pierre CA IAC-18.A1.2.22Vecchi,Giuseppe CA IAC-18.A3.2A.11Vecchione,Giovanni CA IAC-18.B2.4.1Vecchione,Giovanni CA IAC-18.B2.5.2VEDANTHU,ADITYA A IAC-18.A1.IP.37Vedder,Peter CA IAC-18.A5.2.2Veefkind,Pepijn CA IAC-18.B1.3.1Veefkind,Pepijn CA IAC-18.B1.3.5Veenman,Joost CA IAC-18.C1.IP.38Vega,Leticia CA IAC-18.A1.4.1Velasco,Carlos CA IAC-18.B3.9-GTS.2.13Velasco,Jay CA IAC-18.A1.4.3Velez,Dianna CA IAC-18.C1.9.7Velho,Rochelle CA IAC-18.A1.4.5Vellas,Simon CA IAC-18.B4.6A.8Vellutini,Elena A IAC-18.A6.7.7Velotto,Domenico CA IAC-18.B1.IP.7Velotto,Domenico A IAC-18.B1.IP.19Venditti,Flaviane CA IAC-18.C1.2.12Vendittozzi,Cristian CA IAC-18.B1.5.8Veneziano,Anna A IAC-18.E7.2.4Venigalla,Chandrakanth A IAC-18.C1.5.2Venkataramaiah,Jagannatha A IAC-18.B1.IP.8Venkataraman,ArunSubramanian CA IAC-18.A3.5.9Venkatesan,Jayakumar CA IAC-18.E6.2.10Vennekens,Johan CA IAC-18.A3.2A.7Vennekens,Johan CA IAC-18.B4.8.5Ventura,Antonio CA IAC-18.C2.IP.10Ventura,Rodrigo CA IAC-18.A3.IP.16Ventura,Rodrigo A IAC-18.D1.6.7Venugopal,Ramasamy CA IAC-18.E1.5.7Vercella,Valeria CA IAC-18.D1.4A.7Vercruyssen,Nathan CA IAC-18.B4.4.7Verdier,Nicolas CA IAC-18.A3.3B.5Vergara,EliseoP. CA IAC-18.C1.1.2Vergoossen,Tom CA IAC-18.D5.4.4Verkhovsky,Igor CA IAC-18.B3.2.2Vermeulen,Angelo A IAC-18.D1.1.2Vermeulen,Angelo CA IAC-18.E5.IP.3Vermeulen,Angelo CA IAC-18.E5.IP.6Vernacchia,Matthew A IAC-18.D2.4.3Vernicari,PietroMaria CA IAC-18.A5.1.5Vernon,Steven CA IAC-18.D4.4.2Verseux,Cyprien CA IAC-18.A3.2C.8Verspieren,Quentin CA IAC-18.D3.1.2Verspieren,Quentin CA IAC-18.E5.2.10Verspieren,Quentin A IAC-18.B1.IP.14Verspieren,Quentin CA IAC-18.E7.7-B3.8.5

Verstaen,Sam CA IAC-18.C3.4.4Versteegh,Johan CA IAC-18.D3.IP.4Vespe,Francesco A IAC-18.B2.8-GTS.3.1Vial,Vanessa CA IAC-18.C4.4.9Viale,Andrea A IAC-18.D4.3.18VIANA,TATIANA A IAC-18.E3.IP.9Vickers,John CA IAC-18.B3.2.11Vickers,John CA IAC-18.D2.9-D6.2.4Vidano,Simone CA IAC-18.C1.6.4Vidmar,Matjaz A IAC-18.D3.2.5Vidmar,Matjaz A IAC-18.D4.2.14Vidmar,Matjaz A IAC-18.E6.3.3Vijendran,Sanjay CA IAC-18.A3.3A.6Vilenius,Esa CA IAC-18.B4.8.9VilhenadeMoraes,Rodolpho CA IAC-18.A3.IP.57VilhenadeMoraes,Rodolpho CA IAC-18.D4.IP.6Villacampa,Alicia A IAC-18.A1.8.2Villacampa,Alicia CA IAC-18.A2.7.17Villadei,Walter CA IAC-18.A6.1.9Villadei,Walter CA IAC-18.A6.IP.10Villadei,Walter CA IAC-18.A6.7.7Villain,Rachel CA IAC-18.B4.2.2Villain,Rachel CA IAC-18.C4.6.4Villanueva,David A IAC-18.E4.2.2Villarroel,Beatriz A IAC-18.A4.1.7Világi,Jozef CA IAC-18.A6.IP.6Vinai,Bruno CA IAC-18.A3.3A.3VINALS,JAVIER A IAC-18.D3.2.12VINALS,JAVIER A IAC-18.D3.IP.2Vinals,Javier CA IAC-18.D1.6.5Vinokhodova,Alla CA IAC-18.A1.1.12Viola,Nicole CA IAC-18.D2.4.9Viola,Nicole A IAC-18.D1.4A.7Viola,Nicole CA IAC-18.D1.4A.12Viola,Nicole CA IAC-18.D6.3.4Viola,Nicole CA IAC-18.C4.6.6Viola,Nicole CA IAC-18.D2.8-A5.4.7Viola,Nicole CA IAC-18.D2.8-A5.4.10Violante,Massimo CA IAC-18.D1.1.1Viquerat,Andrew CA IAC-18.A6.5.2Viquerat,Andrew CA IAC-18.C3.4.5Virelli,Maria CA IAC-18.B1.5.12Viroli,Romain CA IAC-18.C1.IP.33Visconti,Pierluigi A IAC-18.B6.3.7Visentin,Gianfranco CA IAC-18.D1.6.10Vishwakarma,Kirti CA IAC-18.A4.2.6Visscher,Peter CA IAC-18.A3.2B.6Visser,Ludo CA IAC-18.D2.3.4Viswanathan,Balaji A IAC-18.E2.4.4Vitelli,Giorgio CA IAC-18.D1.6.11Vivares,Pierrick CA IAC-18.E2.3-GTS.4.4Vivares,Pierrick CA IAC-18.A5.1.5VivesVallduriola,Gerard CA IAC-18.A6.1.7Viviani,Antonio CA IAC-18.A2.4.7Vladimirov,Gleb CA IAC-18.A3.IP.4Vlasov,Pavel CA IAC-18.B3.5.3Vodermayer,Bernhard CA IAC-18.A3.2A.8Vodnik,Jelle CA IAC-18.C2.8.3Vogel,Daniel A IAC-18.C2.IP.18Vogler,Andreas CA IAC-18.E5.2.11Vogt,Christian A IAC-18.A2.1.15Vogt,Cornelius CA IAC-18.A6.6.4Vogt,Daniel CA IAC-18.C3.3.7Voigt,Philipp A IAC-18.A6.6.4Vojkic,Bosko CA IAC-18.E7.IP.23Volatier,Jean-Baptiste CA IAC-18.B1.3.4Volger,Rik CA IAC-18.D3.2.4Volger,Rik CA IAC-18.D3.3.9Volger,Rik CA IAC-18.A1.7.7Voli,Khadar CA IAC-18.C4.IP.5Voli,Khadar CA IAC-18.C4.IP.10Volkova,Tatiana CA IAC-18.A5.2.7Volkova,Tatiana A IAC-18.B3.5.4Volkova,Tatiana A IAC-18.B6.IP.3Vollmuller,Bert-Johan A IAC-18.D3.3.13

