Presentation is loading. Please wait.

Presentation is loading. Please wait.

GEO AIP-2 Kickoff Workflow. Service Orchestration - Sensor Access Services Example workflows: –Multi-mission programming –Fine dust forecast maps –Flood.

Similar presentations


Presentation on theme: "GEO AIP-2 Kickoff Workflow. Service Orchestration - Sensor Access Services Example workflows: –Multi-mission programming –Fine dust forecast maps –Flood."— Presentation transcript:

1 GEO AIP-2 Kickoff Workflow

2 Service Orchestration - Sensor Access Services Example workflows: –Multi-mission programming –Fine dust forecast maps –Flood monitoring –Other examples: OWS-3, OWS-4 (SPS & WCTS) Supported Specifications: –EO Profile for SPS (OGC ) –Sensor Observation Service

3 Supports Multi-Mission programming request definition: –Help the user to identify suitable missions associated to his/her need on the basis of : Mission technical capabilities; Capacity to perform acquisition combining several missions (patchwork solution). –Help user to perform the order submission and to follow-up his/her order. Multi-mission Programming

4 COMU – Multi-mission Programming Based on EO Profile for Sensor Planning Service

5 Submit Workflow (BPEL)

6 Fine dust (PM10) forecast maps Forecasts of fine dust (PM10) concentrations by neural network. Currently based on in-situ measurements at ±50 locations. Current maps are created by simple spatial interpolation (inverse distance weighting). Spatial coverage to be improved by incorporation of Aerosol Optical Depth (AOD) maps. Fusion of PM10 and AOD by VITOs RIO interpolation model.

7 Web Service at IRCEL BPEL Workflow Order Discover Service AOD Toolkit OVL Forecast Model PM10 measurements RIO Interpolation Model Log in Request access SOS PM10 Web Service at Vito WMS PM10 Maps WCS/WMS AOD Access Order Results View SOS/WMS SSE Portal SOS Forecasts OVL Forecasts

8 Fine Dust Forecast Result

9 Flood Monitoring and SAR tasking Need for geographical data before, during and after flood events. Radar imagery best suited but tasking is a lengthy process. Reduce time to acquire SAR imagery by triggering Tasking Feasibility Request based on in-situ water-level measurements or river basin model outcome. Alert from in-situ network will initiate a chain of events. In situ data: –Water level gauges on Ijzer bassin –Morecombe Bay (UK) Flood alerts EO sensors: –GetFeasibility for ESA sensors

10 BPEL Workflow Subscribe Discover Service Log in Request access Web Service Receive Feasibility SSE Portal FM Notification Broker Alert Waterb. Lab Flood Monitoring SPS FM Notification Publisher Alert Morecambe Bay SOS Waterb Lab Flood Monitoring

11

12

13 Thanks for your interest For further details please contact (here, but in (back in –Or try services.eoportal.org and give feedback to dback.do dback.do


Download ppt "GEO AIP-2 Kickoff Workflow. Service Orchestration - Sensor Access Services Example workflows: –Multi-mission programming –Fine dust forecast maps –Flood."

Similar presentations


Ads by Google