1 phare demonstrations overview of results marc bisiaux pd/3 project leader eurocontrol experimental...
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PHARE DemonstrationsOverview of Results
PHARE DemonstrationsOverview of Results
Marc BisiauxMarc Bisiaux
PD/3 Project LeaderPD/3 Project Leader
Eurocontrol Experimental CentreEurocontrol Experimental Centre
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AGENDAAGENDA
Overview of PHARE DemonstrationsOverview of PHARE Demonstrations Major results Major results
WorkloadWorkload CapacityCapacity Quality of ServiceQuality of Service
Conclusions and recommendationsConclusions and recommendations
33
What is a PHARE Demonstration?What is a PHARE Demonstration?
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PD/1+Tools and GHMIimprovement
PD/1++Direct routinglarger sectors
98979695 99
PD/1PD/1En-Route
PHARE Demonstration: ProgrammePHARE Demonstration: Programme
55
PD/1+Tools and GHMIimprovement
PD/2+Tools
improvement
PD/1++Direct routinglarger sectors
98979695 99
PD/2PD/2Arrival
PD/1PD/1En-Route
PHARE Demonstration: ProgrammePHARE Demonstration: Programme
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PD/1+Tools and GHMIimprovement
PD/2+Tools
improvement
PD/1++Direct routinglarger sectors
98979695 99
IOCPEn Route & MSP
IOCPDeparture &
En-Route
PD/2PD/2Arrival
PD/1PD/1En-Route
IOCPArrival
EATMS -OP T I ONS
EATMS -OP T I ONS
PD/3PD/3
PHARE Demonstration: ProgrammePHARE Demonstration: Programme
CTCT
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PHARE Demonstration:Design
Operational ControllersOperational Controllers PD/1; PD/2: PD/3 >100 controllersPD/1; PD/2: PD/3 >100 controllers
13 European nationalities13 European nationalities
USA, CanadaUSA, Canada
Multiple RunsMultiple Runs Matched PairsMatched Pairs
Multiple OrganisationsMultiple Organisations BaselineBaseline Increased traffic throughput - 1996, +25%, +50%, +75%, +100%Increased traffic throughput - 1996, +25%, +50%, +75%, +100% Increased fleet datalink/4D FMS fit - 0%, 30%, 70%, 100%Increased fleet datalink/4D FMS fit - 0%, 30%, 70%, 100%
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Controller TrainingController Training
Training essential (lessons from PD/1)Training essential (lessons from PD/1)
Training : a common designTraining : a common design
Distance Learning (CBT or Paper)Distance Learning (CBT or Paper) Computer Based Training (PC)Computer Based Training (PC) Standalone System (Scenarios)Standalone System (Scenarios) Linked System (Scenarios)Linked System (Scenarios)
Implementation : common and dedicated site Implementation : common and dedicated site materialsmaterials
Training generally well received by controllersTraining generally well received by controllers
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AIM:AIM: To investigate the application of computer To investigate the application of computer assistance tools to assist conflict-free planning assistance tools to assist conflict-free planning in a 2005 en-route scenario with a varying in a 2005 en-route scenario with a varying number of aircraft equipped with 4D Flight number of aircraft equipped with 4D Flight Management Systems and datalinkManagement Systems and datalink
Bucking-hamshire
W.Yorkshire
Humberside
Lancashire
North Yorkshire
Cleveland
Durham
Tyne & Wear
Northumberland
Notting-hamshireLincolnshire
Norfolk
Derbyshire
W.Midlands
Shropshire Staffordshire
Cheshire
Greater Manchester
S.Yorkshire
Essex
Hertfordshire
Oxford-shire
Gloucestershire
Hereford & Worcester
Warwickshire
Leicestershire
Bedfordshire
Cambridgeshire
Northhamp-tonshire
Suffolk
OTR
PAM
SPY
UNIDO
MONIL
TOPPA
MULIT
ELDIN
LONAM
SKATE
BLUFA
GABAD
DOGGA
BEENO
KOMIK
SPRAT
ABSIL
SOTOL
FAMBO
KIPPA
ANGEL
KOLEY
SILVA
GOLESUPTON
DENBY
POL
SAMON
SCOTTISH
COPENHAGEN
AMSTERDAM
MAASTRICHT
LONDON
SECTOR10
SECTOR11/33
MANCHESTER
LONDON
UB1
UB1
UB1
UB105
UA37
UA37
UB4
UL7
UL7
UA5
UL74
UB5
BARTN
PD1 / PD1+
1010
Computer Assistance ToolsComputer Assistance Tools Trajectory PredictorTrajectory Predictor Conflict ProbeConflict Probe HIPSHIPS Flight Path MonitorFlight Path Monitor
PD1 / PD1+PD1 / PD1+
1111
PD/1+ Workload
PC TC
Baseline
PD/1+70%
PD/1+100%
Significant reduction Significant reduction in Workload for in Workload for Tactical ControllerTactical Controller
Reduction in controller Reduction in controller frustrationfrustration
Concern at Tactical Concern at Tactical Controller “losing the Controller “losing the picture” for 100% picture” for 100% datalink scenariodatalink scenario
Baseline, 70%, 100% Datalink
Low
Relaxed
Comfortable
High
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PD1/PD1+ SummaryPD1/PD1+ Summary
WorkloadWorkload Reduced for Tactical ControllerReduced for Tactical Controller Unchanged for Planner ControllerUnchanged for Planner Controller
CapacityCapacity No significant changeNo significant change Decrease in workload indicates increase in en-route Decrease in workload indicates increase in en-route
capacitycapacity Quality of ServiceQuality of Service
Improvements indicated but not provenImprovements indicated but not proven
