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NESDIS CSAB UPDATE Spring 2011

NESDIS CSAB UPDATE Spring 2011. NOAA/NESDIS Office of Satellite Products and Operations April 13, 2011. 1. 1. Outline. GOES/POES and NOAA Partnered Satellite Status Non-NOAA Update ESPC System Freeze DAPE Data Product Delivery Status DAPE Gateway Statistics CIP Project Status

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NESDIS CSAB UPDATE Spring 2011

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  1. NESDIS CSAB UPDATESpring 2011 NOAA/NESDIS Office of Satellite Products and Operations April 13, 2011 1 1

  2. Outline GOES/POES and NOAA Partnered Satellite Status Non-NOAA Update ESPC System Freeze DAPE Data Product Delivery Status DAPE Gateway Statistics CIP Project Status Backup Slides 2 2

  3. 3 3

  4. GOES ProgramOperational Spacecraft (cont) • Current Status: • GOES-11 is the operational GOES-West and will continue as such until December 2011 when it will be decommissioned • GOES-13 became operational as GOES-East on April 14, 2010 • GOES-14 is in storage mode • Expected to replace GOES-11 (GOES-West) by in December 2011 • It will be taken out of storage in August 2011 for yearly inclination maneuver and science testing • Transition will begin in October 2011 when it starts it drift from 105 deg W to 135 deg W 4 4

  5. GOES ProgramOperational Spacecraft (cont) • Current Status: • GOES-15 is in Stand-by mode at 89.5 deg W • Solar X-ray Imager and X-Ray Sensor are being used by NWS SWPC • Imager and Sounder are turned off • Plan to move it to 105 deg W after GOES West Transition • GOES-12 was moved to 60 deg W to support South American users and started operations in May 10, 2010 • Scanning Strategy will the same as GOES-10 • 15 minute South American Continent imagery scans • Four 1 hour sounder scans of the Continent • Data is not ingested at NSOF 5

  6. POES ProgramOperational Spacecraft • Current Status: • NOAA-19: Primary PM Spacecraft • Advanced Data Collection System (A-DCS) issue • NOAA turned off the A-DCS transmitter on November 13, 2009; re-activation may occur following further investigation of FCC regulations • MHS: Channel H3 out of spec • MetOp-A: Primary mid-AM Spacecraft • Operations are nominal • HRPT Transmitter failure continues to be mitigated with the use of NOAA-17 HRPT • NOAA-18: Secondary PM Spacecraft • HIRS is experiencing intermittent spikes in the data and temperature variations 7

  7. Jason-2 Jason-2/Ocean Surface Topography Mission (OSTM) NOAA commenced public distribution of the Jason-2 Geophysical Data Records (GDR) from CNES on August 5, 2009 NOAA continues routine operations of Jason-2; includes command and control through 2 U.S. and 1 European ground stations Spacecraft, instruments, and ground system are performing nominally 8 8

  8. Non-NOAA Satellite Missions GPS Radio Occultation (GPSRO) COSMIC ~ 1000 useful occultation soundings/day for NWP Reduced from ~1500; two of six COSMIC sensors producing anomalous data since Feb/March 2010 METOP/GRAS, GRACE, and SAC-C ~ 700 useful occultations/day from these sensors These are being operationally assimilated by NWS/NCEP Environmental Modeling Center CNOFS/CORLIS (USAF GPSRO Sensor) Data processed by UCAR and distributed by NESDIS Being tested by the JCSDA for operational NWP NCEP/EMC USN/NRL 9

  9. Non-NOAA Satellite Missions (cont) • EOS (NASA) Processing and Distribution is now split between NOAA and NASA • Beginning April 1st, 2011 NASA began the processing and distribution of EOS data products on the Land and Atmosphere Near real time Capability for EOS (LANCE) system • NSOF ESPC will process and distribute to NOAA community and COPC partners • SeaWiFS resumed reliable imaging following two short outages in January and February 2010 • Data supports Ocean Color and Harmful Algal Bloom products • MTSAT-1R successfully transitioned to MTSAT-2 on 7/1/10 • MTSAT-2 is stationed at 145E and the data will flow through same communications path as MTSAT-1R (140E) • MTSAT-1R is the back-up • Communication, Ocean and Meteorological Satellite (COMS) data under consideration to serve as a back-up data source 10

