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Next Generation Networking Initiative Funding Opportunities for Industry

IPv6 Summit. Next Generation Networking Initiative Funding Opportunities for Industry. Franck Boissière - Merce Griera I Fisa European Commission - DG Information Society Tel : +32/2-296.8054 - +32/2-296.8091 Fax : +32/2-296.8389

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Next Generation Networking Initiative Funding Opportunities for Industry

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  1. IPv6 Summit Next Generation Networking InitiativeFunding Opportunities for Industry Franck Boissière - Merce Griera I Fisa European Commission - DG Information Society Tel : +32/2-296.8054 - +32/2-296.8091 Fax : +32/2-296.8389 E-mail : Franck.Boissiere@cec.eu.int - Merce.Griera-i-Fisa@cec.eu.int

  2. Presentation Outline • Next Generation Networking: a Vision and its Challenges • Working in Progress • NGN-Initiative • Opportunities & Priorities for 2001

  3. Next Generation NetworkingDefining Our Vision …… and Its Challenges

  4. The New Economy and the Knowledge Society New technologies are driving the economy • all sectors • all businesses • increase productivity • create new business • open new markets A networked economy is the key factor for growth, competitiveness and employment

  5. Evolution of Needs in EU

  6. Optical Fiber Deployment in EU

  7. Bandwidth Explosion

  8. Photonics Technologies 10000 1000 DWDM ~4 years 100 ~12x Transmission Rate Gbit/s 10 1 0.1 Research Commercial 0.01 1980 1985 1990 1995 2000 2005

  9. Can We Meet Those Needs?

  10. 1998 Telecom liberalisation : Work in progress More choice Fast-growing market Some prices down Incumbents still dominate €191 bn 557 €160 bn 96% 91% Prices 1997 / 1999 218 + 7% 1999 2000 Telecoms servicesmarket 1998 1999 Network operators - 40% local Incumbents’market share 1997 / 1999 international

  11. The Communication Industry • New Actors and New Business Models Traditional Communications NextGen Communications (Vertical Integration) (Horizontal Integration) Marketing Applications Portals commerce & Sales Marketing Intelligent Marketing Network E & Content and & Sales Data Sales Marketing Switching/Routing Switching/Routing & Transmission Transmission Sales

  12. Optical Networking Paradox • Problem areas are non optical • Optical hardware a decreasing problem • Priority toward the higher layer

  13. The rise of the stupid network • Simple open network • Third party innovation • Distributed intelligence on the edges • Smarter and more active than today’s Internet • Flexibility and scalability • Optical core/varied access • Premium for all

  14. Remaining Challenges:Access Networks LOW COST - AFFORDABLE ACCESS! Anyone, Anywhere, Anytime • Efficiency & Technology Independence (wireless, xDSL...) • Flexible Bandwidth Allocation • Cheap and easy-to-use Access Gateways • Always on

  15. Challenges for MANs • Support All Services (Internet, Mobile, Broadcast) • Flexible Bandwidth Allocation • Flexible Equipment • Interfacing with Higher Layers (IP) • Interworking with other Networks • Management System • Protection and Restoration

  16. Portfolio of Work in Progress Combined Efforts of 3 Units: Computing & Networking Mobile and Personal Communications Research Networking

  17. Computing and Networking EmbeddedSystems DistributedSystems { } Control SystemsFeature extraction & recognitionEmbedded web systems Optical NetworkingNetwork ManagementDistributed ApplicationsService Provision Quality of Service Real-Time PervasiveComputing &Networking

  18. Distributed Systems Functions and Enablers CORPORATENETWORKSVPNs COMPUTING BACKBONENETWORKS PHOTONICS INDIVIDUAL ACCESS/HOME NETWORKSMOBILE/FIXEDMICROELECTRONICS NetworkingIntegration(protocols)

  19. Thematic Grouping of Projects ACCESS HOME Optics Copper HARMONICSATLASMETEOR Cable Power BASSOPENISE PALAS VideoGatewayHasVideoBox PROXiTV WITNESS InHomeNetSIRLAN Wireless WINEGNIUS DRIVEEMBRACEBRAIN ADAMAS

  20. Thematic Grouping (2) IP Premium IP TEQUILAAQUILA CADENUS QOSIPSATRIUM GEOCASTBRAHMS MOEBIUS SUITED SEQUIN IPv6 DAVID METEOR HARMONICS WINE 6WINIT BRAIN 6INITLONGMOBYDICK Optics Wireless GCAP ATLAS NETGATEINTERNODE WINMANLION M3I SHUFFLE WINEGLASSVESPER MANTRIP STARLITEAGENTLINK FAINFORM ANDROID Network Mgt NGN60