Volosatova,Liudmila CA IAC-18.E1.2.9Volpe,Renato CA IAC-18.A5.1.6Volpe,Renato A IAC-18.C1.IP.8vonderDunk,Frans A IAC-18.E7.2.8vonderWiesche,Melanie A IAC-18.A1.IP.3vonKampen,Peter CA IAC-18.A2.5.1vonKeiser,Philip CA IAC-18.B4.6A.4vonKeiser,Philip CA IAC-18.B4.7.3vonWeyhe,Bernhard CA IAC-18.E1.6.4Vongsantivanich,Wasanchai A IAC-18.E5.2.10Vornholt,Marcel A IAC-18.E1.IP.22Vorobiev,Alex CA IAC-18.D1.4B.3Voropaev,Viktor CA IAC-18.A6.IP.1Voropaev,Viktor A IAC-18.A6.7.5Voß,Anna A IAC-18.A3.2B.11Voß,Anna CA IAC-18.A3.2C.5Vossen,Rene CA IAC-18.A3.5.8Vountas,Marco CA IAC-18.B1.3.7Vrakking,Vincent CA IAC-18.A1.IP.4Vrakking,Vincent CA IAC-18.B3.7.14Vricella,Antonio CA IAC-18.C2.IP.19Vricella,Antonio CA IAC-18.C2.8.1Vujjini,Vijay CA IAC-18.B6.1.3Vyshnav,PradyumnaNanda A IAC-18.E2.1.3Vázquez,Antón CA IAC-18.B4.2.10Vázquez,Antón CA IAC-18.B5.2.13Vögele,Thomas CA IAC-18.D1.IP.27Völk,Stefan A IAC-18.A3.4B.1

W

Name Role PaperWaclavicek,René CA IAC-18.E5.1.6Waclavicek,René CA IAC-18.B3.7.14Wada,Kensuke CA IAC-18.D4.2.13Wagenblast,Alex CA IAC-18.B6.IP.1Wagner,Dirk CA IAC-18.A1.6.3Wagner,Dirk CA IAC-18.A1.6.12Wagner,Ines CA IAC-18.A1.7.3Wagner,Paul CA IAC-18.B6.1.8Wagner,Scarlet A IAC-18.E7.1.13Wagner,Volker CA IAC-18.A2.2.7Wahl,Arthur CA IAC-18.D1.IP.6Waizenegger,Kevin CA IAC-18.E2.3-GTS.4.1Wakata,Koichi A IAC-18.B3.1.5Wakita,Yoshinori CA IAC-18.A1.2.16Wakita,Yoshinori CA IAC-18.A1.3.2Wald,Samuel A IAC-18.E5.1.3Walker,John A IAC-18.A3.IP.34Walker,John CA IAC-18.D3.IP.1Walker,John CA IAC-18.A3.2C.9Walker,Roger CA IAC-18.A3.2A.7Walker,Roger CA IAC-18.B4.8.5Walker,Scott CA IAC-18.A6.4.6Walker,Scott CA IAC-18.A6.3.7Walker,Scott CA IAC-18.A6.IP.19Walker,Scott A IAC-18.C2.9.3Walko,Przemyslaw CA IAC-18.C4.3.11Walko,Przemyslaw A IAC-18.C4.IP.3Walko,Przemyslaw A IAC-18.C4.IP.4Walser,Reinhold A IAC-18.A2.1.6Walser,Reinhold CA IAC-18.A2.1.10Walser,Reinhold CA IAC-18.A2.IP.12Walsh,Robert A IAC-18.C2.5.10Walsh,Robert A IAC-18.E1.1.7Walter,Nicolas CA IAC-18.A3.5.11Walter,Ulrich CA IAC-18.B2.2.2Walter,Ulrich CA IAC-18.C1.4.6Walton,Lori CA IAC-18.A4.2.2Walz,Carl CA IAC-18.B3.4-B6.4.7Wan,Chengan CA IAC-18.C3.3.10Wan,Stephanie CA IAC-18.B1.IP.25Wan,Wei A IAC-18.B5.3.10Wan,Wenya A IAC-18.A6.IP.42Wan,Xiaoping CA IAC-18.C2.2.3


220 221

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ESSA

GEIN

FORM

ATIO

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CAL

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KEYN

OTE

SPEA

KERS

SPEC

IAL

SESS

IONS

INTE

RACT

IVE

PRES

ENTA

TIO

NSTE

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INDE

XW

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MESSAGE

INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Wander,Alexandra A IAC-18.B6.3.10Wander,Alexandra CA IAC-18.A6.6.4Wang,Chen CA IAC-18.C2.5.8WANG,Chongzhen A IAC-18.A1.IP.27WANG,Chunhui CA IAC-18.A1.IP.24Wang,Dan A IAC-18.B2.4.8Wang,Daqing CA IAC-18.B2.IP.14Wang,Enmei CA IAC-18.C3.1.8Wang,Feng CA IAC-18.B2.IP.10Wang,Guangxu A IAC-18.C4.IP.36Wang,Guangxu A IAC-18.C4.IP.37Wang,Guangyu CA IAC-18.C4.9.11Wang,Guangyu CA IAC-18.C4.IP.15Wang,Guoji CA IAC-18.D5.2.11Wang,Haihong CA IAC-18.B2.5.10Wang,Hailong CA IAC-18.A1.3.4Wang,Haitao CA IAC-18.A4.1.10Wang,Haoze A IAC-18.C4.7-C3.5.4Wang,Hui A IAC-18.C1.3.6Wang,Jia A IAC-18.A3.IP.21Wang,Jia A IAC-18.A3.IP.32Wang,Jian-zhao CA IAC-18.A7.2.1Wang,Jingyu CA IAC-18.A1.8.10Wang,Kexin CA IAC-18.D2.IP.5Wang,Lei CA IAC-18.C3.IP.10Wang,Lin-Jie A IAC-18.A1.IP.31WANG,LIWEI A IAC-18.D5.4.2Wang,Min A IAC-18.B2.2.13Wang,Mingming A IAC-18.C1.4.6Wang,Pengfei CA IAC-18.D2.8-A5.4.11Wang,Rui A IAC-18.C3.1.10Wang,Shengjie CA IAC-18.A6.IP.18Wang,Wei CA IAC-18.A1.5.8Wang,Wei A IAC-18.A3.IP.43Wang,Xiaohui A IAC-18.D1.4A.5Wang,Xiaohui CA IAC-18.D2.8-A5.4.8WANG,Xiaowei A IAC-18.D4.IP.11Wang,Xun A IAC-18.C2.IP.34Wang,Yamin CA IAC-18.D4.1.5Wang,Yamin CA IAC-18.D4.1.14Wang,Yamin CA IAC-18.A3.4B.7WANG,Ying A IAC-18.A7.2.1Wang,Youliang A IAC-18.C1.IP.28WANG,YUD. CA IAC-18.D2.6.9Wang,Yuanding A IAC-18.D2.2.4Wang,Yue CA IAC-18.C2.IP.26Wang,Yue A IAC-18.A6.10-C1.7.3Wang,Yunpeng CA IAC-18.C1.5.6Wang,Zelin A IAC-18.C2.IP.31Wang,Zhaokui CA IAC-18.E2.4.3Wang,Zhaokui CA IAC-18.B4.7.4Wang,Zhaolong CA IAC-18.B2.IP.3Wang,Zhaowei A IAC-18.C2.4.2Wang,Zhifu CA IAC-18.D1.4A.10Wang,Zhixin CA IAC-18.C4.IP.44Wang,ZiFei CA IAC-18.D1.1.6WARANON,LIKHIT A IAC-18.B4.9-GTS.5.2Ward,Pauline CA IAC-18.E1.8.3Warner,Marvin CA IAC-18.A2.1.13Warner,Marvin A IAC-18.A2.IP.7Warnke,Elisabeth CA IAC-18.A1.8.7Warth,Nathanael CA IAC-18.A1.7.3Wasilewski,Szymon CA IAC-18.B5.1.9Wasniowski,Aleksander A IAC-18.A1.1.13Wasniowski,Aleksander CA IAC-18.B6.3.4Wasniowski,Aleksander CA IAC-18.A1.IP.10Wasniowski,Aleksander A IAC-18.A1.7.12Wasniowski,Aleksander CA IAC-18.A3.2C.8Wasser,Kai CA IAC-18.A1.7.17Wasser,Yi CA IAC-18.B6.1.1Wat,Howard CA IAC-18.E1.4.7Watanabe,Akiko A IAC-18.E7.IP.15Watanabe,Hiromi CA IAC-18.C3.4.6Watanabe,Kazuki CA IAC-18.C3.1.7Watanabe,Kazuo CA IAC-18.E1.3.2

