15 july 2010
DESCRIPTION
Defense Meteorological System Group (DMSG). 15 July 2010. Col Stephen C. Pluntze Commander Defense Meteorological System Group. Agenda. DMSG Program Overview SMC Organizations DMSG Organization Space Environmental Data Flow DMSP Images DMSP Sensors Weather Weapons Systems - PowerPoint PPT PresentationTRANSCRIPT
15 July 201015 July 2010
Col Stephen C. PluntzeCommanderDefense Meteorological System Group
Defense Meteorological Defense Meteorological System Group System Group
(DMSG)(DMSG)
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Agenda
• DMSG Program Overview
• SMC Organizations
• DMSG Organization
• Space Environmental Data Flow
• DMSP Images
• DMSP Sensors
• Weather Weapons Systems
• AFRL Opinion
• NPOESS ACAT 1D
• Summary
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DMSGMission and Vision
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Defense Meteorological Systems Group Program Overview
DMSG Mission:DMSG Mission:“Develop, acquire, field, and sustain systems for the collection and distribution of worldwide environmental data for U.S. Government users”
DMSG Vision:DMSG Vision:“Worldwide Weather for the Warfighter”
DMSG Mission:DMSG Mission:“Develop, acquire, field, and sustain systems for the collection and distribution of worldwide environmental data for U.S. Government users”
DMSG Vision:DMSG Vision:“Worldwide Weather for the Warfighter”
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Defense Meteorological Systems Group Mission Overview
____ __ ____ _____ ____ ______ _____ ____ ____ ____ _____ ____ ____ ____
Click to edit Master text stylesSecond LevelThird LevelFourth LevelFifth Level
CENTERSTAFF
SPACE SUPERIORITYSYSTEMS WING
DEFENSE WEATHERDEFENSE WEATHERSYSTEMS DIRECTORATESYSTEMS DIRECTORATE
SATELLITE CONTROL& NETWORK
SYSTEMS GROUP
GLOBAL POSITIONING
SYSTEMS WING
LAUNCH & RANGESYSTEMS WING
MILSATCOM SYSTEMSWING
SPACE BASED INFRARED SYSTEMS
WING
SPACE LOGISTICSGROUP
SPACE DEVELOPMENT & TESTWING
DEVELOPMENTALPLANS
MISSILE DEFENSESYSTEMS OFFICE
PROGRAM MANAGEMENT
& INTEGRATION
SMC/CCPEO SPACE
CD
CV
DS/CSS
SPACE SURVEILLANCE
SYSTEMSWING (ESC)
AIR BASE WING
CONTRACTING ENGINEERING &ARCHITECTURES
FINANCIAL MANAGEMENT
AND COMPTROLLER
SPACE RADAR SYSTEMS OFFICE
Lt Gen Sheridan
Brig Gen Greaves
Mr. Douglas Loverro
PEO Responsibilities
Lt Gen Sheridan
SMC Organizations
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Defense Meteorological Systems Group (DMSG)
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Space Environmental Data Flow
SENSORSENSOR SHOOTERSHOOTER
DA
TA
/ F
OR
EC
AS
T
DA
TA
/ F
OR
EC
AS
T
AFWAAFWA
Space Space
AndAnd
TerrestrialTerrestrialJMSESSJMSESSDATABASEDATABASE
SWAFSSWAFS
MODELSMODELS
Effe
cts
Attr
ibut
ion
Effe
cts
Attr
ibut
ion
SEEFSSEEFS
OtherOtherUsersUsers
Asset Asset DatabaseDatabase
JSpOCJSpOC
OtherOtherUsersUsers
JMSJMS
SpaceSpaceAssetsAssets
Ground Ground AssetsAssets
DMSPDMSP
SSAEMSSAEMC/NOFSC/NOFS
RSTNRSTNSOONSOON
NEXIONNEXIONMKIVBMKIVB
SCINDASCINDA
* Red denotes DMSG’s involvement from Sensor to Shooter
DWSSDWSS
Defense Meteorological Satellite Program(DMSP)
Images of the Day
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22 Dec 09: Korean PeninsulaDMSP F18 OLS Visible / 1106Z / Air Force Mark IVB
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06 Jan 10: Fog in California’s Central ValleyDMSP F18 OLS Visible Fine / 1530Z / Aerospace SeaSpace
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12 Feb 10: Snow Covers TexasDMSP F18 OLS Visible Fine / 1454Z / Aerospace SeaSpace
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16 Feb 10: AuroraDMSP F18 OLS Multispectral (Yellow Visible, Blue IR) / 2345Z / Air Force Mark IVB
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Image of the Day 24 Feb 10DMSP F18 SSMIS Water Vapor / Composition / Aerospace
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SSULI First Light Limb ScanDMSP F18 Wavelength Channel
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Chile Earthquake - DMSP
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Image of the Day: 22 June 10OLS Visible
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Image of the Day: 29 June 10DMSP F18 OLS Visible / 1429Z / Air Force Mark IVB
2020
Image of the Day: 14 July 10DMSP F13 OLS Visible Fine / 1410Z / Aerospace SeaSpace
Defense Meteorological Defense Meteorological Satellite Program Satellite Program
(DMSP)(DMSP)
Sensor SuiteSensor Suite
