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Enhancing NOAA's Environmental Data Interoperability and Access

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nemo
11 diapositives · 228 Views · Aug 10, 2014

This document outlines the GEO-IDE approach to integrating NOAA's environmental data across various domain areas like atmosphere, climate, ecosystems, and ocean. It emphasizes the importance of adopting standards, leveraging a services-oriented architecture, and engaging with relevant programs and initiatives to maximize the use and utility of environmental data within NOAA.

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  1. Data Interoperability and Access Activities Prepared for the Data Archiving and Access Requirements Working Group (DAARWG) Ken McDonald, TPIO/GEO-IDE Jeff de La Beaujardiere, IOOS Project Steve Hankin, PMEL/UAF Lead December 9, 2010

  2. Session Agenda • GEO-IDE Introduction and Overview – Ken McDonald • IOOS Data Interoperability and Access – Jeff deLaBeaujardiere • GEO-IDE Unified Access Framework (UAF) – Steve Hankin • Discussion on Future Direction

  3. Addressing NOAA’s Need for Enterprise Environmental Observation and Data Management • Individual programs and projects have specific requirements for environmental data • Historically they have individually addressed those needs • Significant efficiencies to be gained by an enterprise approach to environmental observation and data management • Even greater benefit by looking outward as well as inward

  4. GEO-IDE Overview • Purpose – Maximize use and utility of NOAA environmental data and information • Concept developed by the NOAA Data Management Integration Team (DMIT) • Vision – A “system of systems” • Framework that provides effective and efficient integration of many quasi-independent systems • Concept – Services-oriented architecture • Provides common services and leveraging the benefits of existing data management systems • Implementation – A set of processes, guidelines and supporting activities • Work with and through programs and projects, NOAA-wide • Not intended to be a major development effort • Includes development of selected infrastructure elements and demonstration projects

  5. GEO-IDE Activities • Standards Subtask • Adopting, documenting and promoting data and information system standards within NOAA • Engaging with NOAA programs and initiatives • Active member in OGC , ISO-TC 211 • Pilot Project • Unified Access Framework • Demonstration of NOAA-wide data integration • Outreach and Engagement • GEO Architecture and Data Committee (ADC) • USGEO Architecture and Data Management (ADM) • CEOS Working Group on Information Systems and Services (WGISS) • Federation of Earth Science Information Partners (ESIP) • IOOS Integrated Product Teams • Global Interoperability Program (GIP) • Coastal and Marine Spatial Planning (CMSP)

  6. DMIT/GEO-IDE Impact • Recognized for its expertise in environmental data management • Frequently called upon as a resource for NOAA’s environmental data management enterprise

  7. GEO-IDE approach Represents all of NOAA’s environmental data

  8. GEO-IDE approach Efforts to integrate within different domain areas Atmosphere Climate Ecosystems Ocean

  9. GEO-IDE approach Need integration across different functional areas Discovery Access Atmosphere Climate Ecosystems Interoperability Ocean Preservation

  10. GEO-IDE approach Opportunities to integrate different structural data types Grids Profiles Ship tracks Aircraft flights Trajectories Points Discovery Satellite products Model outputs HF Radar Access Atmosphere Climate Ecosystems Interoperability Moored buoys Weather stations Ocean Preservation Argo floats Radiosondes * Additional dimensions (e.g. “user type”) not shown

  11. GEO-IDE approach…Encourage Convergence UAF Project (data type based) Grids Profiles Trajectories Points Discovery Access Atmosphere Climate Ecosystems Interoperability Ocean Preservation IOOS Project (domain based)