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PD/2 Frankfurt TMA
Planner
Pick-up
Feeder
AIM:AIM: To investigate the application of computer To investigate the application of computer assistance tools to assist conflict-free assistance tools to assist conflict-free planning in a 2005 TMA scenario with a planning in a 2005 TMA scenario with a varying number of aircraft equipped with 4D varying number of aircraft equipped with 4D Flight Management Systems and datalinkFlight Management Systems and datalink
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Computer Assistance ToolsComputer Assistance Tools Trajectory PredictorTrajectory Predictor Conflict ProbeConflict Probe Arrival ManagerArrival Manager Flight Path MonitorFlight Path Monitor Negotiation ManagerNegotiation Manager
4D Trajectory Negotiation4D Trajectory Negotiation datalinkdatalink
PD/2 Frankfurt TMA
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PD/2 Results
Implementation of Implementation of Computer Assistance Computer Assistance Tools in TMATools in TMA
1616
PD/2 Quality of ServicePD/2 Quality of Service
Implementation of Implementation of Computer Assistance Computer Assistance Tools in TMATools in TMA
Reduction in TMA flight Reduction in TMA flight time; increase in time; increase in landingslandings
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PD/2 Quality of ServicePD/2 Quality of Service
Implementation of Implementation of Computer Assistance Computer Assistance Tools in TMATools in TMA
Reduction in TMA flight Reduction in TMA flight time; increase in time; increase in landingslandings
Without PHARE tools
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PD/2 Quality of ServicePD/2 Quality of Service
Implementation of Implementation of Computer Assistance Computer Assistance Tools in TMATools in TMA
Reduction in TMA flight Reduction in TMA flight time; increase in time; increase in landingslandings
Without PHARE tools
With PHARE tools
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PD/2 WorkloadPD/2 Workload
Implementation of Implementation of Computer Assistance Computer Assistance Tools in TMATools in TMA
Reduction in TMA flight Reduction in TMA flight time; increase in time; increase in landingslandings
Workload decrease with Workload decrease with tools and datalinktools and datalink
Without PHARE tools
With PHARE tools
2020
PD2 SummaryPD2 Summary
WorkloadWorkload Reduction in TMA with new toolsReduction in TMA with new tools Knock-on effect in En-RouteKnock-on effect in En-Route
CapacityCapacity Increased landing rateIncreased landing rate
Quality of ServiceQuality of Service Reduced flight time in TMAReduced flight time in TMA
2121
PD3 - CENA, NLR, EECPD3 - CENA, NLR, EEC
CENA
EEC
NLR
2222
Indicative Results - NLR:Arrival ManagementIndicative Results - NLR:Arrival Management
Less need for stacksLess need for stacks Early sequencing helps to smooth inbound Early sequencing helps to smooth inbound
traffic flowstraffic flows System works with non D/L aircraft System works with non D/L aircraft
(Advisories)(Advisories) Possible need to redesign (E)TMA airspacePossible need to redesign (E)TMA airspace Positive controller acceptancePositive controller acceptance
2323
Indicative Results - EECIndicative Results - EEC
Trajectory Editor & Problem Solver:Trajectory Editor & Problem Solver: potentially powerfulpotentially powerful
MSP Complexity zones:MSP Complexity zones: real-time flow controlreal-time flow control Sector Load Window likedSector Load Window liked
Look Ahead Display:Look Ahead Display: required conflict informationrequired conflict information
2424
PD3 CENA: WorkloadPD3 CENA: Workload
Workload increased with the introduction of Workload increased with the introduction of tools and datalink aircrafttools and datalink aircraft transfer of workload from TC to PCtransfer of workload from TC to PC
Increase noted on all positions:Increase noted on all positions: departure, ETMA, en-routedeparture, ETMA, en-route
Frustration and Time pressure increased:Frustration and Time pressure increased: due to system problems?due to system problems? due to PHARE design?due to PHARE design? more research requiredmore research required
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EN ROUTE
0
1
2
3
4
5
6
B A0 A30 A70
Organisation
Infr
igem
ent
even
ts N
b
0
1
2
3
4
5
6 Medium Heavy
PD/3 CENA: Capacity / Safety ( En Route exemple)PD/3 CENA: Capacity / Safety ( En Route exemple)
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PD3 CENA SummaryPD3 CENA Summary
WorkloadWorkload Increase - but reasons not determinedIncrease - but reasons not determined
CapacityCapacity No benefit shownNo benefit shown
Quality of ServiceQuality of Service Reduced flight time in TMA / ETMA Reduced flight time in TMA / ETMA
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Controller Roles PC / TC Co-operation Aspects in PD/3 The « Operational Gap »
Controller Roles PC / TC Co-operation Aspects in PD/3 The « Operational Gap »
