Internet拓扑下防止错误发起的BGP起源验证效果仿真研究

Masahito Ando, Masayuki Okada, Akira Kanaoka
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引用次数: 4

摘要

当前Internet上的BGP (Border Gateway Protocol,边界网关协议)操作存在一个严重的错误发起问题,即劫持或错误配置网络前缀。我们已经有了几种起源验证(OV)技术来减轻错误起源的影响。仅为少数用户部署了Internet路由注册(IRR)。最近,RPKI(资源公钥基础设施)已经被认为是OV的现实,然而,对其影响的定量和大规模模拟研究并没有深入讨论。本文提出了一种针对BGP的OV效应的定量仿真方法。OV对整个互联网的影响是详细衡量的。结果表明,1.56%的前位ase可以保护98.70%的ase免于误源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation Study of BGP Origin Validation Effect against Mis-Origination with Internet Topology
The current Border Gateway Protocol (BGP) operation in the Internet has a serious problem with regard to Mis-Origination, which is the hijacking or misconfiguration of network prefixes. We already have several Origin Validation (OV) techniques to mitigate the impact of Mis-Origination. an Internet Routing Registry (IRR) has been deployed only for a small number of users. More recently, RPKI (Resource Public Key Infrastructure) has come to be considered as the reality of the OV However, quantitative and large-scale simulation studies of its effect are not discussed deeply. In this paper, a quantitative simulation method of the OV effect for BGP is proposed. OV's impact on the entire Internet is measured in detail. Our results indicate that 1.56% of the top-ranked ASes can protect 98.70% of the ASes from Mis-Origination.
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