Watanabe,Masahito A IAC-18.A2.2.3Watanabe,Masahito A IAC-18.A2.4.11Waterman,Gideon CA IAC-18.A1.5.10Watkins,Bobby A IAC-18.B3.4-B6.4.8Watts,Ben A IAC-18.A5.1.13Watts,Trevor CA IAC-18.D2.3.4Webb,Alan A IAC-18.B4.5.6Weber,Bernhard CA IAC-18.B3.6-A5.3.5WeberMartins,Thiago A IAC-18.D1.1.9Webster,Cassandra CA IAC-18.C1.9.3Webster,Samuel A IAC-18.C4.3.7Weclewski,Piotr CA IAC-18.D3.3.2Weclewski,Piotr CA IAC-18.A3.IP.37Wedler,Armin A IAC-18.A3.2A.8Wedler,Armin A IAC-18.C2.5.1Wedler,Armin CA IAC-18.B3.6-A5.3.3Wedler,Armin CA IAC-18.B3.6-A5.3.5Weeden,Brian CA IAC-18.D1.5.8Wehage,Kristopher CA IAC-18.D1.4B.1Wehbe,Bilal CA IAC-18.D1.2.7Wehland,Markus CA IAC-18.A1.IP.26Wehland,Markus CA IAC-18.A1.8.7Wehland,Markus CA IAC-18.A1.8.8Wehland,Markus CA IAC-18.A1.8.9Wehland,Markus A IAC-18.A2.7.11Wei,Chuanfeng A IAC-18.B3.6-A5.3.11Wei,Minsong CA IAC-18.B4.6A.7Wei,QIN CA IAC-18.B1.IP.1Wei,Xianggeng CA IAC-18.C4.9.4WEI,XUEZHONG CA IAC-18.D5.4.2Wei,Yuchen CA IAC-18.B4.2.7Wei,Zhang CA IAC-18.A7.IP.3Weigel,Martin CA IAC-18.A6.1.6Weihua,Ma CA IAC-18.C1.IP.17Weikert,Marcel CA IAC-18.C4.7-C3.5.5Weikert,Sven CA IAC-18.A6.5.3Weinfurter,H. CA IAC-18.B4.2.12Weis,Stefan CA IAC-18.C4.4.5Weisenberger,Steffen CA IAC-18.B4.6B.14Weisgerber,Michael A IAC-18.D5.1.11Weiss,BerndMichael A IAC-18.E1.5.4Weiss,BerndMichael A IAC-18.E6.IP.2Weiss,Peter CA IAC-18.E5.1.6Weiss,Peter CA IAC-18.D3.3.7Weißgärber,Thomas CA IAC-18.C2.8.8Weitz,Noah CA IAC-18.D2.IP.12Welch,Chris CA IAC-18.D3.1.4Welch,Chris CA IAC-18.A3.IP.39Welch,Chris CA IAC-18.C4.IP.39Welch,Chris CA IAC-18.B5.3.8Welch,Chris CA IAC-18.B4.8.16Welch,Chris CA IAC-18.D4.4.6Welle,Richard A IAC-18.B2.7.3Wen,Ming CA IAC-18.C4.IP.15Wen,TeeLi CA IAC-18.E1.4.7Wen,Xue-zhong CA IAC-18.A6.IP.20Wen,Xue-zhong CA IAC-18.A6.IP.20Wendrich,Thijs CA IAC-18.A2.3.5Wendrich,Thijs CA IAC-18.A2.5.6Wendt,Christian A IAC-18.D2.IP.11Weng,Jingnong CA IAC-18.E1.7.4Wenger,Manuela CA IAC-18.B4.3.6Wenzel,Andreas A IAC-18.C1.6.10Wenzhoefer,Frank CA IAC-18.A3.2A.8Wenzlawski,Andrè CA IAC-18.A2.1.8Weppler,Johannes A IAC-18.E1.4.1Weppler,Johannes CA IAC-18.E1.2.1Weps,Benjamin A IAC-18.A2.5.6Werkheiser,Nikki CA IAC-18.E1.7.1Werner,Andreas CA IAC-18.A1.2.10Werner,Anika CA IAC-18.A1.1.7Werner,Anika CA IAC-18.A1.1.8Werner,Anika CA IAC-18.A1.2.11Werner,Anika CA IAC-18.A1.2.13Werner,Anika CA IAC-18.A1.2.24

Werner,Anika CA IAC-18.A1.4.4Werner,Anika A IAC-18.A1.4.6Werner,Anika CA IAC-18.A1.4.19Werner,Jonas CA IAC-18.C2.IP.12Werner,Klaus CA IAC-18.B2.5.4Werner,Klaus CA IAC-18.A7.3.7Werner,Norbert A IAC-18.B4.2.8Werner,Philipp CA IAC-18.B4.3.1Werner,Philipp CA IAC-18.B4.6A.4Werner,Robert CA IAC-18.D2.6.6Werthimer,Dan CA IAC-18.A4.1.9Wertz,Philipp A IAC-18.B2.2.8Wertz,Philipp A IAC-18.B1.IP.34Westall,Frances CA IAC-18.A1.6.12Westerdorff,Karsten CA IAC-18.B4.6A.8Wheeler,Clyde A IAC-18.B4.4.3Whitley,Ryan CA IAC-18.A3.1.1Whitley,Sally CA IAC-18.D1.4B.4Whitmarsh,Stephen CA IAC-18.A4.IP.3Wicht,Andreas CA IAC-18.A2.1.9Wickert,Matthias CA IAC-18.C2.5.11Wickhusen,Kai CA IAC-18.A3.3A.11Wiedemann,Carsten A IAC-18.A6.2.6Wiedemann,Carsten CA IAC-18.A6.3.5Wieder,Maxwell A IAC-18.D1.4B.4Wiegand,Andreas CA IAC-18.A6.5.3Wiehle,Stefan A IAC-18.B1.5.3Wiehle,Stefan CA IAC-18.B1.5.4Wiehle,Stefan CA IAC-18.B1.IP.7Wiercioch,Maurice CA IAC-18.B1.5.4Wiertz,Thierry A IAC-18.C4.7-C3.5.9Wiese,Tim A IAC-18.D4.3.7Wiis,Jophiel CA IAC-18.A7.2.6Wilcox,Brian CA IAC-18.B3.6-A5.3.3Wilczynski,Lukasz A IAC-18.E1.IP.5Wild,Fridolin CA IAC-18.B5.1.11Wilde,Detlef CA IAC-18.A2.5.5Wilde,Joshua CA IAC-18.A5.1.5Wilde,Joshua CA IAC-18.E3.IP.13Wilde,Martina CA IAC-18.A3.2A.8Wiley,Jaclyn A IAC-18.E1.3.10Wilhelm,Claire A IAC-18.D3.4.1Wilken,Jascha A IAC-18.D2.4.1Wilkie,W.Keats CA IAC-18.C2.6.2Wilkinson,Jack A IAC-18.E1.9.3Willberg,Bertram CA IAC-18.C2.5.1Wille,Eric A IAC-18.A7.1.1Willekens,Philippe A IAC-18.E1.6.4Willekens,Stephanie A IAC-18.A3.1.11Willems,Sebastian CA IAC-18.C2.IP.1Williams,Adam CA IAC-18.B6.3.5Williams,Adam CA IAC-18.B6.3.6Williams,Nehemiah CA IAC-18.A3.1.3Williams,Timothy CA IAC-18.B2.1.5Willnecker,Rainer CA IAC-18.A2.6.8Willnecker,Rainer CA IAC-18.A2.6.11Willner,Konrad CA IAC-18.A3.3A.11Wilson,HilaryK. CA IAC-18.B1.4.7Wilson,Krystal A IAC-18.B1.6-GTS.1.1Wilton-Clark,Harry CA IAC-18.D1.1.6Wimmer-Schweingruber,Robert CA IAC-18.D4.4.2Wimmer-Schweingruber,RobertF. CA IAC-18.C2.1.5Wimmer-Schweingruber,RobertF. A IAC-18.D4.4.1Windisch,Lisa CA IAC-18.A3.2C.5Windmüller,Michael CA IAC-18.B3.IP.9Windpassinger,Patrick CA IAC-18.A2.1.8Winglee,Robert CA IAC-18.E1.1.4Winglee,Robert CA IAC-18.E1.2.6Wink,Jeroen A IAC-18.D2.6.6Winter,FrankH. A IAC-18.E4.2.4Winter,Kirian CA IAC-18.C2.8.3Winter,Othon CA IAC-18.D4.IP.6Winters,Gaele CA IAC-18.E3.1.14Wippermann,Torben CA IAC-18.C3.4.3Wisniewski,Lukasz A IAC-18.A3.IP.37