In Baseline : PC and TC shared the same space-time In Baseline : PC and TC shared the same space-time environment and had same traffic awareness environment and had same traffic awareness
In advanced : In advanced : PC too busy : trajectory edition - time required for planningPC too busy : trajectory edition - time required for planning TC/PC frustration regarding the lack of co-operation and mutual TC/PC frustration regarding the lack of co-operation and mutual
information - impression to work on two different traffic situationsinformation - impression to work on two different traffic situations
TC’s Feeling of insecurity - lack of efficient support from TC’s Feeling of insecurity - lack of efficient support from the PC. the PC.
Reduced Verbal communications between PC/TCReduced Verbal communications between PC/TC‘OPERATIONAL GAP’ ‘OPERATIONAL GAP’
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ConceptDeparture Management
Evaluation covered by 4 ATCOS for a significant time Evaluation covered by 4 ATCOS for a significant time period - limited environmentperiod - limited environment
Ground Sequencing Algorithms promissingGround Sequencing Algorithms promissing Adequate information displayed by DM (predeparture Adequate information displayed by DM (predeparture
patterns) patterns) Interest in the approach of Coupling sequencing and Interest in the approach of Coupling sequencing and
Trajectory function Trajectory function DM HMI : synthetic, useful aspects (animations) DM HMI : synthetic, useful aspects (animations) DMD : Essential tool for participant to sequencingDMD : Essential tool for participant to sequencing
2929
Co-operative tools and layered task sharing
ENROUTE Consistent problem detection provided by ENROUTE Consistent problem detection provided by APD - adequacy for planning activityAPD - adequacy for planning activity
advisory labels : an efficient link with the TEPS advisory labels : an efficient link with the TEPS areasareas
APD under-utilised by TC due to the work required to APD under-utilised by TC due to the work required to remain aware of PC actions remain aware of PC actions
Is the cooperative tools approach applicable to an Is the cooperative tools approach applicable to an advanced planning context ? has to be improved advanced planning context ? has to be improved Need to maintain « Situation Awareness » Need to maintain « Situation Awareness »
ETMA : need to adapt conflict/problem detectionETMA : need to adapt conflict/problem detection
3030
PD1++:OrganisationsPD1++:Organisations
Great CircleRoutes
ORG0
StructuredRoutes
S10S11
ORG2
S10 S11
Great CircleRoutes
ORG1
Hornsea StructuredRoutes
Hornsea
ORG3
RVSM70% a/c 4D FMS & D/L
PHARE tools
Increased Sector Size
Direct Routes
3131
PD1++ WorkloadPD1++ Workload
Lowest workload in baselineLowest workload in baseline two controller teams - four controllerstwo controller teams - four controllers
Increased workload in bandboxed sectorIncreased workload in bandboxed sector only two controllersonly two controllers well within controllers’ acceptable limitswell within controllers’ acceptable limits
Workload lower in structured than direct Workload lower in structured than direct route systemsroute systems
3232
PD1++ CapacityPD1++ Capacity
Capacity of single controller in Combined Capacity of single controller in Combined Sector greater than either controller in Sector greater than either controller in Single SectorsSingle Sectors
Capacity of Direct Route sectors greater Capacity of Direct Route sectors greater than capacity of Structured Route sectorsthan capacity of Structured Route sectors
3333
PD1++ Quality of ServicePD1++ Quality of Service
No statistical significant difference between No statistical significant difference between QoS measurements for ORGSQoS measurements for ORGS ““It was easier to give direct routes and better profiles in the It was easier to give direct routes and better profiles in the
large sector”;large sector”; ““Easier and more continuous climbs and descents”;Easier and more continuous climbs and descents”; ““Aircraft receive less intervention, so 4D better. 3D, no Aircraft receive less intervention, so 4D better. 3D, no
benefit”;benefit”; ““Great circle tracks…less flying time…therefore less fuel Great circle tracks…less flying time…therefore less fuel
used”;used”; ““With direct routing there are many advantages to the With direct routing there are many advantages to the
airline - time and distance particularly”airline - time and distance particularly”
3434
PD1++ Summary
WorkloadWorkload Single controller can handle higher traffic in larger sector Single controller can handle higher traffic in larger sector
within acceptable workload limitswithin acceptable workload limits CapacityCapacity
The results cannot robustly identify contribution to capacity The results cannot robustly identify contribution to capacity increase of separate elements within PD1++:increase of separate elements within PD1++:
introduction of RVSM? PHARE tools? larger sectors?introduction of RVSM? PHARE tools? larger sectors? % of 4D FMS & d/l equipped aircraft?% of 4D FMS & d/l equipped aircraft?