  10. NDE Project Status • Met w/NASA to discuss NDE Readiness to support NCT3 • IDPS sw upgrade coordinated to occur after NCT3 p2 • NASA agreed with NDE’s proposal to perform NCT3 test with existing test equipment • NDE plans to integrate new test equipment in May prior to NCT4 dry run in June. If problems occur, continue using existing equipment thru launch. IRT to meet in mid-June • NDE to work w/ESPC CCB to seek approval of open CCRs • ESPC LAN upgrades under review by NSOF Facility CCB. Need this hw to conduct external interface testing

  11. NDE Schedule Status • Development Hardware • Status: ESPC installing new SAN and cabling. • Estimated completion date: 31 March 2011 • Dependencies: ESPC Cabling, ESPC SAN, O&M Support. • System Test Hardware • Status: Oracle database server in procurement. ESPC installing new SAN and cabling. • Estimated completion date: 15 May 2011 • Dependencies: Procurement, Facilities CCB, O&M Support. • Production Hardware • Status: Only SAN equipment ordered to date. • Estimated completion date: 30 November 2011 • Dependencies: Procurement, ESPC SAN, Facilities CCB, O&M Support (Cabling, SAN Installation), Oracle, Algorithms

  12. NDE Product Scope • Original: NPP, NPOESS C-1 and NPOESS C-2 (2006-2016) Top 3 ProductsDelivery Date ATMS Radiances 2012 Sea Surface Temperatures 2012 CrIS Radiances 2012 • Current Scope: NPP, GCOM-W1 and JPSS-1 (2011-2016) Top 5 ProductsDelivery Date ATMS radiances (BUFR) 2012 CrIS Thinned Radiances 2012 Ozone Profiles (BUFR) 2012 VIIRS Radiances (BUFR) 2012 AMSR-2 Radiances 2013

  13. NDE Summary • Working pre-launch activities • Procure test equipment • Seek approval from Facilities & ESPC CCBs to integrate hw • Support interface testing with IDPS in April, June and July • Conduct interface testing with NCEP and CLASS in June • Engage GSD and NWS engineers to secure network and agreements for NPP data delivery • Support NASA’s Independent Review Team mid-June • Hold NDE Launch Readiness Review in August • Delivered NDE L1RD to LORWG on 22 March

  14. NESDIS Operations: Support to NPP/JPSS Program Activities • OSPO personnel served as Independent Review Board members during the JPSS Program Concept Review • GCOM W1 • OSPO personnel serve on the JPSS G-COM W1 working group meeting and review and comment on JAXA coordination documents as necessary • OSPO/STAR developed a NESDIS GCOM-W1 processing and distribution option as an alternative to the JPSS Raytheon approach and provide continuity of AMSR-E products • JPSS funding shortfalls potentially will cause the GCOM-W1 design and implementation to be deferred • Pulling resources from common ground segment (CGS) to support GCOM (e.g., staff) jeopardizes CGS schedule • NESDIS developed and operates the system used to process the AMSR-E data from Aqua ; Provides distribution of products to DoD 16

  15. NESDIS Operations: Support to NPP/JPSS Program Activities • Provided final comments to NDE project to finalize Environmental Satellite Processing Center (ESPC) Transition to Ops Plan • Developed a NPP Ops Operations Transition Plan outlining approach and success criteria for transitioning NPP operations to NOAA 9 months after NPP launch • OSPO, take over NPP s/c command & control operations (C3), NSOF IDP • Plan delivered to JPSS Ground Project on February 24, 2011 • Comments due back to OSPO March 31, 2011 • OSPO personnel provided support to an Independent Assessment of NOAA Readiness to support NPP data flow. Concerns were raised ie : Network capacity, Amount of work remaining, Systems (schedule, testing), Users and agreements, and training and documentation • OSPO personnel support JPSS G-COM W1 working group meeting and review and comment on JAXA coordination documents .

