towards the new framework programme vienna, 26 march 2001 horst forster european commission wi0
DESCRIPTION
New FP and WP 2002 Preparation Two parallel strands New FP Milestones 21 Feb 2001EC proposal for FP May 2001EC proposal for “Rules for Participation” June 2001EC proposal for Specific Programmes Summer 2002Adoption WP 2002 milestones Drafting in June/July 2001 Adoption in Nov/Dec 2001 PR3TRANSCRIPT
Towards theNew Framework Programme
Vienna, 26 March 2001
Horst ForsterEuropean Commission
WI0
IST
At mid-point
Still three major calls1200 m€ funding
2002: year of transitionCompletion of FP5Anticipating new FP
WI1
New FP and WP 2002 PreparationTwo parallel strands
New FP Milestones21 Feb 2001 EC proposal for FPMay 2001 EC proposal for “Rules for Participation”June 2001 EC proposal for Specific ProgrammesSummer 2002 Adoption
WP 2002 milestonesDrafting in June/July 2001Adoption in Nov/Dec 2001
PR3
New FP Proposal Objectives
Strengthening the scientific and technological bases of Community industry
Encouraging Community industry to become more competitive at international level
PR4
New FP Proposal Characteristics
Concentration7 themes : IST major thematic priority3 instruments : Integrated ProjectsNetworks of ExcellenceParticipation in National Programmes
Management changes“Programme” rather than “project” approach“No size and composition fit all”:
function of objectives and scope of actionFlexibility - in definition, launch and managementExternalisation where advantageous
PR5
One proposed structureof IST in new FP
1. Technological solutions and applications for citizens and enterprise
2. Infrastructures for communication and information processing (rationale : networks, communications, computing, control, complex systems engineering)
3. Components and microsystems
4. Information handling and interfaces
WI2A
Where are we now ?
Computing and embedded software are ubiquitous
Networks and bandwidth are proliferating
Miniaturised sensors emerge
PR7
Implications
Systems are increasing in scale and complexity
Infrastructure supports more functionality
Applications become distributed
Applications are tethered to the physical world
PR8
Challenges
From connected networks and computers to a service access and delivery environment
Nomadicity / PervasivenessAdapt in real-time
Brute force shall not solve all problemsContextual knowledgeMaster scale and complexity in an
intelligent way
PR9
Directions for R&D
Shaped by underlying component roadmaps
Economics determine take-up of functionality
Research tools
PR10
Conclusion
As computing and communications become ubiquitous, cognition and control will rank as key enabling
technologies
WI2
Future real time, embedded,and control systems
Cope with ever more stringent time constraints and increased functional requirements
Add quality of service (QoS) to performance and robustness
Constitute the enabling technologies of the future
WI3
Possible topics forWP2002 and new FP
RT middleware self-adapting architecutures, multi-domain distributed systems
RT controls for complex uncertain systems
RT systems for new high-speed infrastructures and services
Embedded systems in the GRID, multifunctional networks, systems and services
to be defined INPUTS NEEDED
WI5