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Northrop Grumman Participation GEOSS AIP Sensor Webs & Models

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Presentation on theme: "Northrop Grumman Participation GEOSS AIP Sensor Webs & Models"— Presentation transcript:

1 Northrop Grumman Participation GEOSS AIP Sensor Webs & Models
Stefan Falke, Glenn Higgins, Aaron Swanson, Tim Pasierb Northrop Grumman Corporation Information Technology

2 Sensor Webs in Wildfire and Smoke Applications
Sensor networks of surface, aerial, and surface sensors provide timely data for: Identifying fire location, fire progression, smoke coverage Forecasting fire behavior, smoke dispersion, and air quality Retasking sensors for making new measurements Retrospective analysis and assessment Validating forecast models Issuing public health alerts Air quality standard violation waivers One application that is serving as a testbed for coupling processing services with access services is wildfire and smoke. It is a domain that includes diverse data sources (from satellites, UASes, and surface sensors) and with many different “end users” of the data being used in various applications.

3 Wildfire Monitoring & Smoke Forecasting Concept
Sensor Observations Smoke Forecasts Processing & Analysis Decision Support Sensor Observation Service / Web Coverage Service Web Coverage Service Web Coverage Service USFS Bluesky EO-1 Smoke Extraction Service GEOSS Common Policy Maker NOAA NESDIS Obs-Model Comparison Service NGC CALPUFF/ WRF Analyst NASA EO-1 Model-Model Comparison Service Manager NASA Langley Fused Visualization Service Public NASA Ames NOAA ARL USFS AirFire sensor tasking

4 CEOSS-WGISS Atmos. Comp. Interest Group
Standard description of algorithms Standard interfaces for output Standard interfaces for data inputs

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