Wisniewski,Lukasz A IAC-18.A3.4B.5Wisse,Menko A IAC-18.D2.3.2Withers,Paul CA IAC-18.B4.2.9Witoon,Siyada CA IAC-18.E1.2.8Witt,Johannes CA IAC-18.B3.7.1Witt,Johannes CA IAC-18.B3.7.4Witte,Lars CA IAC-18.A3.IP.59Witte,Lars CA IAC-18.A3.4B.2Wittig,Alexander CA IAC-18.C1.1.2Wittig,Manfred CA IAC-18.B2.5.7Wittig,Manfred CA IAC-18.B4.8.9Wittig,Sarah CA IAC-18.B2.8-GTS.3.12Witzmann,Marco CA IAC-18.D3.4.6Witzmann,Marco A IAC-18.E3.6.9Wiśniewski,Łukasz CA IAC-18.C2.IP.6Wiśniewski,Łukasz CA IAC-18.A3.5.3Woda,Clemens CA IAC-18.A1.5.1Woda,Clemens CA IAC-18.C2.6.8Woerner,David A IAC-18.C4.7-C3.5.1Wohlgemuth,Rainer CA IAC-18.B3.9-GTS.2.2Woicke,Svenja A IAC-18.C1.5.9Wojcik,Harrison CA IAC-18.A1.1.4Wojtkowiak,Harald CA IAC-18.B4.3.13Wolahan,Andrew CA IAC-18.A6.6.10Wolanski,Piotr CA IAC-18.C4.3.12Wolanski,Piotr CA IAC-18.A6.5.9Wolanski,Piotr CA IAC-18.D2.9-D6.2.11Wolbers,Thomas CA IAC-18.A1.4.19Wolf,Jürgen CA IAC-18.A7.3.7Wolf,Ronny CA IAC-18.B4.6B.14Wolf,Sebastian A IAC-18.A1.6.8Wolf,Thomas A IAC-18.C4.4.5Wollack,EdwardJ. CA IAC-18.A7.3.8Wollenhaupt,Birk A IAC-18.C4.4.7Wolny,Josh CA IAC-18.E3.4.2Wolny,Josh CA IAC-18.E1.7.13Wolny,Josh CA IAC-18.D3.4.1Woltmann,Marian CA IAC-18.A2.1.15Woltran,Markus CA IAC-18.E3.1.3Woltran,Markus A IAC-18.E3.1.4Woo,Pamela CA IAC-18.A7.3.2Wood,Danielle A IAC-18.E5.2.4Wood,Danielle A IAC-18.B1.6-GTS.1.2Wood,Danielle CA IAC-18.E6.3.5Wood,Jeanne CA IAC-18.E3.6.2Woods,ArthurR. A IAC-18.D4.2.7Woods,ArthurR. CA IAC-18.E5.IP.9Wooldridge,Charles CA IAC-18.B1.1.1Worrall,Kevin CA IAC-18.C4.8-B4.5A.13Worrall,Stephen CA IAC-18.B4.2.2Wortman,Jake CA IAC-18.A3.4B.8Wortmann,Andreas A IAC-18.D1.3.9Wu,Feng CA IAC-18.A1.3.4Wu,Jianjun CA IAC-18.C4.IP.32WU,MANRUI CA IAC-18.A1.1.5Wu,Meng CA IAC-18.C4.9.6Wu,Qiang CA IAC-18.A6.3.1Wu,Ruilin CA IAC-18.A1.1.5WU,Shao-Ying CA IAC-18.D1.3.7Wu,Shengbao A IAC-18.D2.1.10Wu,Shunan A IAC-18.C3.1.8Wu,Shunan CA IAC-18.C2.3.12Wu,Shunxiao A IAC-18.B2.IP.17Wu,Xiaodan A IAC-18.B5.1.8Wu,Xiaodan A IAC-18.E7.4.10Wu,Yunhua CA IAC-18.B2.IP.10Wu,Yunhua A IAC-18.C1.IP.14Wu,Zhigang CA IAC-18.C3.1.8Wu,Zhigang CA IAC-18.C2.3.12Wu,Zhuoting CA IAC-18.B1.2.10Wunderlich,Rainer A IAC-18.A2.6.13Wurm,Gerhard CA IAC-18.A2.3.13Wurm,Gerhard CA IAC-18.A2.IP.8Wurm,Gerhard CA IAC-18.A2.7.8Wuyts,FlorisL. CA IAC-18.A1.2.14


222 223

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TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

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PRESENTATIONS


POSIUMTECHNICAL


INDEX

Wygachiewicz,Marcin CA IAC-18.A6.6.10Wypukol,Magdalena CA IAC-18.A1.IP.21Wypukol,Magdalena A IAC-18.A1.IP.22Wypukol,Magdalena CA IAC-18.A1.7.1Wójcik,Arkadiusz CA IAC-18.B5.1.9Wörner,Lisa A IAC-18.A2.1.13Wörner,Lisa CA IAC-18.A2.IP.7Wöske,Florian A IAC-18.C1.IP.11Wöske,Florian CA IAC-18.D1.IP.32Wösten,Han CA IAC-18.E5.1.7Wübbels,Guido CA IAC-18.D2.6.1Wüstenberg,Philipp CA IAC-18.C3.3.11Wüstenberg,Philipp CA IAC-18.D3.3.6Wüstenberg,Philipp CA IAC-18.C2.8.8

