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Projets OV au CDPP AMDA, HELIO, EUROPLANET RI, VISPANET

Projets OV au CDPP AMDA, HELIO, EUROPLANET RI, VISPANET. LESIA. HELIO. VISPANET. C. Jacquey, OV Planétologie, 15 Décembre 2009. AMDA. ASTRO : premier paramètre de recherche = search cone PLASMAS : premier paramètre de recherche = event (time span) SOLEIL/PLANETO = combinaison des deux.

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Projets OV au CDPP AMDA, HELIO, EUROPLANET RI, VISPANET

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  1. Projets OV au CDPPAMDA, HELIO, EUROPLANET RI, VISPANET LESIA HELIO VISPANET C. Jacquey, OV Planétologie, 15 Décembre 2009

  2. AMDA

  3. ASTRO: premier paramètre de recherche = search cone PLASMAS: premier paramètre de recherche = event (time span) SOLEIL/PLANETO = combinaison des deux

  4. AMDA Automated Mutiple Dataset Analysis Visualisation editor • Web based service • Transparent (automated) access to data  the user plays with parameters, not with files • AMDA local database (CLUSTER, ACE, THEMIS, GEOTAIL, WIND, …,STEREO,VEX, MEX, …, IMP-8, ISEE, … geomagnetic indices) • External databases (CDAWeb, CASSINI: MAPSKP+SKR, VEX-MAG,THEMIS/CESR, …) • Produces and exploits time-tables and catalogues Download data Parameter editor External data Conditional search Visual search Time-Table manager ! AMDA DOES NOT WORK FULLY WITH InternetExplorer and Safari AMDA is public (registred or guess users, at http://cdpp-amda.cesr.fr)

  5. VO: AMDA SPASE compliant VEX-MAG AMDA MAPSKP System SKR Local Database CDAWeb THEMIS Any databases including a SPASE based interoperability layer can be used by AMDA

  6. Using the resulting time-table Load Time-Table >>> >>> CL CAA Tools QSAS Time-Table Start Time – Stop Time – number Start Time – Stop Time – number Start Time – Stop Time – number Start Time – Stop Time – number …. CDAWeb SUPERDARN APL server MEDOC • Requirements: • A time-table format standard Collaboration CDPP/CAA/QSAS/CL: VOtable http://cdpp2.cesr.fr/twiki/bin/view/AMDA/AmdaTimeTableFormat • An interface for reading the standardised time-table • A web interface module for skipping from one time interval to another one And others …

  7. Using the time-table with CL

  8. Envisioned future development of AMDA Interoperability Layer AMDA portal Visualisation Visual-Search Parameter Computation Conditional Search External Data AMDA Parameter Builder Propagation Tool Coordinates, Locations, Physical Structure Tool Interoperability Layer Interoperability Layer Interoperability Layer Interoperability Layer Interoperability Layer • AMDA prototype development • AMDA (prototype) →AMDA-NG (“industrialised”) • Action funded and piloted by CNES • AMDA → Interoperable modules:

  9. Projets OV européens The CDPP is a founder member of and an active participant to the SPASE consortium VO projects: • EuroPLANET RI (FP7) → JRA-4/Task-2: “Interoperable Data Access” (Collaboration CDPP / VO-Paris) → SA/Plasma Node: (Collaboration CDPP / IWF-Graz) • HELIO (FP7) → WP-N3: “Strategy and Standards” → JRA: Propagation tool, feature recognition (Collaboration CDPP / VO-Paris / MEDOC) • VISPANET (ESA) → WP1200: “Technology Requirement Definition” → WP2000: “Architectural Design” • CDPP solicited in other projects (FP7)

  10. HELIO

  11. WP-N3: Strategy and Standards Forum de réflexion en vue de fournir des recommandations sur: • Quels standards venant d’autres disciplines (IVOA, …) doivent être supportés par HELIO • Metadonnées (hierarchie, jeu minimum de métadonnées…) • Standards futurs pour les données. (data types, moyens d’accès, …) • Priorités sur les jeux de données à inclure dans HELIO • Standardisation des services. • Rationalisation des coordonnées Action à développer en interaction (étroite) avec l’IVOA

  12. August 15, 2007 Messenger MEX ejecta VEX STEREO A and B Compressed solar wind shock Energetic particles Ulysses Around the Earth: ACE, WIND THEMIS, CLUSTER, GEOTAIL, …

  13. JRA-2: Tools for 4D-Heliosphere • Outils de reconnaissance automatisée (basés sur AMDA) • Propagation tool • “Encapsulage” de modèles • Exploitation de l’imagerie héliosphérique (Collaboration avec Alexis Rouillard (NRL) et MEDOC)

  14. EUROPLANET RIIDIS(Integrated and Distributed Information Service) JRA: Tools for Transforming IDIS into a Planetary Virtual Observatory SA: Integrated and Distributed Information Services (IDIS)

