1 NOAA Baseline Observing Systems Architecture “Current State” as of October 25, 2005 NOSC corporate oversight Planned by Goals & Programs; executed by.

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Presentation transcript:

1 NOAA Baseline Observing Systems Architecture “Current State” as of October 25, 2005 NOSC corporate oversight Planned by Goals & Programs; executed by Line Offices 86 observing systems 30,398 platforms 876 parameters NOAA observing systems contributing To IOOS

2 Using an Enterprise Architecture to Assess the Societal Benefits of Earth Science Research INCOSE Symposium 2005 Rochester, New York 11 July 2005 James N Martin

3 Observations The Earth System Earth Observation System of Systems Measurements

4 Global Earth Observation System of Systems (GEOSS) Earth Observation Systems Earth System Models Earth Observation Systems Observations Earth Observation Systems Decision Support Tools Predictions Policy Decisions Management Decisions

5 NASA Downstream Users

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9 Elements related to Decision Support Tools for Disaster Management

10 Elements related to Decision Support Tools for Potential to Support Agricultural Efficiency & Aviation

11 Summary Enterprise architecture tool was designed with GEOSS in mind and can be readily adapted for use by the GEO Architecture and Data Committee –Already contains many Earth observing systems along with the downstream models and decision support tools –Maps each technology element to societal outcomes Can be easily extended to handle several Architecture and Data Management Tasks –AR-06-07: Inventory of existing in-situ observation networks –DA-06-04: Harmonize data, metadata, and products –AR-06-02: Guidance on how to converge disparate systems –AR-06-03: GEOSS architecture links components for growth –DA-06-03: Demonstration projects for wider use

12 Back-up Slides

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14 Research-to- Operations (R2O) Requirements

15 Assets that meet particular requirements

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17 GEOSS Observation Requirements

18 Spacecraft Data Products GEOSS Benefit Areas Instruments Earth Science Models & Outputs Decision Support Tools Parameter Tree Observational Parameters Observational and Functional Requirements The NASA Enterprise Architecture Model

19 Enterprise Architecture Modeling Elements

20 QuikSCAT mission drives particular Earth Science Model outputs

21 Observation Data Products Observation Requirements

22 Requirements Analysis Results

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27 This shows all elements in the M2M database Earth-Sun System Architecture Tool

28 Relationships turned on between Models and Outcomes Earth-Sun System Architecture Tool

29 Earth-Sun System Architecture Tool Elements related to ERBS Mission Earth-Sun System Architecture Tool

30 Data associated with ERBS Mission Earth-Sun System Architecture Tool

31 Elements related to Decision Support Tools for Disaster Management Earth-Sun System Architecture Tool

32 Elements related to Algal Bloom Mapping Outcome Earth-Sun System Architecture Tool

33 Data dump of elements related to Algal Bloom Mapping Outcome Data Products Decision Support Tools Model Outputs Models & Analysis Systems Missions Sensors Space-Based Missions Suborbital Campaigns Model Partners

34 Elements related to Disasters (Societal Benefit Area) Earth-Sun System Architecture Tool

35 Elements related to Microwave Imager (Technologies) Earth-Sun System Architecture Tool

36 Elements related to Weather Forecast Science Question Earth-Sun System Architecture Tool

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