X

Name Role PaperXi,CHEN CA IAC-18.B1.IP.1Xia,Weiqiang A IAC-18.A1.6.10Xia,Zhaoyang CA IAC-18.C4.9.15Xiangyan,ZHANG CA IAC-18.B1.IP.1Xiao,Aimin CA IAC-18.D1.3.8Xiao,Kai CA IAC-18.C2.IP.26Xiao,Xiao A IAC-18.C2.IP.22Xiao,Yong CA IAC-18.C2.2.3XiaoSu,YI A IAC-18.E1.7.4Xiaohua,Huang CA IAC-18.B3.7.11Xiaoli,Chen A IAC-18.B1.3.3Xiaona,Luan CA IAC-18.B2.IP.7Xiaopeng,ZHANG CA IAC-18.D5.1.7Xiaopeng,ZHANG A IAC-18.B1.IP.1XiaoQun,Chen CA IAC-18.B2.1.9XIE,Liang CA IAC-18.A1.IP.24Xie,Ping CA IAC-18.D1.1.7Xie,YongChun A IAC-18.C1.5.6Xin,Mingyuan CA IAC-18.C4.9.11Xin,Mingyuan CA IAC-18.C4.IP.15Xing,Fei CA IAC-18.B4.6A.7Xing,Jie CA IAC-18.C3.3.12Xinshi,HU CA IAC-18.B2.4.7Xinxin,Fang CA IAC-18.C4.9.9Xinxin,Fang CA IAC-18.C4.3.4Xiong,Rui CA IAC-18.D5.1.7Xiong,Rui A IAC-18.B2.IP.12Xiping,Feng CA IAC-18.C4.IP.21Xiyun,Hou CA IAC-18.C1.2.9Xiyun,Hou A IAC-18.D2.3.9Xu,Biao A IAC-18.B6.2.4Xu,Chao CA IAC-18.C2.5.8Xu,Da A IAC-18.A1.2.23XU,FENG CA IAC-18.C2.5.8XU,Hongping CA IAC-18.D6.3.6Xu,Hongyan A IAC-18.B2.1.9Xu,Jiahui CA IAC-18.B2.8-GTS.3.4Xu,Ming CA IAC-18.C1.2.10Xu,Peipei CA IAC-18.D1.5.7Xu,Rui CA IAC-18.C1.3.6Xu,Rui A IAC-18.D2.3.5XU,WEI A IAC-18.D5.1.8Xu,Youtao CA IAC-18.D4.IP.11Xu,Zhi CA IAC-18.D2.5.11Xu,Zuhua CA IAC-18.D2.IP.5XUAN,CHEN A IAC-18.C2.4.7Xuan,Jin CA IAC-18.C4.3.4Xun,Duan A IAC-18.C1.2.1Xuzhi,Li CA IAC-18.A7.IP.3

Y

Name Role PaperYablonina,Maria CA IAC-18.E5.1.8Yagi,Kazuhiro CA IAC-18.D2.1.8Yaglioglu,Burak A IAC-18.E1.4.9Yakoov,Moti CA IAC-18.B1.1.4

Yam,ChitHong A IAC-18.A3.IP.30Yamada,Yuki A IAC-18.E2.2.5Yamada,Yuki CA IAC-18.C1.5.4Yamagami,Tatsuya CA IAC-18.A6.3.2Yamagiwa,Yoshiki A IAC-18.D4.3.10Yamagiwa,Yoshiki CA IAC-18.C4.7-C3.5.11Yamaguchi,Shoki CA IAC-18.A1.2.17Yamamoto,Eriko CA IAC-18.A6.8.6Yamamoto,Makoto CA IAC-18.E1.3.2Yamamoto,Ryuichi CA IAC-18.D2.2.1Yamamoto,Takayuki CA IAC-18.D2.7.2Yamamoto,Takayuki CA IAC-18.B4.5.2Yamamoto,Takayuki A IAC-18.C1.9.10Yamaoka,Kazutaka CA IAC-18.B4.2.4Yamauchi,Takashi CA IAC-18.D5.1.6Yamauchi,Takashi CA IAC-18.B4.7.10Yamazaki,Hideaki CA IAC-18.D4.2.8Yamazaki,Masahiko A IAC-18.B4.1.12Yan,Biao CA IAC-18.C2.9.13Yan,Fei A IAC-18.C2.IP.37Yan,Hong CA IAC-18.A2.IP.4YAN,Qu CA IAC-18.A1.IP.24YAN,Xiaotao CA IAC-18.D6.3.6Yan,Xiu-Tian CA IAC-18.D1.2.7Yan,Xiu-Tian CA IAC-18.D3.2.12Yan,Xiu-Tian CA IAC-18.D3.IP.2YAN,Yingwen A IAC-18.C4.IP.14Yanbo,Wang CA IAC-18.A6.6.9Yang,Baohua CA IAC-18.C1.5.6Yang,Chao CA IAC-18.A1.3.4Yang,Clément CA IAC-18.C4.6.3Yang,Demin CA IAC-18.D2.5.11Yang,Dong A IAC-18.D3.IP.3Yang,Fanglin CA IAC-18.C3.3.12Yang,Guangzhi CA IAC-18.D5.1.7Yang,Guangzhi CA IAC-18.D1.4A.10Yang,Guangzhi CA IAC-18.B1.IP.1Yang,Guangzhi CA IAC-18.B2.IP.12Yang,Haifeng A IAC-18.B2.4.7Yang,Hong A IAC-18.B3.9-GTS.2.8Yang,Hua CA IAC-18.D5.1.12Yang,Huxiao A IAC-18.E7.1.9Yang,Juanjuan CA IAC-18.B1.IP.12Yang,Jungang A IAC-18.C2.2.3Yang,Junli CA IAC-18.B1.4.6Yang,Keying CA IAC-18.C1.3.10Yang,Liang CA IAC-18.C2.8.12Yang,Mengfei CA IAC-18.D5.1.12YANG,Mu A IAC-18.D4.2.4Yang,Nan CA IAC-18.C1.IP.14Yang,Wulin CA IAC-18.A6.IP.23Yang,Xuegeng CA IAC-18.A2.4.12YANG,Xuejiao CA IAC-18.B3.2.13Yang,Yang CA IAC-18.A6.9.2Yang,Zhen CA IAC-18.D1.IP.29Yano,Hajime CA IAC-18.A3.5.11Yanova,Olga CA IAC-18.D5.1.5Yao,Dong A IAC-18.D1.IP.2Yao,Lining CA IAC-18.B3.9-GTS.2.13Yao,NaXin CA IAC-18.C2.IP.26Yasaka,Tetsuo A IAC-18.D4.3.14Yasuhiro,Nakamura CA IAC-18.A2.IP.9Yaxing,Cai CA IAC-18.B2.3.7YazdaniSarvestani,Hamidreza A IAC-18.C2.4.3Yañez,Pablo CA IAC-18.B5.2.13Yemets,Mykhailo A IAC-18.C4.8-B4.5A.13Yemets,Vitaly CA IAC-18.C4.8-B4.5A.13Yenawine,Alec A IAC-18.C4.IP.6YI,Hang CA IAC-18.A1.6.10YI,Hang CA IAC-18.D6.3.6Yi,Xiaosu CA IAC-18.B2.IP.12Yilmaz,Goktan CA IAC-18.E2.3-GTS.4.2Yin,Jin A IAC-18.C2.IP.26Ying,Chen CA IAC-18.A1.3.4Yoder,Christopher A IAC-18.A3.5.1

Yokota,Shun A IAC-18.D4.3.15Yokoya,Ryunosuke CA IAC-18.D4.2.13Yokoyama,Shotarou CA IAC-18.C2.5.2Yonemoto,Koichi A IAC-18.E6.1.8Yonemoto,Koichi CA IAC-18.D2.6.2Yoneyama,Misato CA IAC-18.A6.3.2Yongfu,GUO CA IAC-18.B1.IP.1Yoon,SungWook A IAC-18.D1.IP.24Yoon,Zizung CA IAC-18.B2.2.1Yoshida,Kazuya CA IAC-18.D1.3.5Yoshida,Kazuya CA IAC-18.D3.IP.1Yoshida,Kazuya CA IAC-18.A3.2C.9Yoshimitsu,Kohei CA IAC-18.B4.1.12Yoshimitsu,Tetsuo CA IAC-18.A3.4A.2Yost,Bruce A IAC-18.B4.9-GTS.5.12You,Yancheng CA IAC-18.C4.9.6Ytterskog,Anne A IAC-18.D2.2.5Yu,Chunrui CA IAC-18.B2.IP.8Yu,Chunxu A IAC-18.A3.3B.2Yu,Fei CA IAC-18.D1.IP.18Yu,Feng CA IAC-18.C1.IP.14Yu,Mengxi A IAC-18.B1.4.6Yu,Nanjia A IAC-18.C4.5.13Yu,Xia A IAC-18.E5.2.3Yu,Xiaoyan A IAC-18.C2.IP.35Yu,Xiaozhou CA IAC-18.C3.IP.5Yu,Xiaozhou CA IAC-18.B4.6B.6Yuan,Chaoyi A IAC-18.C3.IP.12Yuan,Huoping CA IAC-18.B5.1.6Yuan,Jianping CA IAC-18.C1.1.3Yuan,Jianping CA IAC-18.A6.5.7Yuan,Jianping CA IAC-18.A6.IP.42Yuan,Jianping CA IAC-18.A7.3.11Yuan,Ming CA IAC-18.A1.8.10Yuan,Yuan CA IAC-18.B2.3.8Yudanov,Nikolay CA IAC-18.B4.6B.3Yudintsev,Vadim CA IAC-18.C1.IP.15Yue,Chengfei A IAC-18.D1.3.12Yue,Xiaokui CA IAC-18.C1.2.1Yue,Xiaokui CA IAC-18.D3.IP.3Yue,Xiaokui CA IAC-18.A7.3.11Yue,Yuxian CA IAC-18.D1.4A.5Yue,Yuxian A IAC-18.D2.8-A5.4.8Yuejiao,Wang CA IAC-18.A6.IP.27Yufei,LIU CA IAC-18.B1.IP.1Yule,Steven A IAC-18.A1.3.5Yun,Lei CA IAC-18.C3.3.12Yurong,Huo A IAC-18.D4.1.13Yurong,Huo CA IAC-18.A6.IP.46Yushan,GAO CA IAC-18.C4.10.3Yusupova,Anna CA IAC-18.A1.1.10Yusupova,Anna A IAC-18.A1.1.11Yuxing,Zhang CA IAC-18.D2.IP.8

