Objective ICT -2009.1.1: Networks of the Futurebelisa.org.by/pdf/2008/3a_ICT2008.pdf · Networks of...

ObjectiveObjective ICTICT--2009.1.1:2009.1.1:Networks of the FutureNetworks of the Future

FP7 ICT Call 4 InfoDayMinsk, Belarus, Dec. 9th 2008.

Andrzej J. GalikAndrzej J. Galik

National Contact Pointfor Research Programmes of EUInstitute of Fundamental Technological ResearchPolish Academy of Sciences

Call 4Call 4 (190 M(190 M€€) ) Focus:Focus:

Networks of the FutureNetworks of the Future

ICTICT--2009.2009.1.11.1, , CChallengehallenge 1 1 in FP7 Call 4in FP7 Call 4

Call 4Call 4

110 110 MEuroMEuro

Call 480 MEuro

Call 537 MEuro

Call 5110 MEuro

Call 590 MEuro

Call 550 MEuro

Call 580 MEuro

Including 3D Media Internet

Internet Architectures

Call 4Call 4 (367 M(367 M€€) ) Focus:Focus:

Including 3D Media Internet

Call 480 MEuro

RationaleRationale ::



�� The 'Future Internet' is emerging globally as a federat ing reseaThe 'Future Internet' is emerging globally as a federat ing resea rch rch theme:theme:� The current Internet architecture was not designed to cope with the wide

variety of networked applications, business models, edge devices, networks and environments that it has now to support. Its structural limitations in terms of scalability, mobility, flexibility, security, trust and robustness are now recognised. The challenge is to address the multiple facets of a Future Internet. Clean slate or evolutionary approaches or a mix of those can be equally considered,

�� The 'Future Internet' is emerging globally as a federat ing reseaThe 'Future Internet' is emerging globally as a federat ing resea rch rch theme:theme:� From a networking perspective, this entails a rethink of architectures such

that performance bottlenecks are overcome, novel types of edge networks may be integrated, and new types of media applications such as 3D can be supported. Mobility and ever higher end to end data rates also emerge as important design drivers. At the network level, a clear challenge will be to provide the Internet with flexible management capabilities beyond the original 'best effort' paradigm

� Novel radio and optical systems are important components of this overall network perspective,

RationaleRationale ::



� Ubiquitous network i nfrastructures and architectures,

� Convergence of mobile, fixed telecom and Internet network infrastructures,

� Optimised control , management and flexibility of the future network infrastructure,

� Towards mobile broadband and efficient/dynamic spectrum usage,

� Technologies and system architectures for the Future Internet.

MainMain ObjectivesObjectives ::



�� a) a) Future Internet Architectures and Network Technologie s:Future Internet Architectures and Network Technologie s:� Novel Internet architectures and technologies,

� Flexible and cognitive network management and operation frameworks.

DetailsDetails ::



�� b) b) SpectrumSpectrum --efficient radio access to Future Networks:efficient radio access to Future Networks:� Next-generation mobile radio technologies ,� Cognitive radio and network technologies,

� Novel radio network architectures

�� c) c) Converged infrastructures in support of Future Networks:Converged infrastructures in support of Future Networks:� Ultra high capacity optical transport/access networks ,

� Converged service capability across heterogeneous access .

�� d) d) Coordination/ Support actions and Networks of Excelle nceCoordination/ Support actions and Networks of Excelle nce

TheThe Network of Network of thethe FutureFuture ::



Converged and Optical Networks

λ

Cellularand beyond

Ad-HocMesh Relay

Broadcast

ApplicationServer

Operator A

Gateway

Operator B

Public Internet

Object and Sensor Networks

Optical Switching

Optical Transmission

PersonalSpace

ApplicationServer

High Speed Broadband Access

λ

Internet Architectures and Network Technologies

Spectrum-Efficient Radio Access

TheThe Network Network RevolutionRevolution ::



Existing

Existing

Emerging

Em

ergin

g

Technology

Market

Internet of Today

FUTURE INTERNET

Circuit switchedNetworks

Packet Routed

Networks

ConvergedNetworks

Future Multi-Service

Networks

IPv6 NGA

Spectrum flexibility

Internet of Things

3D Internet

Spectrum

Software Services

FutureFuture Mobile and Mobile and FixedFixed Access:Access:



λ

Cellularand beyond

Ad-HocMesh

Relay

ApplicationServer

Operator A

Gateway

Operator B

Public Internet

Cooperating Objects/Sensor Networks

Optical Switching

Optical Transmission

Personal

Space

ApplicationServer

High Speed Broadband Access

λ

ExampleExample of of ResearchResearch TopicsTopics ::



Dynamic Wavelength Allocation

New Ethernet based network

nodes

Autonomic Management

Dynamic Spectrum Allocation



Network

s &

Architecture

Integration of

Networks & Systems

Core CommunicationTechnologies(radio, digital,photonics…)

RegulationEnabled by technologicaldevelopment

Industry- European Industrial Leadership

- Innovation / SME’s

InternationalCooperation- Internet of the Future- Satellite (space strategy)

Standardization- Intellectual Property- Internal Market- Research cooperation

Overall activity picture:Overall activity picture:

� Budget: 110110 MM€€� Funding schemes:

IPsIPs and STREPSTREPs s - for a), b), c)

CSAsCSAs and NoENoE for d).

� Contact: [email protected]



� Strengthened positioning of European industry in the field of Future Internet technologies

� Reinforced European leadership in mobile and wireless broadband systems, optical networks, cognitive networ k management technologies.

� Increased economic efficiency of access/transport infrastructures (cost/bit)

� Global standards and European IPRs reflecting federated and coherent roadmaps.

� Wider market opportunities from new classes of applications taking advantage of convergence.

� Accelerated uptake of the next generation of network and service infrastructures

ExpectedExpected ImpactImpact ::



Andrzej J. GalikAndrzej J. Galikemail: email: [email protected]@kpk.gov.pl

National Contact Pointfor Research Programmes of EUInstitute of Fundamental Technological ResearchPolish Academy of Sciencesul. świrki i Wigury 8102-091 Warszawa

phone: +4822 828 74 83 fax: +4822 828 53 70 e-mail: [email protected]

Thank you for your attentionThank you for your attention

Objective ICT -2009.1.1: Networks of the Futurebelisa.org.by/pdf/2008/3a_ICT2008.pdf · Networks of...

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