New Infrastructure Paradigms & Experimental Facilities. Fabrizio Sestini

Transcription

1 New Infrastructure Paradigms & Experimental Facilities fire Future Internet Research Experimentation Fabrizio Sestini ICT unit F4 New Infrastructure Paradigms & Experimental Facilities DG Information Society Media, European Commission, Brussels

2 Background: : Internet its limits (architecture, IP procol) Scalability Devices (users AND nodes, mostly wireless) will outnumber humans by several orders of magnitude Not only numbering: Service-centric networks invalidate source-destination approach of Internet (semantic addressing, space-aware models ) Need overcome intrinsic limitations of a centralised control (self-management, selforganisation), multidisciplinary approaches cope with complexity (e.g. bio-inspired) Multiple points of attachments infrastructure Routing Suitability for ad-hoc/multi-hop/mesh networking Mobility disconnected operation is common (opportunistic, trust privacy, ) Mobile IP (or MIPv6) not effective, overhead patches Transparency QoS??? Security Web of trust? patches patches patches patches patches How embed it, how cope with heterogeneous networks Machine--machine communication patches patches

3 FIRE baseline: starting from FP6 research long-term research in in communications networking under Future Emerging Technologies: Situated Aunomic Communications projects: ANA, ANA, BIONETS, BIONETS, CASCADAS, CASCADAS, HAGGLE HAGGLE or or future future internet related related projects CATNETS, CATNETS, COOPCOM, COOPCOM, EVERGROW, EVERGROW, NET-REFOUND NET-REFOUND Research Infrastructure Testbeds Onelab STREP widen widen Planetlab create create an an aunomous Planetlab Europe PANLAB SSA SSA preparing federation of of testbeds Testbeds related related QoS, QoS, new new routing, convergence of of services, IPv6, IPv6, mobility multihoming, etc. etc.

4 Future Emerging Technologies: SAC (Situated Aunomic Communications) July 2003: First brainsrming meeting March 2004: Consultation Meeting on "Communication Paradigms for 2020" Participants from university, industry, telecom operars research centers Outcome: background document on Situated Aunomic Communications Ocber 2004: Coordination Action on Aunomic Communication (ACCA) start December 2004: Call launch (20 Meuro) - Aunomic Communication Forum launch August 2005: negotiation of 4 selected proposals (out of 12 submitted) Joint negotiation meeting, will have joint events reviews January 2006: start of 4 Integrated Projects

5 SAC Project Partners Universities: Cambridge, Oxford, Waterloo, Basel, Ans, Lancaster, Oslo, Paris (Pierre et et Marie Curie, Paris 11, 11, ENS) Liege, London (Imperial College, LSE), Budapest, Basel, Aachen, Ulster, Kassel, Tren, Bruxelles (ULB, UCL), Modena e Reggio Emilia, Kobenhavns, Magdeburg, Crete, Jerusalem, Tel Tel Aviv, Uppsala, Cyprus, Navarra, Cairo, Madrid (URJC), UPC, CTTC, Bayreuth, Karlsruhe, Ancona, Cardiff, Eindhoven, SUPSI, SICS, EPFL Research Centers: ETH, KTH, Fraunhofer, VTT, ICTP, Create- NET, Hamburger ITC, ITC, Eurecom, CERTH, RACTI, CNR, CNRS, ISI, ISI, INFM, ITC ITC Industries: Nokia, Ericsson, NEC NEC Europe, Thomson Research, Sun Sun Microsystems Iberica, ex-intel Research Cambridge Telecom Operars: British Telecom, Telecom Italia, France Telecom, Telekom Austria, Teliasonera

6 FIRE Baseline: Testbeds in FP6 ( , ~ 30M ) IST IPv6 Mobility Multihoming New Routing RI Measurements, Tomography QoS Policies in IP networks Federation of Testbeds QoS in multidomain IP nets Convergence Services over IP: IMS

7 FIRE strategy ONELAB PANLAB Call 2 f i r e Call 4-5 To be defined FP6 Future Internet take-up pre-commercial services,& products pre-commercial or emerging technologies long-term disruptive technologies, systems, architectures experimentally-driven long-term research CORELABS CIP Capacities Study FP7

8 Objective ICT-.1.6 New Paradigms Experimental Facilities Experimentally-driven long-term research related Future Internet Advanced networking approaches architectures procols: cope with increased scale, resilience, complexity, mobility, security transparency of Future Internet, coupled with ir validation in large scale testing environments based on a combination of physical 'virtual' infrastructures Interconnected testbeds support large scale validation Interconnected testbeds addressing: novel distributed reconfigurable procol architectures; novel distributed network service architectures, infrastructures software platforms; advanced embedded or overlay security, trust identity management architectures technologies Part of Challenge 1 - complementary Technologies systems architectures for Future Internet, part of Objective The network of Future (Call 1, 200M) To bootstrap prepare FIRE Initiative Call 2 - Budget: 40 M IPs, STREPs, NoE, CA/SSA - planned opening June, deadline September Advanced networking approaches Interconnected testbeds