FOR OFFICIAL USE ONLY (FOUO)
FOR OFFICIAL USE ONLY (FOUO)
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Space Environmental Data Flow
* Red denotes DMSG’s involvement from Sensor to Shooter
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DMSP Sensor Suite
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DMSP F18 Sensor Suite
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Operational Linescan System (OLS)Products & Users
• Primary input to AFWA and FNMOC (Fleet Numerical Meteorology Oceanography Center) – Cloud and Weather Forecasting
• Primary high resolution imagery source for the National/Naval Ice Center
• Major waterway monitoring
• Arctic and Antarctic sea ice progression and regression
Provides the user with high resolution day and night imagery in the visible and infrared wavelengths in order to accurately map the global cloud distribution.
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• Command & Control• DMSP image of sand storm
• Force Protection (sand/dust storms)
Supported Capabilities
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Special Sensor Microwave Imager/Sounder (SSMIS)
• Is a passive instrument with 24 channels
• Provides atmospheric profiles from the 30 kilometers
SSMIS Products:
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Special Sensor Ultraviolet Limb Imager (SSULI):
• Provides continuous measurement of UV radiation from 80 nm to 170nm in FUV/EUV
• Profiles the ionosphere and upper atmosphere for space weather forecasting
SSUSI & SSULI
Special Sensor Ultraviolet Spectrograph Imager (SSUSI):
• Remotely senses ionospheric, atmospheric, and auroral parameters
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SSUSI & SSULI
• Ultraviolet airglow associated with the ionosphere• Input to operational ionospheric models• Improve DoD systems affected by ionosphere
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DMSP SensorsSSIES/SSJ5/SSM
Provides the user with electron and ion data for space operations and in-situ data for space weather model analysis
Special Sensor Ion/Electron Scintillator (SSIES):
Special Sensor J/5 Precipitating Electron Spectrometer (SSJ/4-5):
Time/space vs energy distribution of the charged particle environment in the close proximity to the spacecraft
Special Sensor Magnetometer (SSM):Calculated field-aligned currents by measuring changes in the local magnetic field.
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SSUSI/SSULI/SSIES/SSJ5/SSM Ionosphere /Auroral Products
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Auroral Activity
Weather Sustainment DivisionAir Force Weather Service
Programs
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Space Environmental Data Flow
* Red denotes DMSG’s involvement from Sensor to Shooter
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Radio Solar Telescope Network (RSTN)
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Solar Observing Optical Network (SOON)
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Meteorological Data Station Mark IVB
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Scintillation Network Decision Aid (SCINDA)
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Scintillation LocationNight Time Equatorial Problem
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Operational UHF SATCOM Outage
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Next Generation Ionosonde(NEXION)
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SSA Environmental Effects Fusion System (SEEFS)
•SEEFS merges environmental data with space system parameters to specify effects on ground & space assets
AFRL’s Opinion
SupraThermal Electron, Ion, Neutral Experiment STEIN (AFRL-0903)
PI (or PM): Chin S. Lin, AFRL/RVBXI
Technical Problem: Current charged particle detectors are too large and heavy for nano-satellites
Military Relevance: • Allow warfighters to distinguish
environmental effects from hostile threats
– Accurate anomaly root cause analysis
Hardware Status:• Current Technology Readiness Level: 6• Flight Unit: 4th quarter FY11• Flight Ready: 2nd quarter FY12• New advanced technology developed by
Univ. of California at Berkeley
Size: 10x10X15 cmWeight: 1.5 kg Power: 1 W
Distribution Statement D: "Distribution to US Government Agencies and Authorized DoD Contractors only; Administrative or Operational Use; 11 October 2005. Other Requests for this document shall be referred AFRL/RVBXI.
