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Space within FP6

6 th Framework Programme 2002-2006 Focusing and integrating Community Research Thematic Priority Aeronautics and Space Nisso GARGIR DG Research - Aeronautics and Space Unit tel: 32 2 295 98 27 nisso.gargir@cec.eu.int. Space within FP6. Rationale.

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Space within FP6

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  1. 6th Framework Programme2002-2006Focusing and integratingCommunity ResearchThematic PriorityAeronautics and SpaceNisso GARGIRDG Research - Aeronautics and Space Unittel: 32 2 295 98 27nisso.gargir@cec.eu.int

  2. Space within FP6 Rationale • More stringent society demands on Environment and Security: reliability, availability of information, awareness and decision making. • Further access to positioning, navigation and timing services. • Initiate the implementation of the European Space Policy “Space has the potential to become an integral component of the Union’s core policies. The first benefits of such a development are already highlighted by GALILEO and GMES initiatives….”. • European level RTD effort on Space applications : • to complement the European Space Agency programmes • to complement the national programmes. • to consolidate RTD initiated in FP5

  3. Space Workprogramme within FP6 Objectives • To meet society’s needs on environment and security • To promote applications using positioning, navigation and timing services • To promote satellite communications in specific domains Research & Development Areas • Integrate data, models and processes in the application fields of the Global Monitoring for Environment and Security initiative (GMES) • Development of user segment elements and services of Galileo • Integration of broadband satellite telecommunications (Satcom) with GMES and Galileo.

  4. Space Workprogramme within FP6 Approach • Classical Instruments for : • Coordination of GMES and Satcom activities throughout the workprogramme span from system, overall architecture and interfaces viewpoints. • Other targeted research as appropriate • New Instruments for : • focused downstream research and development, • integrated critical mass around Application Fields, • getting benefits from existing results from all levels (EC, ESA, national)

  5. FP6 - Space / GMES WorkprogrammeGMES priority themes (restructured as Application Fields) Space Airborne In-situ Inputs from Level 1 products / sensor Level 1 products / sensor Level 1 products / sensor Data Providers Land Cover & Vegetation OCEAN ATMOSPHERE WATER RISKS SECURITY Production by Service and/or Thematic Centres Fleet nav. Coastal zone Cities Outputs for Flood Civil Protections Fisheries Agri. Forest Fires Users

  6. FP6 - Space / GMESmanagement, build-up & operations Inputs Processing Capacity build-up Outputs Strategy (medium - long term) establish by 2008 a European Capacity for Global Monitoring of Environment and Security Mgt of Implementation (capacity build-up & initial ops) Operations (sustainable exploitation) EC Funding by ESA National Users

  7. GMES related funding in FP6 priorities FP6 1.2 : Information society technologies (IST) GMES GMES ….. Satcoms Risk mgt FP6 1.6 : Sustainable development & global change GMES ….. ….. Global change & ecosystems FP6 1.4 : Aeronautics & Space GMES SATCOM GALILEO

  8. Relationships between work programmes 1.6SD,GC& ES 1.4.2 Space/GMES 1.4.2 Space/SATCOM 1.2IST 1.4.2 Space/GALILEO other LC & VGT NW & Service Appli. & Services Mobile & wireless other • Applic. • Transport • Edu & health • Rural Water User seg. & receivers Broad-band • Integr. • GMES • GALILEO Ocean Global Change & Ecosyst. 1.6.3 Std. & certif. other Atmosphere Local elements other Risk mgt Impr. Risk mgt. Security

  9. FP6 - Space / GMES Workprogramme 1st Call Integrated Projects • Ocean and marine applications • Risk management • Land cover and vegetation monitoring Networks of Excellence • Security Other Instruments • System aspects and overall architecture • Other targeted research Subsequent Calls Integrated Projects • Water resources • Atmosphere • Security

  10. FP6 - Space/GMES Workprogramme General information • Nine GMES priority themes covered by six Application Fields, to avoid fragmentation and to focus on thematic aspects. • Co-ordination with ESA on GMES Services element and synchronisation with GMES Action Plan through: • cross participation to evaluations • new milestone in FP6 1st Call contracts and contracts negotiations • FP6 1st Call budget allocation kept significant to keep the EoIs momentum and get benefit from existing experience to ensure earliest visibility. • Specific mention to SMEs participation. • International Cooperation is expected as appropriate.

  11. FP6 - Space/GMES Workprogramme General information(cont’d) • Risk Management • Humanitarian Assistance identified explicitly as one of the areas benefiting from the Risk Management IP. • Complementarity between Space (integration) and IST (upstream research and technology). • Land Cover & Vegetation (LC&V) • upstream research continues on Global change & ecosystems • Space ensures integration of LC&V applications in one IP. • Ocean and Marine applications • same remark as Land Cover & Vegetation • Atmosphere • the IP remains at the 2nd Call (2003), as initially foreseen. • Security • definition of scope and boundaries with inputs from the GMES Steering Committee Security WG.

