Single node protection without bouncing in IP networks

Takuya Yoshihiro, M. Jibiki
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引用次数: 4

Abstract

Several approaches for IP fast rerouting have been proposed to augment resiliency of IP networks. For example, NotVia uses IP tunnels to avoid failure component, and FIFR prepares two routing tables to switch packets according to incoming interfaces. In this paper, for two-table approach such as FIFR, we propose to use 2-bit marking on packet header to overcome one of the problems called route bouncing. By preventing route bouncing, more efficient use of network resources are possible. We further show that our method not only prevents route bouncing but also prevents packet loops in case of multiple failure. Note that, although multiple failure occurs with low probability, once it occurs network performance significantly degrades since size of loops is far larger than microloops.
在IP网络中无弹跳的单节点保护
为了提高IP网络的弹性,提出了几种IP快速重路由的方法。例如,NotVia使用IP隧道来避免故障组件,FIFR根据入接口准备两个路由表来交换报文。在本文中,对于FIFR这样的双表方法,我们建议在包头上使用2位标记来克服路由反弹的问题之一。通过防止路由反弹,可以更有效地利用网络资源。进一步证明,该方法不仅可以防止路由反弹,还可以防止多次故障时的数据包循环。注意,虽然发生多重故障的概率很低,但一旦发生,网络性能就会显著下降,因为环路的大小远远大于微环路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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