NSAU Flood Model Use in Sensor Web: Lessons Learned Sergii Skakun Space Research Institute NASU-NSAU, Ukraine CEOS WGISS-27 May 11-15, 2009 Toulouse, France.

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Presentation transcript:

NSAU Flood Model Use in Sensor Web: Lessons Learned Sergii Skakun Space Research Institute NASU-NSAU, Ukraine CEOS WGISS-27 May 11-15, 2009 Toulouse, France

WGISS SW Perspective for Flood Application Satellite obs Satellite data

WGISS SW Perspective for Flood Application TRMM data Satellite data GFS data More than records within 6 weeks using simple threshold!

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 SOS Interface to GFS & TRMM data Satellite Observations Data Processing in Grid Visualization of Data SPS WPS WMS “node”, service, network security Authentication Authorization Confidentiality Integrity Delegation Single Sing On

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 UML Sequence Diagram

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 1) Meteorological forecasts are operationally obtained from the Global Forecasting System (GFS, 1 deg.) using the Sensor Observation Service (SOS). TRMM data (0.25 deg.) using SOS are also provided.

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 SOS response for TRMM – T04:00:00+04: T22:00:00+04:00 resultComponents TRMM EXTENT T04:00:00+04,id_1002,POINT( T07:00:00+04,id_1002,POINT( T16:00:00+04,id_1002,POINT( T01:00:00+04,id_1002,POINT( T10:00:00+04,id_1002,POINT( \ "

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 2) We use the Sensor Planning Services (SPSs) to request satellites to acquire images of the specific territory for flood assessment. Currently, Envisat ASAR WSM can be accessed & processed operationally! High-resolution SAR imagery (not operational): RADARSAT-2 via GEOSS Disaster and Flood Sensor Web TerraSAR-X via Science Service System

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 3) The acquired data are then processed using OGS’s Web Processing Services (WPS) in order to produce the necessary flood products. Processing workflow (being put onto Grid) InterGrid portal

WGISS Grid & Sensor Web Integration Benefits from integration with the Grid platform like Globus Toolkit: –Sensors discovery could be performed through the combination of Index Service and Trigger Service; –High-level access to XML description of the sensors and services could be made through queries to the Index Service; –Grid platform provides a convenient way for the implementation of notifications and event triggering using corresponding platform components; –Reliable File Transfer (RFT) service provides reliable data transfer for large volumes of data; –Globus Security Infrastructure provides enforcement of data and services access policies in a very flexible way allowing implementation of desired security policy

WGISS Scenario of GEO-Ukraine Response to GEOSS AIP CFP-2 4) The processed data are then used to generate WMS, Google’s KML files, maps, etc. –Open-source software UNM Mapserver v5 OpenLayers framework GDAL –Standards Open Geospatial Consortium (OGC) –Web Mapping Service (WMS) –Web Feature Service (WFS) –Keyhole Mark-up Language (KML) Zambia – river Zambezi, 24 March 2009 Australia – river Normanton, 14 Feb 2009

WGISS Thank you!