  16. “Worries” from Independent Assessment Network capacity and user connection Amount of work remaining Systems (schedule, testing) Users (current from ESPC; new – do we know them all? Implications?) Agreements including international Documentation Need timely decisions Transition to operations Budget (network and ops) Will all requirements be met? (L1 still outstanding)

  17. NESDIS Operations: NPP NDE Readiness Activities • Providing support to internal and external network planning activities as part of the Network Integrated Project Team (IPT): • IPT led by the Office of System Development and supported by OSPO, STAR, NCEP and NWS • Internal: Participate in the sub-group meetings to identify, procurement and implement a more robust ESPC LAN architecture in support NPP Readiness • Brief to NOAA OCIO February 9th • Jointly funded procurement by NDE and OSPO anticipated to proceed • External: Looking at options for delivering data to customers using some combination of existing circuits

  18. NESDIS Operations: Support to NPP/JPSS Program Activities • OSPO personnel participated in the Raytheon outbriefs of the following JPSS trade studies: • Restore Data Quality to the DoD Centrals • CGS Linux Port Study: Operations supports this initiative • G-COM W1 study- the scope considered NESDIS and AFWA AMSR-2 product generation • OSPO reviewed the provided comments on the NOAA/NASA JPSS Program Plan and Management Control Plan • Comments being adjudicated through the program • Working with NDE to finalize NDE to Environmental Satellite Processing Center (ESPC) Transition to Ops Plan 20

  19. NOAA ADA Status • Testing and coordination between NESDIS and EUMETSAT ongoing • -- NOAA and EUMETSAT F2F meeting May 24-27th in Darmstadt • What you need to know: • NESDIS successfully created 1B’s and level 2 products from the ADA files • The changes to the data stream/data file names will be limited to a new source indicator and a new spacecraft unique indicator : • MM will be added as a source indicator for McMurdo downlinked data • SV will continue to be used for Svalbard downlinked data (1/2 orbit & full orbit) • M1 will be added as a spacecraft unique id for MetOp-B • M2 will continue to be used for MetOp-2 (A) • Identify in the pass/contact schedule for ADA CDA = MM • OSPO would like to coordinate user testing later this month

  20. Key Milestone Dates FOR NOAA and EUMETSAT • EUMETSAT ADA integration and verification (GS3) January 2011(Complete) • Test with simulated METOP-A data, ½ orbit data sets January 2011(Complete) • EUMETSAT ADA data processing validation (GS2) Feb - April 2011(Complete) • Complete design modifications to NOAA network March-April 2011 • Complete modifications to ESPC systems to • accept ADA March- April 2011 • EUMETSAT’s Trial ADA dissemination begins April 12 2011 • Coordinate tests with users April 2011 • NOAA ADA METOP-A Readiness Review for Demo Ops Phase 3-4 May 2011 • Demonstration Operations Phase start May 2011 • Complete modifications to ESPC systems to accept METOP-B June 2011 • Test with simulated METOP-B data June 2011 • NOAA METOP-B Operational Readiness Review Dec 2011 • METOP-B Launch April 2012 • Full Operations Phase start Q1 2014 22

  21. ADA Latency Improvement

  22. Metop-A AHRPT Coverage Extension On January 18, Eumetsat extended the coverage area of Metop-A AHRPT NOAA requested that Eumetsat extend Metop AHRPT coverage to help mitigate the loss of NOAA-17 AVHRR scan motor Eumetsat had implemented a turn-on turn-off strategy for the backup AHRPT transmitter after the failure of the primary transmitter This strategy was implemented in the hope of preventing this transmitter from failing ESPC is now receiving Metop AHRPT data from Miami, Ewa Beach and Monterey Will go operational with these data soon ESPC plans to also start generating products from Metop AHRPT data collected at Wallops CDA

  23. Old Metop-A AHRPT Coverage Area

  24. New Metop-A AHRPT Coverage Areas

  25. POES ProgramMetOp-B & MetOp-C Current Status: MetOp-B and MetOp-C developments are on schedule Both spacecraft have been manufactured and are in storage MetOp-B is scheduled to launch April 2012 MetOp-C will be launched 4.5 years after MetOp-B U.S. provided instrument status – For Official Use Only –

  26. Jason-3 • Funds for Jason-3 have been appropriated for the FY 2010 NOAA Budget • EUMETSAT secured funding in Europe and announced formal start of their Jason-3 activity on February 1, 2011 • Authority to negotiate the Memorandum of Agreement (MOA) between NOAA, NASA, EUMETSAT, and CNES was provided by the Department of State January 29, 2011 • Interagency Agreement between NOAA and NASA has been signed and the support agreement is pending at DOC/GC • Funding for Jason-3 in FY2011 is part of President’s Budget submission to Congress 28