  12. FP6 - Space/GMES Workprogramme General information(cont’d) • Proposals characteristics for IPs • should include activities for: • the build-up of capabilities (skilled manpower, processes and processing systems, external interfaces, management) able to provide information to Users • the concrete demonstration of the pre-operationality of the overall system • should address the organisation and interactions of the overall targeted system: The vision of the future (in 3-4 years time). • All sub-Application Fields mentioned in the work programme should be covered in the corresponding Application Field IP. Timely prioritisation is possible. • There will be one winner for a given IP (structuring effect of the new FP6 funding instruments).

  13. FP6 - Space/GMES Workprogramme General information(cont’d) • Proposals characteristics for NoE • Security NoE: adapt to the Security specificity. • Proposals characteristics for other instruments • partly dedicated to Overall architecture support • other proposals are welcome such as : • projects interfacing two Application Fields, • innovative precursor pre-operational developments, • ...

  14. FP6 - Space / Satcom Workprogramme • Objective • In line with the Space Strategy, the various initiatives should become more integrated and part of an overall EU approach to satellite telecommunications. • Possibilities are open in this area through: • National programs • ESA ARTES programme • FP6 Thematic priority 1.2 IST • FP6 Thematic priority 1.4 Aeronautics and Space

  15. FP6 - Space / Satcom Workprogramme 1st Call Integrated Projects • Satcom for transport applications • Satcom for tele-education & tele-medicine applications • Satcom for rural area applications Subsequent Calls Integrated Projects • Integration of Satcom with GMES • Integration of Satcom with Galileo • Network and Service interoperability domainas complement to the IST work programme on(a) Broadband access for all and(b) Mobile and wireless systems beyond 3G

  16. GMES/Satcom : planning of Calls Call #1 DL = March 2003 Call #2 DL ~ Oct 2004 Call #3 DL ~ Sept 2005 1.2 IST / SATCOM 1.2 IST / Risks 1.4.2 SPACE / GMES 45 1.4.2 SPACE / SATCOM 15 1.6.3 GC & E DL = deadline for submission

  17. Research Domains: Applications & services User segment Standardisation and certification Deployment of local components FP6 - Space/Galileo Workprogramme Research Objectives: • Develop applications and services making use of satellite positioning, navigation and timing infrastructures. • Demonstrate the ability to provide safe, efficient and cost effective positioning, timing and navigation systems. • Extend the use of navigation technologies.

  18. FP6 - Space/Galileo Workprogramme 1st Call • Prepare the User Segment for the In Orbit Validation (IOV), develop breadboard and prototype Galileo receivers, prototype Common Building Blocks for the Local Elements, prepare dedicated test campaign for different applications; • Assess the GNSS SoL applications using the EGNOS Signal in Space (SIS) (practical test on integrity and accuracy); • Continue the effort on horizontal activities (user segment road map, standardisation, certification, legal, market analysis, Local Elements support for various markets, Galileo Services assessment); • Support dissemination tasks, harmonise activities and facilitate the co-ordination to be performed by the Galileo Joint Undertaking.

  19. FP6 - Space/Galileo Workprogramme Subsequent Call • Assess results of the 5th Framework Programme Pilot Projects, the outcomes of the First Call projects and the SoL applications assessments. • Use User Segment prototypes during the IOV (operations of the deployed Local Elements, test with Galileo prototype receivers, SoL applications with GPS/EGNOS/Galileo); • Develop breadboard/prototype User Terminals integrating Galileo, GPS, GSM, GPRS, UMTS and other receivers and sensors; • Prepare the Galileo service framework (GOC, Added-value service providers, users) for the different aspects technical and non-technical;

  20. FP6 - Space/Galileo Workprogramme Subsequent Call(cont’d) • Optimise the Service chains (Galileo Service Centre, Service Providers, Users) for each assessed Galileo application; • Prepare the GNSS SoL application certification; • Other objectives will be identified on the basis of the outcomes of the GalileoSat programme, FP6 1st and 2nd Call-related initiatives, and the Galileo IOV campaign.

  21. FP6 Space Budget (M€)(2002-2006) Total Budget 1.075 • Aeronautics 840 (750 + 90) • Space 235 Space 235 • GMES 100 • Galileo 100 • Satcom 35

  22. FP6 Space Roadmap GMES M € IP/NOE Others • 1st call 45 86 % 14 % • 2nd & 3rd calls 55 80 % 20 % Galileo M € IP/NOE Others • 1st call 20 0 % 100 % • 2nd & 3rd calls 80 0 % 100 % Satcom M € IP/NOE Others • 1st call 15 100 % 0 % • 2nd & 3rd calls 20 80 % 20 %

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