Z

Name Role PaperZabel,Paul CA IAC-18.A1.IP.4Zabihian,Ehsan A IAC-18.D1.4A.9Zabori,Balazs A IAC-18.A1.5.2Zabori,Balazs CA IAC-18.A1.5.11Zachrau,HansJuergen CA IAC-18.A6.6.8Zadnik,Marjan CA IAC-18.E1.2.11Zaehringer,Erich CA IAC-18.A2.6.3Zake,Matthias CA IAC-18.A6.3.9Zakharova,Anna A IAC-18.B3.2.8Zakhvatkin,Mikhail CA IAC-18.A6.7.5Zakirov,Vadim CA IAC-18.B4.5.6Zaklynsky,Alexander CA IAC-18.E5.3.8Zaklynsky,Alexander CA IAC-18.E5.IP.4Zambon,Francesca CA IAC-18.A3.1.12Zamboni,Andrea CA IAC-18.A3.2B.2Zamora,Pilar A IAC-18.D4.2.11Zamora,Pilar CA IAC-18.E5.5.9Zandbergen,Barry CA IAC-18.C4.8-B4.5A.6

Zander,Martin CA IAC-18.A6.5.3Zander,Martin CA IAC-18.C3.4.3Zanella,Pietro CA IAC-18.C3.4.4Zange,Jochen CA IAC-18.A1.2.25Zange,Jochen CA IAC-18.A1.4.2Zannat,Sadia CA IAC-18.B1.IP.26Zannoni,Marco CA IAC-18.B4.8.12ZanottiFragonara,Luca CA IAC-18.E2.3-GTS.4.5Zappino,Enrico A IAC-18.C2.2.10Zaquini,Nicola CA IAC-18.C2.IP.10ZarbAdami,Kris CA IAC-18.A6.1.9Zarcone,Gaetano CA IAC-18.A6.9.8Zarubin,Dmitry CA IAC-18.A5.1.11Zaussinger,Florian CA IAC-18.A2.6.15Zaussinger,Florian A IAC-18.A2.7.18Zavoli,Alessandro CA IAC-18.C1.4.5Zawistowski,Tomasz CA IAC-18.B5.1.9Zea,Luis CA IAC-18.A2.7.14Zea,Luis CA IAC-18.A2.7.15Zech,Herwig A IAC-18.B2.7.1Zee,Robert CA IAC-18.B4.4.8Zee,Robert CA IAC-18.C4.8-B4.5A.12Zee,RobertE. CA IAC-18.B4.4.1Zee,RobertE. CA IAC-18.B4.4.2Zee,RobertE. CA IAC-18.B4.8.8Zeidler,Conrad CA IAC-18.A1.IP.4Zeidler,Conrad CA IAC-18.B3.7.14Zeif,Reinhard CA IAC-18.B2.IP.18Zeif,Reinhard A IAC-18.B4.6B.4Zeif,Reinhard A IAC-18.B2.7.8Zeis,Christopher CA IAC-18.C2.1.8Zeis,Christopher CA IAC-18.D1.2.12Zelentsov,Vladimir CA IAC-18.E1.3.11Zelentsov,Vladimir CA IAC-18.A6.IP.45Zelmer,Carla CA IAC-18.A1.6.6Zemann,Maria CA IAC-18.A1.4.9ZENG,HONGG. CA IAC-18.D2.6.9ZENG,Ling-bin A IAC-18.D3.3.5Zeng,Xiaomei CA IAC-18.C2.4.9Zenkl,Radek CA IAC-18.D3.3.10Zeppenfeldt,Frank A IAC-18.B2.IP.6Zerner,Toby CA IAC-18.E1.4.7Zervos,Vasilis A IAC-18.D5.2.10Zhai,Huijuan CA IAC-18.A1.6.10Zhai,Zhengan A IAC-18.B2.7.12Zhang,Binquan CA IAC-18.A1.5.8Zhang,Bo CA IAC-18.D4.1.5Zhang,Bo CA IAC-18.D4.1.14Zhang,Chuanxin CA IAC-18.D5.2.11Zhang,Chunxi CA IAC-18.B2.IP.12Zhang,Dong A IAC-18.D2.8-A5.4.11Zhang,Feng CA IAC-18.D4.1.13Zhang,Feng A IAC-18.D2.IP.17Zhang,Han CA IAC-18.E2.3-GTS.4.12Zhang,Haoping CA IAC-18.B5.3.10Zhang,Hongyu CA IAC-18.A1.3.4Zhang,Jia CA IAC-18.E5.2.3Zhang,Jia A IAC-18.A6.IP.29Zhang,Jianquan CA IAC-18.C3.2.2Zhang,Jianquan CA IAC-18.D1.3.8Zhang,Jianquan CA IAC-18.B1.4.6Zhang,Jie A IAC-18.D4.1.12Zhang,Jingnan A IAC-18.D1.1.7Zhang,Jingrui CA IAC-18.C1.3.10Zhang,Jinkun CA IAC-18.D5.1.12Zhang,Kai CA IAC-18.D1.1.7Zhang,Kefei CA IAC-18.A6.9.2Zhang,Longlong A IAC-18.C3.IP.10Zhang,Meng CA IAC-18.A1.5.8Zhang,Nan CA IAC-18.C4.9.11Zhang,Pinliang CA IAC-18.A6.3.1Zhang,Qiao CA IAC-18.B3.9-GTS.2.8Zhang,Rui A IAC-18.E2.4.3Zhang,Ruolin CA IAC-18.C3.3.12Zhang,Shenyi CA IAC-18.A1.5.8


224 225

WEL

COM

EM

ESSA

GEIN

FORM

ATIO

NTE

CHNI

CAL

SESS

IONS

KEYN

OTE

SPEA

KERS

SPEC

IAL

SESS

IONS

INTE

RACT

IVE

PRES

ENTA

TIO

NSTE

CHNI

CAL

SESS

IONS

BY

SYM

POSI

UMTE

CHNI

CAL

SESS

IONS

PAPE

RSAU

THOR

S’

