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Achieving Fast BGP Reroute with Traffic Engineering Using Multiple Routing Planes

By Yu Guo, Ning Wang, Kin-hon Ho, Michael Howarth and George Pavlou

Abstract

Abstract. In today's BGP routing architecture, traffic delivery is in general based on single path selection paradigms. The lack of path diversity hinders the support for resilience, traffic engineering and QoS provisioning across the Internet. Some recently proposed multi-plane extensions to BGP offer a promising mechanism to enable diverse inter-domain routes towards destination prefixes. Based on these enhanced BGP protocols, we propose in this paper a novel technique to enable controlled fast egress router switching for handling network failures. In order to minimize the disruptions to real-time services caused by the failures, backup egress routers can be immediately activated through locally remarking affected traffic towards alternative routing planes without waiting for IGP routing re-convergence. According to our evaluation results, the proposed multi-plane based egress router selection algorithm is able to provide both high path diversity and balanced load distribution across interdomain links with a small number of planes.

Year: 2010
OAI identifier: oai:CiteSeerX.psu:10.1.1.160.9690
Provided by: CiteSeerX
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