Quality of Service (PD1++; PD3CT)Quality of Service (PD1++; PD3CT) Improved by User Preferred TrajectoriesImproved by User Preferred Trajectories
3535
PD1++ Summary
Increased ThroughputIncreased Throughput
Fewer ControllersFewer Controllers
Acceptable Controller WorkloadAcceptable Controller Workload
3636
PHARE Overall SummaryPHARE Overall Summary
Concept aimed to:Concept aimed to: Reduce Controller WorkloadReduce Controller Workload Increase ATM CapacityIncrease ATM Capacity
……based on:based on: Advanced PlanningAdvanced Planning Air/Ground Trajectory NegotiationAir/Ground Trajectory Negotiation
……through Computer Assistance Tools through Computer Assistance Tools and Human Centred Approachand Human Centred Approach
3737
PHARE WorkloadPHARE Workload
Overall reduction in controller workload shown as:Overall reduction in controller workload shown as: concept maturesconcept matures tools, HMI developedtools, HMI developed system reliability increasessystem reliability increases
En-route candidate for early application and En-route candidate for early application and workload reductionworkload reduction
More work needed on application of tools and More work needed on application of tools and concept in TMAconcept in TMA
3838
PHARE CapacityPHARE Capacity
PHARE Demonstrations used traffic up to PHARE Demonstrations used traffic up to 2010 levels2010 levels
Additional increase in en-route capacity Additional increase in en-route capacity within within currentcurrent airspace design airspace design indicatedindicated by by workload decreaseworkload decrease
Increase in landing rate shown within TMA Increase in landing rate shown within TMA Increase in Increase in controller capacitycontroller capacity shown when shown when
airspace is re-designed to fit toolsairspace is re-designed to fit tools
3939
PHAREQuality of ServicePHAREQuality of Service
Use of PHARE operational concept should Use of PHARE operational concept should allow aircraft to fly optimum trajectories, allow aircraft to fly optimum trajectories, resulting in:resulting in: reduced costreduced cost reduced delaysreduced delays better airline operating practicesbetter airline operating practices reduced environmental impactreduced environmental impact
Results have shown Quality of Service can be Results have shown Quality of Service can be improvedimproved
4040
PHARE Advanced planning
Significant potential for advanced planningSignificant potential for advanced planning Trajectory optimisationTrajectory optimisation Conflict resoltuionConflict resoltuion
Needs clear definition of operational conceptNeeds clear definition of operational concept Sharing of controller tasks, planning authoritySharing of controller tasks, planning authority Early display of incoming trafficEarly display of incoming traffic
Requires re-designed airspace for optimum Requires re-designed airspace for optimum resultsresults Larger sectors; direct routesLarger sectors; direct routes
4141
PHARE Air-Ground Integration
Reduction of R/T occupancyReduction of R/T occupancy Allows Allows ““optimumoptimum” trajectory:” trajectory:
Higher reliability of predicted trajectoriesHigher reliability of predicted trajectories Controller/pilot dialogue user preferred trajectoriesController/pilot dialogue user preferred trajectories
Trajectory Negotiation not designed for tactical Trajectory Negotiation not designed for tactical interventionintervention
Datalink performance crucial for achieving the Datalink performance crucial for achieving the full benefits of the conceptfull benefits of the concept
4242
PHARE ToolsPHARE Tools
4343
Conclusions
PHARE has developed and shown an PHARE has developed and shown an operational concept which is already operational concept which is already producing operational benefitproducing operational benefit Oceanic HIPSOceanic HIPS
Further development is justified by the Further development is justified by the results to dateresults to date
PHARE - a Path to Future ATMPHARE - a Path to Future ATM
4444
PHARE DemonstrationsOverview of Results
PHARE DemonstrationsOverview of Results
Marc BisiauxMarc Bisiaux
PD/3 Project LeaderPD/3 Project Leader
Eurocontrol Experimental CentreEurocontrol Experimental Centrenextnext