ISRO Science Data Archive: Chandrayaan-1
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1 Chandrayaan-1 1 Payloads ISRO Science Data Archive: Chandrayaan-1 (and sample imagery) B Gopala Krishna Group Head, SPDCG/SIPA Space Applications Centre (ISRO) Ahmedabad,, INDIA bgk@sac.isro.gov.in Indian Payloads Terrain Mapping Camera (TMC) Hyper Spectral Imager (HySI) High Energy X ray spectrometer (HEX) Lunar Laser Ranging Instrument (LLRI) Moon Impact Probe (MIP) AO Payloads Moon Mineralogy Mapper (M3) MiniSAR Infrared Spectrometer (SIR 2) Radiation Dose Monitor (RADOM) Sub kev Atom Reflecting Analyser (SARA) Low Energy X Ray payload (CIXS) Chandrayaan-1 Chandrayaan 1 was launched on 22 nd October 2008 Payload data is being received at ISSDC since 14 th November 2008, TMC was switched on enroute moon on 29 th October 2008 Data from imaging season one for imaging instruments were collected till 14 th Feb 2009 Currently imaging season two is on and the data is being received regularly at ISSDC Indian Space Science Data Center (ISSDC) Indian Space Science Data Centre (ISSDC) is setup at Bangalore, which is the custodian of all the science data from the Indian science missions; Chandrayaan-1 is the first among all such missions, where the active archive of payload data is being created. ISSDC is responsible for the Ingest, Archive, and Dissemination of the payload and related ancillary data. The primary users of this facility are PIs of the science payloads till the lock-in period.
2 Data Products at ISSDC Basic data product levels (all instruments) at ISSDC are Level 0: Time tagged raw instrument data along with the ancillary information Level 1: Instrument calibration along with seleno referencing (wherever applicable) Higher levels: Instrument specific (limited) Dissemination is initially limited to the concerned PIs and the release to the other specific users will be after a lock in period. ISRO Science Data Archive (ISDA) Characteristics The ISDA for Chandrayaan 1 will be an archive holding the data from all science instruments. Currently it is under preparation The underlying standard of the ISDA is the Planetary Data System (PDS) from NASA and it is aimed to be fully PSA compatible Mission Start Science Data Archive Schedule Data a Data b Data c Data d 6 month data collection 6 month data collection 6 month archive preparation 6 month data collection 6 month archive preparation 6 month Peer Review Data b Data a 6 month data collection 6 month archive preparation Non-Peer Reviewed Data c LTA Mission End Data d 9 month archive preparation ACTIVE ARCHIVE 6 month Peer Review Peer Reviews and Archive Validation Initial Peer Review: The first data sets containing data acquired during first 6 months data collection period will be peer reviewed within 6 months after delivery. Currently the first data set is being prepared for the delivery at ISSDC for peer review Final Peer Review: All data sets together will be reviewed within 6 months after the final delivery expected 15 months after the end of the Chandrayaan 1 mission. Arising problems will be resolved by the concerned experiment/pi teams, and the ISDA team through Chandrayaan 1 Science Data Archive Working Group (CSDAWG). LTA - Long Term Archive
3 Archive Development Status Archive Plan and Archive Conventions are prepared and agreed by all instrument PIs/Scientists after one level of iteration. EAICD updations were completed for most of the instruments and active archive is being created at ISSDC for the acquired data New key words, specific to Chandrayaan 1 are worked out especially for TMC, HySI and LLRI The first data set is being prepared for the delivery at ISSDC towards peer review Peer review teams are to be identified, CSDWG to be formed and peer review is to be carried out. Utilities/tools Developed Basic tools are developed for data browsing and dissemination for internal teams PDS viewer Taking into account various imaging modes Ascending and descending nodes of data collection Yaw flip for every six months PDS verifier Data selection (browse) and workorder generation Through corner coordinates Through date of imaging or orbit etc Initial version of data dissemination TMC COVERAGE - NEAR SIDE (WITH GRID) TMC COVERAGE FAR SIDE (WITH GRID) 0 40 N 20 E N 40 S 40 S
4 SOUTH POLE TMC COVERAGE 0 TMC COVERAGE - NORTH POLE N 80 N 60 S 80 S Earth as Viewed by Chandrayaan 1 TMC on 29 Oct 2008 Satellite Altitude ~ 70,000 km Some Initial Images of Chandrayaan-1 TMC, HySI and MIP SAC Director's review of SIPA Projects December 13, 2008
5 Earth as Viewed by Chandrayaan 1 TMC on 29 Oct 2008 Satellite Altitude ~ 9000 km HySI Imagery of along with TMC sub-sampled NADIR image for comparison Fourth Meeting of IPDA Steering Committee at ROME, July 2 3, 2009 Fourth Meeting of IPDA Steering Committee at ROME, July 2 3, 2009
6 Hadley Apollo 15 Landing Site Viewed by Chandrayaan 1 Terrain Mapping Camera (TMC) on 7 Jan 2009 Apollo 17 Landing Site Viewed by Chandrayaan 1 Terrain Mapping Camera (TMC) on 9 Jan 2009 MIP Image (Frame No. 3020) over Malapert Mountain Long.: E Lat. : S TMC Image MIP Image Malapert Scale km
7 Recent Images Part of RICCO Crater (North Polar Region) Viewed by Chandrayaan-1 TMC Orbit No.:2714; DOP: FORE AFT DE ROY N Crater Chandrayaan-1 TMC NADIR Orbit No.:2336 DOP: Scale 0 30 km FORE AFT NADIR Detailed View
8 DEM and Visualisation SAC Director's review of SIPA Projects December 13, 2008 Overview & Full resolution (in box) of DEM generated for three strips of 600 km each SAC Director's review of SIPA Projects December 13, 2008
9 Part of Mare Orientale (date: ); Strip Length: 65 km Chandrayaan-1 TMC Imagery over Part of Mare Orientale (date: ) Strip Length: 250 km Orthoimage, DEM and color coding Part of Moretus Crater of Moon as Viewed by Chandrayaan 1 TMC Camera on 15 Nov 2008 D E M V I S U A L I S A T I O N Legend Space Applications Centre (ISRO), Department of Space, Govt. of India
10 DEM Visualisation 2.5D
11 LLRI Datasets: Bailly Crater Points for Discussion Implementation of IPDA guidelines and standards, when and how to start? Availability of sample data sets from other missions who has already in compliance with IPDA standards, for the new implementation as an example Availability of tools to the IPDA members, developed under projects Height Profile in 3D Height Color Coding in 2D Thank You
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