  21. Thematic Grouping (3) Network Management FORM VESPER ATS-NETWORK ANDROID FAIN Active Networks STARLITE SHUFFLE MANTRIP HPCN (Open MP, MPI, ...) Agent Technologies INTONE DIAMANT GEODAS HISCORE DSE GLOBDATA C-ARCTIC DAEDALUS INTERVAL SETTA Time Triggered Architectures ORBs AGENTLINK CORVAL2 VISOR BASE DOTS IB AJACS New Distributed Techniques JAVA Distributed + Real-Time Systems CN2

  22. Our Response: A New Initiative& Further Targeted Opportunities

  23. NGN-I: Mission Pull Existing and Future Efforts Together to Build aCritical Mass Able To: • To resolve issues that create barriers to deployment • To achieve interoperability, compatibility and/or commonality

  24. NGN-I: Approach • “Clustering” of R&D efforts. • Co-ordination of standards contributions • Technology benchmarking • Roadmaps

  25. Workprogramme 2001Opportunities & Priorities

  26. IST timetable 1999 Jan Apr Jul Oct 2000 Jan Apr Jul Oct 2001 Jan Apr Jul Oct 2002 Jan Apr Jul Oct ~1200 MEuro ~950 MEuro ~850 MEuro ~330 MEuro Call-1 Call-2 Call-3 Call-4 Call-5 Call-6 Call-7 Call-8 Budget 1999 Budget 2000 Budget 2001 Budget 2002 Entering the Last Rounds

  27. Computing and Networking (Some) DEADLINES Apr 2001 • Real-timeDistributed Systems • Network and ServicesInteroperability Oct 2001 • Terabit Optical Networks • Application Services Provision • Next Generation Networks CN1

  28. IV.2.2 - Network and servicesinteroperability interworking and mgt April 2001 Deadline • To increase bandwidth, QoS, and functionality • FOCUS: network gateways and protocols • To support service interworking and network management • FOCUS: active and dynamically reconfigurable networks

  29. V.1.6. - CPA 6 :Next-Generation Networks October 2001 Deadline • Objective • foster deployment of an “open” modern networking infrastructure supporting industry driven large-scale experimentation • Focus • technology validation - Fixed - mobile interworking, Management across different network layers, Higher and lower layer protocols (e.g. IP over WDM, MPS), Mobile IP, Access/core networks interoperability, IPv6, etc. • full service demonstration - Scalability, Security, Availability, Accounting/Settlements, QoS, etc. • usability testing - Application requirements in specific domains

  30. V.1.6. - CPA 6 : Usability Testing • Application requirements in specific domains • Virtual Museums (Semantic Web) • Distributed Engineering • Collaborative Working (VR) • Unified Messaging • Virtual Home Environments

  31. V.1.6 - CPA 6 :Next Generation Networks Remark • “Next Generation” refers to NETWORKS not applications • “Next Generation” refers to NETWORKS not components

  32. NGN Examples:Building on GEANT 80M€ Funding over 4 years Start from TEN155 For all R&D TF-NGN

  33. NGN Examples:Building on GEANT NREN NREN Mediterranean Eastern Canada Asia Russia Countries Europe USA Pacific FSU

  34. NGN Examples:Building on GEANT NREN NREN Mediterranean Eastern Canada Asia Russia Countries Europe USA Pacific FSU Access/Edge Technologies (10GE, Broadband wireless, …)

  35. NGN Examples:Building on GEANT NREN NREN Mediterranean Eastern Canada Asia Russia Countries Europe USA Pacific FSU Sub-IP Technology Test Beds (MPLS, MPS, Traffic Engineering,...) Access/Edge Technologies (10GE, Broadband wireless, …)

  36. NGN Examples:Building on GEANT NREN NREN Mediterranean Eastern Canada Asia Russia Countries Europe USA Pacific FSU End-to-End Networking Testbeds (Multi Domain mgt, QoS, …) Access/Edge Technologies (10GE, Broadband wireless, …) Sub-IP Technology Test Beds (MPLS, MPS, Traffic Engineering,...)

  37. Beyond NGN Examples:Building on GEANT End-to-End Networking Testbeds (Multi Domain mgt, QoS, …) Application & Research Communities (Grids, Virtual Enterprises, e-Education, …) Access/Edge Technologies (10GE, Broadband wireless, …) Sub-IP Technology Test Beds (MPLS, MPS, Traffic Engineering,...) NREN NREN Mediterranean Eastern Canada Asia Russia Countries Europe USA Pacific FSU

  38. NGN Examples:Building on National Facilities

  39. Important details - official texts 2000 Workprogramme http://www.cordis.lu/ist

  40. Franck BOISSIERE/Mercé GRIERA I FISA Franck.Boissiere@cec.eu.int/Merce.Griera-i-Fisa@cec.eu.int Tel: +32 2 296 80 54 / Tel: +32 2 296 85 91       Fax: +32 2 296 83 89 http://www.cordis.lu/ist/ka4/ipcn/home.html Do Not Hesitate To Contact Us

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