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Characterizing Inter-domain Rerouting after Japan Earthquake

机译:在日本地震后表征域间重新路由

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The Internet is designed to survive when some of its components become faulty. Rerouting is an important approach to bypassing faulty links. In this paper, we propose a method to characterize inter-domain rerouting as a result of the massive earthquake in Japan on March 2011. Moreover, the characterization helps correlate inter-domain rerouting events and end-to-end path-quality degradation measured in Hong Kong. We analyse the variation of AS betweenness centrality extracted from BGP data to identify the time span when most routes changed, the ASes that were most seriously affected, and the correlative and backup paths. The results show that three major providers of inbound traffic to Hong Kong were affected by unstable routing state caused by a cable fault after the earthquake. Our work provides a new method of utilizing control plane's information to diagnose data plane's problem.
机译:当一些部件发生故障时,互联网旨在生存。 Rerouting是一种绕过错误链接的重要方法。在本文中,我们提出了一种方法来在2011年3月在日本的巨大地震结果中表征域间重新路由。此外,表征有助于将域间重新路由事件和端到端路径质量劣化相关香港。我们分析了BGP数据中提取的中心中心的变化,以识别大多数路线更改时的时间跨度,最严重受到影响的ases,以及相关和备份路径。结果表明,由于地震后电缆故障引起的三大入境交通提供者受到不稳定的路由状态的影响。我们的工作提供了一种利用控制平面信息来诊断数据平面问题的新方法。

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