INDE

XW

ELCOME

MESSAGE

INFORMATION

TECHNICALSESSIONS

KEYNOTESPEAKERS

SPECIAL SESSIO

NSINTERACTIVE

PRESENTATIONS


POSIUMTECHNICAL


INDEX

Zhang,Shu CA IAC-18.E5.2.3Zhang,Shuo CA IAC-18.B4.6A.7Zhang,Silong CA IAC-18.C4.9.7Zhang,Silong CA IAC-18.C4.IP.7Zhang,Silong CA IAC-18.C4.IP.23Zhang,Teng A IAC-18.A7.3.11Zhang,Teng CA IAC-18.D1.5.7Zhang,Wei CA IAC-18.A2.4.13Zhang,William CA IAC-18.E2.3-GTS.4.4Zhang,William CA IAC-18.A5.1.5Zhang,William CA IAC-18.B4.7.9Zhang,Xiaoyu A IAC-18.C2.1.1ZHANG,Xige CA IAC-18.D6.3.6Zhang,Xin A IAC-18.D5.3.3Zhang,Xu CA IAC-18.C4.9.6Zhang,Xuanmin CA IAC-18.B1.IP.12Zhang,Yang CA IAC-18.D5.2.11Zhang,Yang CA IAC-18.C4.5.13ZHANG,YANG A IAC-18.B5.3.5Zhang,Yao CA IAC-18.C1.3.10Zhang,Yasheng CA IAC-18.A6.IP.46Zhang,Ye CA IAC-18.A1.8.12Zhang,Yichao CA IAC-18.B5.3.4Zhang,Ying CA IAC-18.C4.IP.23Zhang,Ying CA IAC-18.B4.7.10ZHANG,Yonghe CA IAC-18.D4.1.5Zhang,Yonghe CA IAC-18.D4.1.14Zhang,Yonghe CA IAC-18.A7.3.11Zhang,Yonghe A IAC-18.A3.4B.7Zhang,Yuzhu A IAC-18.D1.IP.29Zhang,Zezhong CA IAC-18.C1.IP.14Zhang,Zhihao A IAC-18.C3.3.13Zhao,Chang-Yin CA IAC-18.A6.IP.7Zhao,Hua CA IAC-18.B2.IP.8Zhao,Jian CA IAC-18.B1.1.8ZHAO,Jian A IAC-18.C4.10.3Zhao,Jianbo CA IAC-18.D2.5.8Zhao,Jianfu CA IAC-18.A2.2.10Zhao,Jianfu CA IAC-18.A2.4.6Zhao,Jianwei CA IAC-18.C3.3.12Zhao,JianWu A IAC-18.C3.3.12Zhao,Jisong A IAC-18.D2.3.13Zhao,Ping CA IAC-18.B2.IP.10Zhao,Qing A IAC-18.E7.IP.21Zhao,Sheng A IAC-18.D2.5.8Zhao,Ting CA IAC-18.C4.1.15Zhao,Wangbin A IAC-18.C3.IP.8Zhao,Xuexuan A IAC-18.B4.7.4Zhao,Yong CA IAC-18.B4.6A.2Zhao,Yulong CA IAC-18.B2.8-GTS.3.4Zhao,Yun A IAC-18.E7.4.3Zhao,Zhihua CA IAC-18.C2.2.3Zhao,Zhihua A IAC-18.C2.2.8Zhaojun,Jin A IAC-18.A2.2.14Zhaojun,Jin CA IAC-18.A2.4.13Zhaojun,Jin CA IAC-18.A7.IP.3Zhdanovich,Olga CA IAC-18.E1.5.1Zhen,Huang CA IAC-18.A2.IP.16Zheng,Hongwei CA IAC-18.A1.8.10Zheng,Jianhua CA IAC-18.C1.IP.28Zheng,Weibo CA IAC-18.A2.5.12ZHENG,WEIBO A IAC-18.A1.8.15ZHENG,Xiaotian A IAC-18.B2.3.12Zhicheng,Wang A IAC-18.B1.IP.6Zhong,Rui CA IAC-18.A6.10-C1.7.3ZHONG,Xinxin CA IAC-18.B3.2.13Zhou,Angelica CA IAC-18.A3.5.5Zhou,Cong A IAC-18.D2.IP.1Zhou,Dazhuang CA IAC-18.A1.5.8Zhou,Jing CA IAC-18.C1.IP.24Zhou,Jun CA IAC-18.C3.IP.5Zhou,Jun CA IAC-18.B4.6B.2Zhou,Jun CA IAC-18.B4.6B.6ZHOU,Lini A IAC-18.E3.3.2Zhou,Ning A IAC-18.D2.IP.6

Zhou,Wei CA IAC-18.A4.1.8Zhou,Wenya CA IAC-18.C2.IP.31Zhou,Wenyan CA IAC-18.A7.2.1Zhou,Zhenjun A IAC-18.C4.IP.54Zhou,Zhicheng CA IAC-18.B2.2.13Zhu,Chengxiang A IAC-18.C4.9.6ZHU,Guoqiang CA IAC-18.C4.IP.13Zhu,Linyu A IAC-18.B4.6A.5Zhu,Peijie A IAC-18.B4.6B.6Zhu,Shengying CA IAC-18.C1.3.6Zhu,Ting-Lei CA IAC-18.A6.IP.7Zhu,Wen-Hong CA IAC-18.B3.6-A5.3.3Zhu,Wenhui CA IAC-18.B2.IP.17Zhu,Xiaobin A IAC-18.C4.IP.32Zhu,Xiaozhou A IAC-18.B4.6A.2Zhu,Zihua A IAC-18.E6.IP.7Zhuping,Wang CA IAC-18.A6.IP.27Zi,Xu CA IAC-18.A1.3.4Ziegler,Bent A IAC-18.B2.1.4Ziegler,Paul CA IAC-18.E2.3-GTS.4.1Ziegler,Tobias CA IAC-18.C1.5.5Zieliński,Kacper CA IAC-18.D2.IP.9Zieliński,Kacper CA IAC-18.D2.9-D6.2.10Ziemke,Claas A IAC-18.D1.IP.11Zienkiewicz,Paweł CA IAC-18.B5.1.9Zigo,Matej CA IAC-18.A6.IP.6Zigo,Pavol CA IAC-18.A6.IP.6Zimmermann,Jannik CA IAC-18.C2.1.8Zimnik,Dawid A IAC-18.A2.IP.13Zink,Manfred CA IAC-18.B1.2.4Zolesi,Valfredo CA IAC-18.A1.6.5Zoli,Luca CA IAC-18.C2.4.4Zoli,Luca CA IAC-18.C4.3.6Zoller,Andreas CA IAC-18.A1.4.5Zong,Qiu-gang CA IAC-18.A7.2.1Zong,Yan CA IAC-18.C3.IP.10Zorro,CamiloAndrés CA IAC-18.A1.IP.39Zorzano,María-Paz CA IAC-18.A2.3.7Zorzano,María-Paz CA IAC-18.A3.IP.41ZorzanoMier,Maria-Paz CA IAC-18.A3.3B.8ZorzanoMier,María-Paz CA IAC-18.B1.3.11ZorzoliRossi,Elena CA IAC-18.E2.3-GTS.4.11Zotti,Massimo CA IAC-18.B1.4.9Zou,Shengyu A IAC-18.A6.IP.17Zou,Shengyu CA IAC-18.A6.IP.20Zubrin,Robert A IAC-18.A3.2C.11Zummo,Giuseppe CA IAC-18.A1.6.9Zuo,Jingying A IAC-18.C4.IP.7Zusi,Michele CA IAC-18.A3.5.4

Á

Name Role PaperÁguedaMaté,Alberto CA IAC-18.A6.9.9

Ç

Name Role Paperçalışkan,Duru CA IAC-18.E1.1.14çelik,Onur A IAC-18.C1.2.6çelik,Onur CA IAC-18.C1.9.10

İ

Name Role Paperİpek,İdilNaz CA IAC-18.E1.1.14

Ł

Name Role PaperŁawrynowicz,Radosław CA IAC-18.B5.1.9

Ö

Name Role PaperÖzalp,Tamer A IAC-18.B4.1.3Özçelik,Yağmur CA IAC-18.E1.IP.24

Š

Name Role PaperŠeta,Berin A IAC-18.A2.2.8Šeta,Berin A IAC-18.A2.4.5Šimon,Jaroslav CA IAC-18.A6.IP.6


226 227

69 thInternational Astronautical Congress1 - 5 OCTOBER 2018, Bremen, Germany

228 229

CRTS

Being the first Conference of its kind, GLEC2019 aims at actively engaging emerging countries in the global space sector by highlighting the socio-economic benefits of space applications; by understanding the various financial models for the optimal resourcing of national space programmes; by identifying opportunities for technology and skills transfer; by creating awareness about the base infrastructure requirements needed for operationalizing national space programmes and by creating awareness on the essential legislative and policy elements that must be considered in establishing the foundation for national space programmes.