  15. SA: Integrated and Distributed Information Services (IDIS) VEX observations: radial IMF A Higher escape rate ?

  16. SA: Integrated and Distributed Information Services (IDIS) MEX observations: ICME Venus, Stereo A, Mars radial alignment Lack of magnetometer Marsis are particularly important at Mars

  17. SC3.1 Solar wind interaction with Jupiter and Saturn aurorae Plasma (multi-points) Context Processes Nedd of resources coming from: Solar community Plasma community Astronomy community Cassini UVIS Galileo UVS Solar data High-latitude Polar emissions SOHO LASCO SOHO EIT field-aligned currents HST (STIS), IUE Atmosphere (multi-) Magnetopause MP Heliospheric data Lower-latitude Auroral oval Types of resources : Observational data Simulation data Laboratory data IRTF Solar wind / Magnetosphere / Ionosphere coupling Magnetospheric data Cassini RPWS Galileo PWS + Sim. Models SW propagation ACE MAG/SWEPAM , ULYSSES MAG/SWOOPS XMM EPIC Chandra ACIS + Ref. Models Spectroscopy Cassini MAG/CAPS/MIMI, Galileo MAG/PLS/EPD + Sim. Models Magnetosphere Planetoplasma data Cassini INCA

  18. Example: SC 3.1,Solar Wind / Saturn magnetosphere interaction and aurorae IDIS Huble data , … Saturn Environment Spectroscopy databases Models, Simulations Voyager data PDS, CDAWeb, … Cassini data PDS, MAPSKP, … Local Heliospheric Conditions Solar data PSA, MEDOC, … Models, Simulations Heliospheric data CDAWeb, CDPP, … VEX, MEX data PDS, PSA, CDPP, … User

  19. 1. Visualization editor Aladin Perspective: IVOA tools 2. Download data 3. Parameter editor 4. External data 5.Visual search 6. Conditional search 7. Time-Table manager 8. Astronomical data HST

  20. SC1.7 Enceladus Plasma Dust Context Processes in relation with the geological activity of Enceladus Cassini CDA Multiphase interactions Interior Cassini MAG Cassini CAPS Cassini EPD Cassini RPWS Cassini INMS Cassini Radar Cassini CIRS Atmosphere Surface Cassini ISS Cassini CIRS Cassini UVIS Cassini ISS

  21. Example: SC 1.7 Enceladus OV Environment Plasma Particules E, B ondes Poussières Atmosphère Imagerie IR Surface/Intérieur Radar Model/simulation User

  22. Interfaces between Vos and external resources Heliospheric data Solar data CDPP MEDOC BASS2000 Other VOs NSSDC ESAC Planetary data Heliophysics VO Surfaces PDS Interface V0 Planetology PSA Users Atmospheres Small bodies NSSDC CDPP Interface Interface CAA Astronomy VO Plasma VAMDC ? Database Laboratory Experiment Simulations Astronomical data

  23. User Requirements: technical translation Level 1: Searching, retrieving, accessing the resources • JRA-4/Task-2 • A datamodel (i.e. a structured standardised description of the resources), • low level but covering all the planetology fields • description up to the measurement type and granule levels • Protocols for request and access to the resources • A system: architecture, registries, protocols Level 2: After retrieval, exploiting the data for science analysis. • IDIS-SA + JRA-4/T3,T2 • Much more complex datamodel(s) (likely thematics specific) • Tools and services (reformating, visualisation, computation, …) Developing interface with other VOs (HELIO, IVOA) • IDIS-SA + (JRA-3 and JRA-4/T2)

  24. General philosophy: trying to use the existing standards, protocols and tools (PDS, IVOA, SPASE, …) From the resource provider side: • A major aim: • to publish resources in IDIS must remains as easy as possible, requiring a moderated effort for the data provider From the user side: • A major aim: • to implement access to IDIS must remains as easy as possible

  25. In course… • Development of a PDAP based prototype: level 1. • extension of the “essential metadata” for plasma • prototype registry/resource branch: • Now under study • First release scheduled for the upcoming IDIS meeting (27-29 January 2010) If successful, call for expert study for identifying the “essential metadata” in other disciplines Registry VOTables MAPSKP Request interface harvesting

  26. VISPANET • Prototype d’observatoire virtuel en météorologie de l’espace. • But: construire un système capable d’interfacer un certain nombre de services et de ressources • Rôle du CDPP (spécialiste OV): • Définition des spécifications sur les technologies à utiliser • Interface sur des services de simulation • Définition de l’architecture

  27. IMPEx 3DView (CNES/GFI) Observations + simulations SpacePlasmaExplorer OVT 3D Observations FP7 SPA.2010.2.1-03 Exploitation of science and exploration data

  28. Conclusion • Le CDPP est impliqué dans plusieurs projets européens (VISPANET, HELIO, EUROPLANET RI, …) • Le CDPP explore le problème du couplage données/simulation (VISPANET, HELIO) • Le CDPP étudie de plus en plus les standards, protocoles et outils de l’IVOA (HELIO, EUROPLANET RI)

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