9 Or relevant objectives ICT-.8.2 FET proactive 2: Pervasive adaptation Call 1 20 M for IPs, STREPs CSAs Evolve-able adaptive pervasive systems Networked societies of artifacts ICT-.1.4 Secure, dependable trusted Infrastructures Call 1 90 M for IPs, STREPs, NoEs CSAs Security resilience in network infrastructures

10 Or relevant objectives: Objective ICT-.1.1 The Network of Future 1.1.a Ubiquius Network Infrastructures Architectures 1.1.b Optimised Control, Management Flexibility of Future Network Infrastructure 1.1.c Technologies System Architectures for Future Interne New architectures, routing, identification addressing schemes - free from current constraints Scalability of terminals, devices objects; multiplicity of service scenarios, application environments Mobility, security trusted domains; new forms of content delivery in an ubiquius mobile wireless environment. Leading Future Network Stards Leveraging on ETPs seeking industrial impact Call 1 Budget 200 M Contact rew.houghn@ec.europa.eu / paulo.desousa@ec.europa.e

11 The FIRE Initiative Future Internet Research Experimentation Experimentally-driven long-term long-term research research Open Open fresh fresh botm-up botm-up ideas, ideas, no no backwards-compatibility backwards-compatibility constraints constraints starting starting from from running running FET FET SAC SAC projects, projects, include include new new projects projects from from call call 2 2 Integrating Integrating validating validating new new concepts concepts developed developed in in multiple multiple research research disciplines disciplines Setting Setting up up large-scale large-scale testing testing environments environments for for ICT ICT research research in in field field Creating Creating a a European European Lab Lab for for testing testing potentially potentially disruptive disruptive internet internet concepts concepts possibly possibly building building on on ONELAB ONELAB on on advanced advanced testbeds testbeds of of SAC SAC projects projects Federating Federating upfront upfront existing existing planned planned testbeds testbeds for for emerging emerging technologies: technologies: e.g. e.g. in in line line with with framework framework provided provided by by PANLAB PANLAB Open Open relevant relevant testbeds testbeds from from outside outside Objective, Objective, e.g. e.g. EU, EU, national, national, regional regional Not Not just just paperwork: paperwork: new new internet internet paradigms paradigms need need large large scale scale validation validation testing testing Considering Considering at at same same time time technological, technological, economic economic social/policy social/policy aspects aspects FIRE FIRE is is a long long term term initiative: initiative: Call Call 2 is is just just a first first step step more more calls calls planned planned in in FP7 FP7 Definition Definition of of a European European identity identity based based on on EU EU needs needs strengths strengths Exploiting Exploiting GEANT GEANT pan-european pan-european Gigabit Gigabit research research network network Collaboration Collaboration with with FIND/GENI FIND/GENI (US) (US) related related initiatives initiatives in in Far Far East East

12 Different perspectives for Future Internet Industrial backward backward compatibility compatibility // stards stards security security for for supporting supporting commercial commercial services services applications applications Academic/Technological aiming aiming at at clear clear improvements improvements clean clean slate slate approach approach overcome overcome intrinsic intrinsic limitations limitations Political European European competitiveness competitiveness on on future future internet internet redesigning redesigning internet internet involves involves a huge huge social social responsibility responsibility cannot cannot be be based based solely solely on on technological technological or or commercial commercial constraints constraints how how preserve preserve openness, openness, fairness, fairness, social social role role of of Internet Internet needs needs for for security/accountability security/accountability versus versus right right privacy privacy Intelligence Intelligence core? core? QoS QoS vs. vs. innovation innovation vs. vs. network network neutrality neutrality a a network network that that knows knows what what an an attack attack is, is, is is not not net net neutral neutral is is internet internet open open democratic democratic by by design design or or by by accident? accident? do do not not throw throw baby baby out out with with bath bath water! water!

13 Thank You! Questions? fire (non-trivial logo sought)

14 Work Programme -2008, 2008, two complementary approaches: Objective 1.1 The network of Future: To continue improve current Internet technologies investigate new ones, based on industrial agendas of main European Technology Platforms Total budget of 200m in Call 1 The direction of this research has been shaped also by EIFFEL Think Tank Objective 1.6 New Paradigms Experimental facilities To investigate new paradigms for long-term possible evolution of Internet, set up large-scale experimental facilities for ir proof-of-concept testing Total budget of 40m in call 2 It will be start of FIRE (Future Internet Research Experimentation) Initiative