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MPLS network internetworking reference model based on layered architecture

Eunah Kim, Woojik Chun

Open publisher page 1 citations

Abstract

MPLS is regarded as a universal platform that can integrate various networks built on the different types of L2 media and support multiservice including voice and video as well as data. As a result, the various scenarios of internetworking between MPLS network and other networks including non-MPLS networks have been considered. In this paper, we propose a reference model of the MPLS network internetworking based on layered architecture and define the functions of each network element such as MPLS routers, LSPs, UNIs and NNIs.

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What this paper is about

MPLS is regarded as a universal platform that can integrate various networks built on the different types of L2 media and support multiservice including voice and video as well as data. As a result, the various scenarios of internetworking between MPLS network and other networks including non-MPLS networks have been considered. In this paper, we propose a reference model of the MPLS network internetworking based on layered architecture and define the functions of each network element such as MPLS routers, LSPs, UNIs and NNIs.

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Available abstract

MPLS is regarded as a universal platform that can integrate various networks built on the different types of L2 media and support multiservice including voice and video as well as data. As a result, the various scenarios of internetworking between MPLS network and other networks including non-MPLS networks have been considered. In this paper, we propose a reference model of the MPLS network internetworking based on layered architecture and define the functions of each network element such as MPLS routers, LSPs, UNIs and NNIs.

Key concepts: Internetworking, Multiprotocol Label Switching, Computer network, Computer science, Network architecture, Distributed computing, The Internet, Quality of service

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