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The IODE Ocean Data Portal - current status and future

The IODE Ocean Data Portal - current status and future. Nikolai Mikhailov, Chair of IODE/JCOMM ETDMP National Oceanographic Data Centre, Russia. Four Session of the Joint WMO-IOC Technical Comission for Oceanography and Marine Meteorology, Yeosu, Korea, 23-31 May 2012. ODP objectives.

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The IODE Ocean Data Portal - current status and future

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  1. The IODE Ocean Data Portal - current status and future Nikolai Mikhailov, Chair of IODE/JCOMM ETDMP National Oceanographic Data Centre, Russia Four Session of the Joint WMO-IOC Technical Comission for Oceanography and Marine Meteorology, Yeosu, Korea, 23-31 May 2012

  2. ODP objectives “The ODP is a standards-based infrastructure to build and manage a distributed marine data network basing on: • data and products of the data centers of the IODE, JCOMM and other IOC projects; • resources of other participating systems and also provide the discovery, evaluation (through visualization and metadata review) and access to data and products.” IODE Ocean Data Portal concept paper ODP requirements and design decisions

  3. ODP Structure • ODP V1 • ODP V2: • Network model • Interoperability • New functionality and features

  4. ODP participants ODP participants provide the operation of three types of ODP nodes: • Global • Regional/specialized • National • Technical MCDS (GTSPP, …..) can be the data federation of the ODP distributed system connected via specialized node (nodes)

  5. Security System Management Monitoring Service Bus User Serving Portal and portlets GIS server Data Cache Integration, delivery, exchange Integration Server Data Provider ODP Technology ODP V2 Tool Kit • The ODP participats need to accept and implement a set of agreed interoperable arrangements of information and Web-services interfaces • Interoperability specifications: semantic and sintactic ODP v2 Interoperability arrangements

  6. Options for ODP node deployment Global node ODP Tool Kit or Regional node ODP Data Provider Light or Interoperability arrangements National node

  7. The accreditation mechanism and procedures will be established to govern the process by which the ODP participants can seek formal designation (IODE-QMF) The ODP node accreditation will be carried out along with NODC accreditation process under IODE-QMF and provided by SG-ODP and SG-QMF The capability and performance of an ODP node will be periodically reviewed by the SG-ODP and SG-QMF. ODP nodes nomination

  8. Current ODP data providers • 13 Data Providers registered • 10 Data Providers operational • 62 data sets available via the ODP Portal • 11 data sets – databases • 5 data sets – images (object files) • 28 data sets – remote HTTP/FTP inventory files; • 18 data sets – structured data files (local);

  9. The ODP technical node (IOC Support Cenre for ODP): develop, host and maintain the tools and specifications of the IODE ODP assist the ODP nodes to achieve their regional and thematic objectives develop, strengthen and maintain the ODP data management training programmes and tools monitor and report on the ODP tools and spec use, impact of the ODP data and services in IOC programmes ODP maintenance

  10. ODP operation • 1.Nodes interconnections • Node’s registration • Connection with local data • 2.Metadata • Generation • Synchronization • Consolidation • 3. Data exchange • Notification on events • Data unification • Data delivery 4. Information services • “Map-Plot-Table” • GIS - presentation

  11. ODP Capacity Building http://classroom.oceanteacher.org 11

  12. ODP examples. Connect & Share Local databases, structured and unstructured data files, data inventories (FTP,HTTP) 12

  13. ODP examples. Manage & Monitor automatic data provider nodes maintenance (respectively to the data life-cycle) metadata catalogue update/synchronization/publishing nodes accessibility monitoring, reporting tools and feedback 13

  14. ODP examples. Unification & scalability Use of controlled code lists and vocabulary dictionary (easy to extend and substitute) 14

  15. ODP Examples. Access Search -> Deliver -> View -> Download 15

  16. ODP Examples. Access Profiling -> Deliver -> View -> Download 16

  17. ODP Examples. Access Profiling -> Subscription - Deliver -> Download 17

  18. ODP Examples. Services • HTTP-services and Web-services Provides ability to communicate on “machine-to-machine” level • Applied tasks service Provides generation of “map-graf-tab” presentation 18

  19. ODP Examples. Maps • GIS Analysis tool Provides near real-time GIS-layer generation from distributed datasets both with external geo-services interactive and presentation of multidisciplinary data and products on a map 19

  20. ODP next steps for 2012-2013 General stable ODP Tool Kit and arrangement specifications IOC support centre for ODP Flexible interoperability (WIS, SeaDataNet, etc.) Technology Expanding of ISO 19139, OGC-standards use IODE ODP – new open source project (Sourceforge, Google code) Feedback and bug tracking system Plug & play software tools for interoperability arrangements Distributed data system and nodes Expanding of data providers Supporting the programme – ODINs, MDCS, WDS ….. Interaction with WIS and SDN 20

  21. Thank you! http://odp.oceandataportal.net/odp/

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