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一种支持多种保护类型的MPLS故障保护机制 被引量:1

A MPLS Fault Protection Scheme Supporting Multi Protection Model
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摘要 故障保护作为整个MPLS技术体系中至关重要的部分,IETF并未对其形成标准方案,而现提出的MPLS故障保护方案大多基于单一保护类型,对工作路径只能配置一种保护类型。论文提出了一种支持多种保护类型的MPLS故障保护机制,可对工作路径同时配置多种保护类型,使它们共同工作,形成更好的保护。 Protect is an essential part of the whole MPLS technological system,to which IETF did not form standard scheme.And proposed MPLS protection schemes almost are based on single protection model,which only can protect the whole working LSP with a model.This paper proposes a mple fault protection scheme supporting multi protection model,which not only can realize the single protection model but also can make up single protection model to form fine pro-tection.
出处 《计算机工程与应用》 CSCD 北大核心 2004年第22期132-134,共3页 Computer Engineering and Applications
基金 国家863高技术研究发展计划资助
关键词 MPLS 故障保护 CR-LDP 网络可靠性 Crankback MPLS,multilevel protect,CR-LDP,network survivability,crankback
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参考文献8

  • 1E Rosen,A Viswanathan,R Callon. Multiprotocol Label Switching Architecture[S].IETF RFC3031,2001
  • 2V Sharma,F Hellstrand. Framework for Multi-Protocol Label Switching(MPLS)-based Recovery[S].IETF RFC 3469,2003
  • 3S Makam,Mack-Crane Ben. A path protection restoration mechanism for MPLS networks.draft-chang-mpls-protection-03.txt,2001
  • 4Ken Owens,Vishal Sharma. Extensions to CRLDP for MPLS Path Protection.draft-owens-crldp-path-protection-ext -01 .txt, 2001
  • 5D Haskin,R Krishnan 1.A method for setting an alternative label switched paths to handle fast reroutel.raft-haskin-mpls-fast-reroute05.txt, 2001
  • 6T M Chen,T H Ohl.Reliable services in MPLSI[J].IEEE Communi2cations Magazine, 1999 ;37(12) :58~62
  • 7Changcheng Huang,Vishal Sharma,Ken Owens et al. Building Reliable MPLS Networks Using a Path Protection Mechanism[J].IEEE,2002-03
  • 8Atsushi Iwata,Norihito Fujita. Crankback Routing Extensions for CRLDP.draft-fujita-mpls-crldp-crankback-01.txt ,2000-07

同被引文献4

  • 1Kompella K, Swallow G. Detecting MPLS Data Plane Failures [S]. IETF RFC4379, 2006.
  • 2Haskin D, Krishnan R. A Method for Setting an Alternative Label Switched Paths ro Handle Fast Reroute [ S ]. IETF Draft, 2001.
  • 3Huang Changeheng, Sharma V, Maksm S. A Path Protection/ Restoration Mechanism for MPKS Networks [ S ]. IETF Draft, 2000.
  • 4Sharma V, Hellstrand F. Framework for Multi- Protocol Label Switching ( MPLS ) - based Recovery [ S ]. IETF RFC3469, 2003.

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