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Next Generation Networks
in the IST Programme
Interworking’2000Bergen, 4 October 2000
Horst ForsterEuropean Commission
NGN01
2000
Distributed Systems & Service Provision
Real-time Systems
Network Interoperability
Terabit Core Networks
Take-up
CPAs
Application Services Provision (2001)
Next Generation Networks (2000/2001)
KA4 - Computing and NetworkingWorkprogramme 2000/2001
2001
Real-timeDistributed Systems
Network and Services Interoperability
Terabit Optical Networks
Take-up
Call 5 Call 4
Premium IP
IPv6
IP
Optics Wireless
Network Mgt
TEQUILAAQUILACADENUS
6INITLONGMOBYDICK
GCAP
M3I
GEOCASTBRAHMS
MOEBIUSSUITEDBRAHMS
WINMANLION
DAVIDMETEORHARMONICS
SHUFFLEWINEGLASSVESPER
NETGATEINTERNODE
FAINFORM
ANDROID
WINE
Thematic Grouping (1) of Projects
MANTRIP
ATLAS
QOSIPSATRIUMSEQUIN
STARLITEAGENTLINK
ACCESS
HOME
BASSOPENISE
PALAS VideoGatewayHasVideoBoxPROXiTVWITNESS
InHomeNetSIRLAN
HARMONICSATLASMETEOR
DRIVEEMBRACEBRAINADAMAS
Copper
Optics
CablePower
WirelessWINEGNIUS
Thematic Grouping (2) of Projects
Thematic Grouping (3) of Projects
FORMVESPERATS-NETWORK
ANDROIDFAIN
STARLITESHUFFLEMANTRIP
AGENTLINK
CORVAL2VISOR BASEDOTSIB
DSEGLOBDATAC-ARCTICDAEDALUSINTERVAL
AJACS
SETTAINTONEDIAMANTGEODASHISCORE
Thematic Grouping (4) of ProjectsTake-up
TOPCAPI3D-INLINECV-ADCONTROL IMBUS IMTEX KNOT SAFEGLASS SEESAW
EUTIST-IMVIntegratedMachineVision
ASPIC- LINUX
SIGPROEL
TIDEVRE-COMMERCE
ADAMCREAMDISMEDI
IONICDEAF
ISAAC
EUTIST-MTechnologiesfor MedicalApplications
Emerging Context
Convergence
Deregulation
HETEROGENEITY
INTEROPERABILITY
NETWORKS(Interoperability, Management)
SERVICES+APPLICATIONS(Interworking, Transparency)
MULTIPLICITY of OPERATORS, SERVICE PROVIDERS(QoS, SLAs, Accounting)
Increasing Critical Dependency of Global Economy on Telecoms
Integrated infrastructure
Interoperability and integration of heterogeneous networks• fixed-mobile and wireless ( IPV6, Mobile IP etc…)• protocol inter-working(Voice over IPv4/IPv6, Video/MPEG interoperability)
Multi-domain adaptive network management:• dynamic management of resource (spectrum, ..)• self-aware self-organising wireless networks• active networks
Evolution to high speed access• optical WDM• hybrid fibre/cable/wireless
eEUROPE Action Plan
The eEurope Action Plan, adopted by the European Council in Feira (19-20 June 2000), has 3 objectives
• A cheaper, faster and secure Internet
• Investing in people and skills
• Stimulate the use of the Internet
Some of the actions of the 1st Objective are:
• Give increased priority to supporting the development of information infrastructure and projects.
• Move towards full conversion to IPv6 through pilot implementation in Europe.
• Work towards introducing greater competition in local access networks.
• Achieve significant reductions in internet access tariffs.
IV.2.3 Network Integration, Interoperabilityand Interworking (Call 5)
CHEAPER, FASTER, RELIABLE AND AVAILABLE
INTERNET ACCESS
IV.2.3 Network Integration, Interoperabilityand Interworking
(Call 5) Premium IP
Network interoperability
Optimisation of network resources
PREMIUM IP
Quality Of Service (DiffServ, MPLS)
Security
Mobility (nomadic services, Mobile IP)
IPv6 and beyond
NETWORK INTEROPERABILITY
Integration of multiple Heterogeneous Networks-Fixed/Mobile Integration-Broadcasting and on-line technologies
Interoperability between Core and Access Networks
Home Networks and Gateways
OPTIMIZATION OF NETWORK RESOURCES
Network Management Interoperability
Adaptive Architectures (self-healing, adhoc)
Next Generation Protocols and Signaling Mechanisms
Internet Telephony and related multimedia services
IV.2.4 Terabit Core Networks(Call 4)
Managed all-optical core/metropolitan networks
Interworking with heterogeneous access networks, multi-service (IP, nomadic, broadcast) support
IV.2.1. Distributed systems & Services provision (Call 5)
DISTRIBUTED SYSTEMS
Objective : To develop and assess models, technologies and tools for the use of geographically distributed applications and resources in the context of heterogeneous systems.
* to develop doesn’t refer to the applications
* the “s” in applications does matter
* not only development but also assessment
* no proprietary solutions
IV.2.1. Distributed systems & Services provision (Call 5)
SERVICE PROVISION
Objective : To develop and validate methods and tools to support network inter-working and management at services level.