•Leverages new miniature solid state detector•Built and tested sensors, prototype, & components
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Plasma Drift, Particles And Ion Density
• Low Energy ElectroStatic Analyzer (LEESA-2):• Electrostatic analyzer adapted to a high inclination orbit. Measures
energies 30eV - 50 keV. 4U size.
• Provides accurate determination of auroral boundaries and particle energy input. Heritage instrument: SSJ5 on DMSP
• Ion Velocity Meter (IVM):• Consists of a Retarding Potential Analyzer (RPA) and an Ion Drift
Meter (IDM). Heritage instrument is flying on DMSP and C/NOFS.
• Planar Langmuir Probe• Ion density
• Density fluctuation
• Heritage: C/NOFS
IVM
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Doppler Asymmetric Spatial Heterodyne (DASH)
• DASH is a sensor to remotely measure the thermospheric wind• Funded in part by NRL, in part by AFRL• Heritage: similar instrument on a Space Shuttle mission
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Program Photo
NPOESSNPOESSACAT 1DACAT 1D
SummarySummary
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0.00
2.00
4.00
6.00
8.00
10.00
12.00
0 50 100 150 200 250
SNR
Months Since Start Of Original ATP
SNR with Dark Noise (OLS 17, 18 & 20)
OLS18 Lft
OLS17 Lft
OLS20 Lft
Specification
DMSP Recent Successes
• Identified & fixed F19 OLS performance degradation • Anomaly: OLS Dark Noise Factory Test out of limits during 8 Oct 09 test• Root Cause: Identified Apr 10; metal-metal corrosion created resistance• Corrective Action: Completed fix & system level re-test 20 Apr 10 (results nominal)
• F19 OLS Flight Unit delivery to LM planned for 20 Aug 10
Variability due to test conditions
Performance returned to post-ATP conditions
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DMSG Successes
• Successfully completed DMSP F20 Early Power Turn On Testing -- first tests in 14 years!
• Identified and fixed F19 OLS performance degradation--return to ATP performance
• Successful F15 Gyroless Yaw Estimator Test--extends DMSP mission life
• Earth Sensor Assembly Bias Estimate Improvement--solves lens fogging issue
• Completed SSAEM's Alternatives Analysis--most cost-effective concept established
• Conducted MDA Program Status Meeting & Concept Recommendation
• SSAEM Sensor Modernization Source Selection in progress and on-track for August awards
• C/NOFS Team discovered that scintillation occurs not only between dusk and midnight --but
also midnight to dawn
• Completed formal Development Test as part of JSpOC Mission System (JMS)
• Identified and corrected system errors which led to major component failures in the solar
observatory antenna pedestal gearboxes
• Identified and coordinated a new MKIVB in-theater location for CENTCOM at Ali Al Salem
• Completed four NEXION installs and the fifth one is going in at Goose Bay this month
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DMSG Commander’s Priorities
• Readiness – ORI and UCI• Program Execution - cost, schedule, performance • Program Extension - moving launch dates out, contractual
processes• F19 Sensor deliveries and integration
• Resolution of oscillation reach back• F19 OLS + SSMIS Fixes
• SSAEM program startup• DWSS and organizational transition
• Tiger teams at work• ADM in coordination
• DWSS and SSAEM space allocation• Wing/Group/Squadron Transition
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DMSG Commander’s Summary
• It’s ‘Not Just the Weather’• It’s a lot tougher than it looks• Architecture in its infancy• DoD understands importance…….• BUT the priority is relatively low• Sensors are good……..• BUT the infrastructure must be sound• Many possible paths for the future• Is there money in it???