  27. DSCOVR Mission Overview STATUS AS OF: 14 February 2011 Deep Space Climate Observatory (DSCOVR)Will Provide NOAA and the USAF with solar wind and geomagnetic storm warning data starting in 2014 Mission Objectives The main objective of the DSCOVR mission is to continue solar wind measurements in support of space weather requirements. Science Measurements DSCOVR will continue the solar wind measurements of the magnetometer and plasma sensors aboard NASA’s Advanced Composition Explorer (ACE) satellite. Mission Overview Instruments Orbit is a ‘Halo’ orbit at L1. Mission designed with consumables to last 5 years. Launch is planned for January 2014. EPIC Earth Polychromatic Imaging Camera NISTAR NIST Advanced Radiometer Plasma-Mag Plasma Magnetometer

  28. DSCOVR • Assumes partnership with NASA to refurbish DSCOVR satellite to meet Solar Wind mission and USAF to provide the launch vehicle • Funds instrument and satellite refurbishment, operations, and data processing, archival, and distribution • Schedule & Milestones: • FY 2013: Perform Spacecraft and Sensor Environmental Testing • FY 2014: Launch Spacecraft • FY 2014-2018: Maintenance and Operations 30

  29. Status of Non-NOAA Satellite Planning • COSMIC-2 • Taiwan Steering Committee for C2 has approved moving ahead with planning • Joint Management Control Plan • USA Agencies (NOAA, DoD, NASA, UCAR), Taiwan • Acquisition Approach TBD: • Government owned, Shared data buy; or Hybrid • COSMIC-2 Receiver Studies • Support Agreement with NASA/JPL completed • COSMIC-2 Kick-off in June • Global Change Observation Mission (GCOM) W-1 Status • The target launch date remains November 1st, 2011 • The GCOM W1 mission has been made part of the JPSS Level one requirements document. • GCOM satellite data reception capability installed at Svalbard, Norway to collect all 14 GCOM revolutions/day per satellite and disseminate the data to JAXA and NOAA • Alternative implementations still being considered 31

  30. Status of Non-NOAA Satellite Planning (cont) • Future Plans for Oceansat-2 (ISRO) • Launched late September 23, 2008 • NOAA is in discussion with India and EUMETSAT for near real-time access to the Ocean Color Monitor and the Scanning Scatterometer data • Current plan is for the level 0 OSCAT data to be downlinked at Svalbard, relayed to ISRO for processing to level 1b, 2a, and 2b, retransmitted to EUMETSAT, and then relayed through the existing IJPS link from Darmstatdt, Germany to the ESPC for STAR access • The feasibility of this plan is being evaluated based on OSPO resources 32

  31. ESPC System Freeze Status • Following the FY2009 FISMA audit of ESPC by Commerce Office of the Inspector General (OIG), the ESPC Authorization To Operate (ATO) was downgraded to an Interim Authorization To Operate • Findings noted by OIG led to conclusion that ATO was issued with an insufficient understanding of risks inherent in system operations; a significant portion of security controls are partially or not implemented • Status: • ESPC Authority to Operate (ATO) Briefed to Authorizing Official on April 14, 2011 • Provides a three (3) year ATO • Anticipate a freeze lift on April 18, 2011 33

  32. ESPC 2008 – 2011 Comparison

  33. Transition of Space Weather Data Processing to NESDIS • NESDIS and the NWS plan to consolidate Space Weather L1 and L2 data processing at NSOF, Suitland, Maryland. • Space Weather data processing transition to NESDIS is on hold pending funding allocation from NWS: • FY10 • Develop Project Plan and CONOPS (OSD) • Develop requirements • Began porting of Ace processing software to ESPC environment (STAR) • FY11 • Complete porting of ACE processing software to ESPC environment (STAR) • Without required funding to complete the transition space weather processing will revert to SWPC • Obtain signature on the Service Level Agreement between NWS/SWPC and NESDIS/OSPO and STAR • FY12 • NWS to provide full funding requirements to NESDIS to complete space weather transition and operation • Implement Ace processing at NESDIS • Begin and complete porting of GOES N-P processing software to ESPC environment (STAR) • Fully implement space weather processing system within ESPC environment (OSD) • Upgrade alternate processing facility at Wallops Is. , VA (CIP site) to backup space weather data processing (OSD) Currently on hold

