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WP 4 Network Management and Control/Protocols Håkon Lønsethagen, Telenor

WP4 Service Platform for NG Transport Networks Architectural issues and approach Munich Meeting 13 – 15 th of May 2005. WP 4 Network Management and Control/Protocols Håkon Lønsethagen, Telenor. Outline. Why Service platform for ASTN/GMPLS networks Drivers TISPAN NGN Architecture

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WP 4 Network Management and Control/Protocols Håkon Lønsethagen, Telenor

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  1. WP4Service Platform for NG Transport NetworksArchitectural issues and approachMunich Meeting 13 – 15th of May 2005 WP 4 Network Management and Control/ProtocolsHåkon Lønsethagen, Telenor WP4 Service platform

  2. Outline • Why Service platform for ASTN/GMPLS networks • Drivers • TISPAN NGN Architecture • Multiservice Switching Forum - MSF • NGTN Architecture for NOBEL • A possible staring point • Possible actions to be taken by WP4 • Service platform TF (?) WP4 Service platform

  3. # of voice sessions vs. Access pipe (Residential, SME) # of voice sessions Mbs 10.000 OANPON 100.000 1.000 10.000 100 1.000 VDSL 10 100 ADSL 1,0 10 ISDN 0,1 1,0 PSTN WP4 Service platform

  4. Service (provider) edge node traffic handling IP service network CE IP/GMPLS service network N : 1 GMPLS/ASTN service network 1 : 1 Service Edge Node(e.g. PE Node) WP4 Service platform

  5. Why look at NGN service architecture? • Characteristics of Next generation transport services • Dynamic • VPNs • Grid service support • NGTN has many similar characteristics and requirements as for traditional NGN • Reuse of architectural patterns • E.g. layering/structuring of functionality • Separation between actors, e.g. Service provider and Network provider • Reuse of functional specifications • Reuse of implementation • Possibly also “reuse” of service platform system instance • Avoiding complex functionality in the Service Edge/PE node WP4 Service platform

  6. ETSI TISPAN NGN architecture WP4 Service platform

  7. Multiservice Switching Forum - MSF WP4 Service platform

  8. MSF Arch WP4 Service platform

  9. Preliminary NOBEL NGTN Overall Architecture MPManagement Plane BML UPI/PPI SML SCPService Control Plane UNI/NNI NML NCPNetwork control Plane EML UNI/NNI NEL TP WP4 Service platform

  10. Mapping NGN to NGTN BML UPI/PPI SML IMS UNI/NNI NML NASS RACS EML UNI/NNI NEL TP WP4 Service platform

  11. NGN Functional building blocks • NASS – Network Attachment Subsystem • Dynamic provision of IP address and other user equipment configuration parameters (e.g. using DHCP) • User authentication, prior or during the IP address allocation procedure • Authorisation of network access, based on user profile • Access network configuration, based on user profile • Location management • IMS – IP Multimedia Subsystem • (Core IMS) supports the provision of SIP-based multimedia services to NGN terminals. It also supports the provision of PSTN/ISDN simulation services • RACS - Resource and Admission Control Sub-System • NGN subsystem, responsible for elements of policy control, resource reservation and admission control. RACS also includes support for Network Address Translator (NAT) and Firewall (FW) traversal • Service Based Local Policy Control: The RACS authorises QoS resources and defines the polices that are enforced by the bearer service network elements. WP4 Service platform

  12. Mapping NGN to NGTN GRSS – Grid Resource and service subsystem BML UPI/PPI SML GRSS IMS UNI/NNI NML NASS RACS EML UNI/NNI NEL TP WP4 Service platform

  13. Issues • What does NGN architecture have that NGTN architecture does not need? • What is lacking from an NGN architecture that NGTN architecture needs? • In addition, NGN OSS architecture and ongoing work is an important source • SOA – Service Oriented ArchitectureArchitectural principles for IT/IS, OSS/BSS WP4 Service platform

  14. TISPAN NGN OSS architectureTMF eTOM/NGOSS-based WP4 Service platform

  15. Possible actions to be taken by WP4 • Service platform TF (?) • Assessment of NGN solutions • What does NGN architecture have that NGTN architecture does not need? • What is lacking from an NGN architecture that NGTN architecture needs? WP4 Service platform

  16. References • TISPAN Draft ETSI ES 282 001 V1.1.1 (2005-04)NGN Functional Architecture Release 1 • TISPAN NGN Functional Architecture Release 1 • IP Multimedia Subsystem (IMS) • Network Attachment Subsystem (NASS) • Resource and Admission Control Subsystem (RACS) • OSS Architecture Release 1 • Multiservice Switching Forum - MSF http://www.msforum.org WP4 Service platform

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