High-level Keynotes and Round Tables focusing on: • Benefits of Space Technology and Applications to Socio-Economic Development,• Financial Models and Resourcing, • Technology and Skills Development,• Base Infrastructure Requirements, • Space Industry Development and Support,• Legal and Policy.

www.glec2019.org

MARRAKECH, MoRoCCo

24-26 ApRil 2019

The International Astronautical Federation (IAF) together with the Centre Royal De Télédétection Spatiale (CRTS) and with the support of the Centre National D’Études Spatiales (CNES) are very proud to officially invite you to the Global Conference on Space for Emerging Countries (GLEC2019) to be held in Marrakech, Morocco from 24 to 26 April 2019.

Bridging the Space Divide in Emerging Countries

21.00

Keyn

ote

2

Keyn

ote

3

Keyn

ote

4

Keyn

ote

5

Keyn

ote

6

High-Level Panel Part 2

Benefits of Space Technology and Applications to Socio-Economic

High-Level Panel Part 1

Benefits of Space Technology and Applications to Socio-Economic

Plenary 2Financial Models and

Resourcing

Coff

ee B

reak

Registration

Plenary 3Technology and Skills

Development

Plenary 5Space Industry

Development and Support

Plenary 6Legal and Policy Cl

osin

gResults & Recommend-

ations of Plenaries

Opening Ceremony

High Level Keynote

Coff

ee B

reak

Plenary 4Base Infrastructure

Requirements

08:00 19.0009.00 10.00

24 April

IDEA Lunch

11.00

Gala Dinner

26 April

Registration

12.00 13.00

Welcome Reception

20.00

Lunch

25 April

Registration

Coff

ee B

reak

18.00

Coff

ee B

reak

14.00 15.00

Welcome Lunch

16.00

SGAC/IAF Seminar

17.00

For more information:Website: www.glec2019.orgE-mail: [email protected]

Conference at a glance:

Driss El HadaniDirector General,Centre Royal de Télédétection Spatiale (CRTS),Morocco

Jean-Pascal Le FrancDirector of Planning, International Relations & Quality, Centre National d’Études Spatiales (CNES),France

Valanathan MunsamiVP: Developing Countries and Emerging Countries, IAF,Chief Executive Officer (CEO),South African National Space Agency (SANSA),South Africa

IPC Co-Chairs :

Be part of the conversation @iafastro and #GLEC2019

#IAC2018 Delegates: Do not miss the Global Conference on Space for Emerging Countries – GLEC 2019 Press Conference, on Tuesday 2 October 2018 from 17:15 – 17:45 at CCB Gallery in the Bremen Conference Center.#MYIAC2018

Be part in our competition by uploading your own IAC 2018 Highlights video on Facebook

using the hashtag #MYIAC2018

Dear IAF Community, During this #IAC2018 in Bremen you will have the chance to tell us your IAC, who did you meet? Which events did you like the

most? What was your IAC2018 experience like? Using the Hashtag #MYIAC2018 publish on Facebook your IAC 2018 Highlight video

of max 3 minutes on Thursday 4th at 1pm (13h) Bremen time (CET). The most liked video by Friday 5th at 1pm (13h) Bremen

time (CET) will be shown during the #IAC2018 Closing Ceremony. Good luck!

Show us your week at the IAC 2018 in Bremen!



Join Us!TheInternationalAstronauticalFederation(IAF)iscreatingaspace-faringworldcooperatingforthebenefitofhumanity.

Allassociations,professionalsocieties,researchanddevelopmentinstitutes,spaceagenciesoroffices,spaceindustries,spacemuseumsanduniversitiesareinvitedtojointheFederationtomaketheworldabetterplace.

BybecominganIAFMember,yourorganizationwillalsogainaworldwidevisibilityandwillhave access to a global networking of potential business partners, experts and decision-makers,amongmanyotherbenefits.

Visitwww.iafastro.org/membership/[email protected]!

Sponsors and Media Partners

Media Partners

Platinum Sponsors

Sponsors

Gold Sponsors

Lightweight Rover Unit

MERLIN

Eu:CROPIS

Galileo

Tandem-L

GARS O’Higgins

Knowledge for TomorrowThe German Aerospace Center (DLR) is the national aeronautics and space research centre of the Federal Republic of Germany. Its extensive research and development work in aeronautics, space, energy, transport, security and digitalisation is integrated into national and inter-national cooperative ventures. In addition to its own research, as Germany’s space agency, DLR has been given responsibility by the federal government for the planning and implementation of the German space programme. DLR is also the umbrella organisation for the nation’s largest project management agency.

DLR has approximately 8000 employees at 20 locations in Germany: Cologne (headquarters), Augsburg, Berlin, Bonn, Braunschweig, Bremen, Bremerhaven, Dresden, Göttingen, Hamburg, Jena, Jülich, Lampoldshausen, Neustrelitz, Oberpfaffenhofen, Oldenburg, Stade, Stuttgart, Trauen, and Weilheim. DLR also has offices in Brussels, Paris, Tokyo and Washington D.C.

Visit us at booths 5D50 and 5D15

DLR.de

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IAF Alliance Programme Partners

SpringMeetings2019

Are you an IAF Member?Are you in an IAF Committee?

If yes, as each year, the IAF is pleased to invite you to its Spring Meetings taking

place in Paris, France where the IAF community will get together for three

days, from 26 – 28 March 2019.

Contact us on [email protected] to find out more.

Buenos Aires, Argentina | 1 November 2018Venue: Centro Cultural de la Ciencia | Avenida Godoy Cruz 2320, C1425FQD, Buenos Aires

Organizers:

Space Science and Academia for better Solution to Latin America’s Challenges.

3rd International Space Forum 2018 - The Latin American Chapter

The third edition of the International Space Forum – the Latin American Chapter (ISF 2018) – is expected to bring together Latin American Ministers of Education, Science and Research, Heads of Space Agency, representatives of Universities and Academia involved in space activities, as well as members of International Space Organizations, with the aim to encourage the discussion on how Space education and technology can support the understanding and exploitation of space benefits to help solving some of Latin American’s challenges.

3 Keynote Speeches on: • Management of Natural Resources and Prevention of Disasters

• Space Partnerships

• Education and Capacity Building

Contact: [email protected]

Be part of the conversation @iafastro and #ISFBuenosAires

www.isf2018.org

© 2018 Northrop Grumman D18_09984

THE VALUE OF

EXPLORATION.

northropgrumman.com

Northrop Grumman Delivers Advanced Space Systems That Enable Mankind to

Explore and Discover.

Space: The Power of the Past, the Promise of the Future

iac2019.org

CALL FOR PAPERS

& REGISTRATION OF INTEREST

70th INTERNATIONAL ASTRONAUTICAL CONGRESS

21–25 october 2019 | Washington, D.c.United States

‧IAA‧ INTERNATIONAL ACADEMY OF A

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WASHINGTON D.C. 2019

To The Moon?We are ready

IGNITING THE FUTURE.

The next big thing is out there. At Boeing, we believe that visionaries are

the ones who will find it. We are proud to partner with those who aren’t

afraid to chase the impossible and make it reality.

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1 - 5 october 2018 | germany€¦ · 25.09.2018 · presentation.do not forget to bring two...

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