  34. New Product Delivered Via DAPE Gateway [Added since May 2010]

  35. DAPE Gateway Statistics9/2010 – 3/2011

  36. CIP Project Overview • ESPC/CIP) is a phased implementation: • Phase 1 – CEMSCS (POES) • Phase 1.5 – Metop • Phase 2 – SATEPS (GOES) • Phase 3 – New Operational Products, Fail-over Test, Documentation • Phase 4 -- New Operational Products – suspended due to budget cuts. • CIP Phase 1 and 2 Continual Maintenance -- Operational Exercise performed in September 2010 -- Two Quarterly Exercises performed in December 2010 and March 2011 • Product Priority: • Phase 1 and 1.5: • Critical Products determined by users • Priority 1 = 24 hour RTS • Priority 2 = 48 hour RTS • Priority 3 = No CIP Requirement • Phase 2 and 3: • Critical Products determined by Products Group • Priority 0 = 2 hour RTS* • Priority 1 = 24 hour RTS • Priority 2 = 48 hour RTS • Priority 3 = No CIP Requirement * Best Effort

  37. CIP Phase 3 Applications &Infrastructure Upgrades • Original CIP Phase 3 Application Requirements – Completed -- ADT -- Blended TPW -- Cyclone (Balmy) -- FRAC Subsetter -- GOES BioMass -- GSIP-FD -- LRIT (EMWIN/DCS) • The following CIP Phase 3 Application Requirements are a work in progress to be completed May 2011. -- ASCAT (new requirement for Phase 3) -- IASI (new requirement for Phase 3) • Phase 3 infrastructure upgrades to be completed June – July 2011 -- OC12 Circuit/Network -- EMC SAN

  38. CIP Failover Testing Status • ESPC-CIP proof of concept test March 2010- Completed • ESPC-CIP failover test planned for September - October 2011 (delayeddue to technical issues) • OC12 installation (May-August 2011) • Efforts underway to include the following system builds prior to Failover Test • IASI • ASCAT • ESPC CIP ORR and CR will occur following successful CIP fail-over

  39. NESDIS Product Applications Phased Implementation at CIP

  40. Application Products Not Supported at CIP • NOAA Satellite Data/Products • AMSU TCI & SE (Cyclone Intensity) • AutoSnow 1km (NA/NH/SH) • AutoSnow Global • Imager DPI – Imager [West only] • DPI 5x5 – Sounder • GOES Multiplatform Surface Winds • Polar Mosaic • Polar Vis/IR (AWIPS) • Special Events (OSEI) • Non-NOAA Satellite Data/Products • Profiler (Winds) • JASON2 • OMI/SO2 Decoder • CATTS BRAMM • Coastwatch / GIS • Radar • Other ProductsInterface These are Local, Development, • HMS SAB GUI or Priority 3 Products • IFFA w/ SHRAP cmd • McIDAS Local Code • IA • LPLOT (local code) • NMC • SHRAP (Local code) • PUFF

  41. Issue: Continuity of MSG Satellite Downlink • Currently AFWA, and NASA fund the cost of the communication service to maintain MSG data receipt (both U/L and D/L costs) within the United States   • NASA will no longer need this data due to the termination of the Space Shuttle program and intends to drop put of the funding contract at the end of the current period of performance • Based on a stipulation in the joint NOAA-NASA MOA, NASA has 90 days to notify NOAA prior to the termination of their part of the contract (~ June 5, 2011). • OSPO has taken over Americom contract from IPO and in order to maintain continuity of this service another source of funding will need to be identified starting with the next performance cycle from September 6, 2011 to September 5, 2012 • The total ARC for the 24x7 real-time service = $74K • Suggest in order to maintain this service NWS assume the NASA cost

  42. Backup Slides 44 44

  43. Current POES ConstellationOrbital Configuration 45

  44. Key Operational Operational with limitations Non-operational Not Applicable G Y R N/A Geostationary Operational Environmental Satellite (GOES) Performance Status March 3, 2011 46

  45. Polar Operational Environmental Satellite (POES) Performance Status March 3, 2011 47

  46. UNCLASSIFIED/FOUO DMSP Spacecraft Status 28 Feb 11 UNCLASSIFIED/FOUO * - Denotes Solid State Recorder (SSR) POC: Watch Officer (301-693-3196)

  47. Polar Satellite Products and Services Status G - Operational - Scheduling, performance orcapabilities limitation Y R - Not operational Or unable to process

  48. Polar Satellite Products and Services Status G - Operational - Scheduling, performance orcapabilities limitation Y R - Not operational Or unable to process

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