1. HMA Follow On Activities
Task 2: Feasibility Analysis Service
(Sensor Planning Service)
HMA-FO Negotiation Meeting
24 June 2009, Frascati
Ricardo Moyano, DEIMOS Space
Reuben Wright, DEIMOS Space
Didier Giacobbo, SPOT Image
Philippe Merigot, SPOT Image
Corentin Guillo, Astrium

2. ITT and Proposal information
Objectives
ITT and Proposal information
Team
Work Breakdown Structure
Deliverables
Schedule
Technical presentation
SPOT
IGSI
DEIMOS
ASTRIUM

3. Objectives
This project aims at :
Specification of the OpenGIS® Sensor Planning Service Application Profile for EO Sensors (OGC )
Alignment of the specification with the evolving OGC “SWECommon” and SPS 2.0
Abstract Test Suite and Executable Test Suite
Design, development, testing and documentation of an open source Sensor Feasibility Reference Environment
Reference server and client to be used both for the testing and demonstration of the specification.
All documentation will be generated following the tailored ECSS standards from the Statement Of Work.

4. Proposal Information: HMA-FO Team

5. Proposal Infromation: WBS

6. Proposal Information: List of Deliverables (1/2)
Documentation

7. Proposal Information: List of Deliverables (2/2)
Software

8. Schedule

9. Reviews and Payment Plan

10. Technical Presentation: SPOT 1/2
[WP1420] OGC Technical Committee meetings participation - SweCommon Data Model 2.0 WG - SPS 2.0 WG
[WP2100] SweCommon specification completion - Finalization of the specification : GML 3.2.1, Schemas, examples… - OGC submission and follow-up
[WP2220] Support iGSI to SPS specification completion - Contribute to the SPS specification document
[WP2310] SPS EO specification completion - Finalization of the specification : GetSensorWorkload, validation of acquisitions, ATS… - OGC submission and follow-up

11. Technical Presentation: SPOT 2/2
[WP3430] Support to SFRE coding and UT - Update the SPS EO library - Provide a Notification library
[WP4530] Support to SFRE Acceptance
[WP5100] Additional demonstration server - SPS Server with Optical Mission Feasibility analysis
[WP6200] Warranty - 6 months after the FP

12. Technical Presentation: iGSI
[WP2210] Overall SPS specification completion
SPS 2.0 development (current standard: SPS 1.0)
Main work items:
Harmonization with SweCommon / SweCommon services
New interaction models and patterns
New state transition model
Updated bindings & information models
OGC SPS 2.0 Standards Working Group already formed
Timing: M1-M4 (SPS uses SweCommon, therefore depends on [WP2100] SweCommon specification completion)
Presentation at OGC TC Meeting (Fall/Winter 2009)
Submission to OGC Voting Process
[WP2320] IGSI support to SPS EO Specification completion - Contribute to the SPS EO profile specification development

13. Technical Presentation: DEIMOS 1/4
[WP 1000] Project Office
project management, product assurance and configuration management
[WP 1410] DEIMOS participation in OGC Technical Committee meetings
[WP 3100] SFRE Requirement Baseline generation
[WP 3210] Overall SFRE Technical Specification Generation
[WP 3310] Overall SFRE design
4 different configurations
Will include the modelling of Sensor unavailability, Weather conditions, Station unavailability
[WP 3410] SFRE server coding and unit testing
[WP 3500] SFRE Client/server integration
SFRE Client work by Astrium

14. Technical Presentation: DEIMOS 2/4
SFRE Architecture
simulation will include the modelling of Sensor unavailability, Weather conditions, Station unavailability
4 missions (2 optical, 2 radar) - two will use a notification server, and two will not.
SPS EO Application profile ATS is envisioned to be incorporated in that specification
Conformance Testing environment consists of:
the SFRE Server components
the TeamEngine (Test, Evaluation And Measurement), an open source compliance test engine extended during the HMA-T project
a set of scripts written in CTL (Compliance Test Language) (ie the Executable Test Suite)

15. Technical Presentation: DEIMOS 3/4
[WP 4100] Abstract Test Suite creation
As part of the SPS EO Application profile specification
[WP 4200] Executable Test Suite creation
a set of scripts written in CTL (Compliance Test Language)
Process as established in HMA-T
[WP 4300] Conformance Testing of the SFRE
the SFRE Server components
the TeamEngine (Test, Evaluation And Measurement), an open source compliance test engine extended during the HMA-T project
[WP 4410] Overall SFRE Acceptance
aligned to ESA ECSS, the terminology and new approach used within OGC, and the new TEAM engine
[WP 4440] Acceptance Test Report generation
[WP 6100] DEIMOS warranty
simulation will include the modelling of Sensor unavailability, Weather conditions, Station unavailability
4 missions (2 optical, 2 radar) - two will use a notification server, and two will not.
SPS EO Application profile ATS is envisioned to be incorporated in that specification
Conformance Testing environment consists of:
the SFRE Server components
the TeamEngine (Test, Evaluation And Measurement), an open source compliance test engine extended during the HMA-T project
a set of scripts written in CTL (Compliance Test Language) (ie the Executable Test Suite)

16. Test Suite development process
Technical Presentation: DEIMOS 4/4
Test Suite development process
simulation will include the modelling of Sensor unavailability, Weather conditions, Station unavailability
4 missions (2 optical, 2 radar) - two will use a notification server, and two will not.
SPS EO Application profile ATS is envisioned to be incorporated in that specification
Conformance Testing environment consists of:
the SFRE Server components
the TeamEngine (Test, Evaluation And Measurement), an open source compliance test engine extended during the HMA-T project
a set of scripts written in CTL (Compliance Test Language) (ie the Executable Test Suite)

17. Technical Presentation: ASTRIUM 1/2
[WP1430] OGC Technical Committee meetings participation - Support DEIMOS and SPOT as necessary
[WP3120] SFRE RB Generation - Contribution to the RB documentation
[WP3220] SFRE TS Generation - Contribution to the TS documentation
[WP3320] SFRE Design - Contribution to the design of the SFRE system focussing on the client components
[WP3320] SFRE Client coding and testing - Implementation and validation of the SFRE Client
[WP4420] SFRE Acceptance
- Contribution to the Acceptance of the SFRE
[WP5100] Additional demonstration server - SPS Server environment with Radar Mission Feasibility Analysis
[WP6200] Warranty - ‘Locking Points’

18. Technical Presentation: ASTRIUM 2/218