Focus : Virtual Private Networks Active and programmable Network Technologies
IV.2.2 Real-Time Systems (Call 4)
Tools for embedded systems and their interworking
Control systems, machine vision
IV.2.5 Take-up (Call 4)
Trials & Best Practice
Agent technologiesDevelopment Environments for Distributed Applications
Vision/Control Systems
CPA 6 : Next Generation Networks
Objective : To foster deployment and early market adoption of an “open” modern networking infrastructure by supporting industry driven large-scale experimentation.
Focus : Technology Validation
Full Service Demonstration
Usability Testing
NGN55
Technology validation
• Fixed - mobile interworking
• Management across different network layers
• High layer protocols (e.g. IP) over WDM
• Mobile IP
• Access/core networks interoperability
• IPv6
• etc. NGN55
Full Service Demonstration
• Scalability
• Security
• Availability
• Accounting/Settlements
• QoS
• etc.
NGN55
Usability Testing
Application requirements in specific domains
• Virtual Museums (semantic Web)
• Distributed Engineering
• Collaborative Working (VR)
• Unified Messaging / Virtual Home Environments
NGN55
CPA 6 : Next Generation Networks
Positioning
• “Next Generation” refers to NETWORKS not to applications
• “Next Generation” refers to NETWORKS not to components
NGN55
~1200 MEuro~1200 MEuro ~950 MEuro~950 MEuro ~850 MEuro~850 MEuro ~330 MEuro~330 MEuro
19991999 Jan Apr Jul OctJan Apr Jul Oct
20002000Jan Apr Jul OctJan Apr Jul Oct
20012001Jan Apr Jul OctJan Apr Jul Oct
20022002Jan Apr Jul OctJan Apr Jul Oct
Budget 1999Budget 1999 Budget 2000Budget 2000 Budget 2001Budget 2001 Budget 2002Budget 2002
Call-1Call-1 Call-2Call-2 Call-3Call-3 Call-4Call-4 Call-5Call-5 Call-6Call-6 Call-7Call-7 Call-8Call-8
IST timetable
IST workprogramme
1999
IST workprogramme
1999
IST workprogramme
orientations
IST workprogramme
orientations
Annual workprogramme update
IST workprogramme
2001
IST workprogramme
2001
Technology and
market evolution
Consultation with IST participantsConsultation with IST participants
Policy & FP5 Policy & FP5 ProgrammesProgrammes
ISTCommittee(member states)
ISTAdvisory Group
(experts, business)
WP2001 General features
Budget: from 950 (in 2000) to 850 MEuro: Need for further concentration
‘Ambient Intelligence’ remains the focus
• Additional precision with the Key Enabling Technologies
Emphasis on high-risk/high-reward and medium to long term
Reduction of the number of action lines Same overall structure and Al’s format as in 2000
2000 Workprogramme
Important details - official texts
http://www.cordis.lu/isthttp://www.cordis.lu/isthttp://www.cordis.lu/isthttp://www.cordis.lu/ist
Fourth IST call (Second call in 2000)
Open date: July 25 Deadline: October 31 Evaluation: November Results in early December Budget: 450 MEuros
Roadmap: Fifth IST call (3rd 2000)
Call date: 29 September 2000
Deadline: 15 January 2001
Results: March
Budget: 200+20 MEuro
• KA2: 1 Support Measures
• KA3: 2 Take-up/ Support Measures
• KA4: 9 RTD + 5 Take-up/support measures
• CPAs: 2+3 re-open
WP2001 Roadmap
Two calls ( 6 and 7) Launch date: February, June 2001 Deadlines: May, October Budgets: 350 MEuro and 500 MEuro Changes in the presentation to make it more readable
scope
demanding applications
ApplicationsInfrastructure
Network Engineering
Incr. capacityOptimize resources
Network Management
Legacy systems QoS mechanisms
Premium IP
Internet Infrastruture
Network Interoperability
Next Generation NetworksConcertation
Meetings:9 February 2000March 28, 2000October 4-5, 2000
Supporting Thematic Networks:- Optimist, AgentLink, NGNinitiative
Unit E1 Clustering Activities (2)Optical Technology Projects
Cross- Programme: E1, E6, F1
Supporting Thematic Network: OPTIMISTKick-off Meeting: 5 May
Project Presentations: ECOCConference/Exhibition 4-6 September
Next Generation Networking: Key Topics
KeyTopic
Title Chairmen Project CommissionCoordination
KT1 Active Services AGENTLINK MGFKT2 Definition of QoS/CoS and
Service LevelAgreements/Specifications
Martin PottsYves T’Joens
CADENUSTEQUILA
PdS
KT3 Multicasting (routing, QoS,bandwidth brokering)
LaurentClaverotte
GEOCAST PJ
KT4 Common object specificationsfor IP-WDM networkmanagement
Josep SolePareta (UPC)
LION AH
KT5 Specification of Interfacebetween Home network andPublic network
CM
KT6 New network architecturesand wavelength-packetconversion
Lars Dittman DAVID AH
KT7 Joint demonstrations and largescale experiments
NGNInitiatives
MGF
KT8 Conformance andperformance testing services
AK
KT9 Promotion of IPv6 Latif Ladid 6INIT PdSKT10 Satellite interworking with
terrestrial Internetinfrastructures
PaoloComforto
SUITED PJ
Channelcontributionsto StandardBodies
Road-Map Bench-marking
Large Scaleexperiments
…………
Architecturesfor QoS in IPNetworks
IPV 6
Fixed –MobileInterworking
LayerIntegration
Managementof IP-WDMNetworks
AgentTechnologies
OrganisationX,Y,Z ….
………
SCOPET
echn
ical
Dom
ains