Implementing a Simulation Model for the Evaluation of BGP Updates Impact on Real-Time Applications

Ledina Hoxha
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Abstract

Abstract Border Gateway Protocol (BGP) is the actual routing inter-domain protocol in the Internet. The size, heterogenity and changebility that characterize todays Internet put always increasing requirements on BGP performance. The research community has already reported the unwanted characteristics of BGP like low integrity and slow convergence through theoretichal analyzes andd empirical measurements. Simulations allow for more realistic and flexible experiments than the theoretichal approach and also lower costs than the measurements in real life environments. The first part of this work describe theoretically characteristics and problems related to BGP nd also expectations of the today Internet users to real time applications (like VoIP). The second part concentrates in identifying and implementing of the elements for creating an integrated simulation environment for evaluating dhe effects of slowconvergence of BGP in these applications. At last it is evaluated the created environement through some small scale simmulations that try to model the now days Internet Structure.
实现一种评估BGP更新对实时应用影响的仿真模型
边界网关协议(Border Gateway Protocol, BGP)是Internet中实际的域间路由协议。当今互联网的规模、异构性和多变性对BGP的性能要求越来越高。研究界已经通过理论分析和实证测量报告了BGP的低完整性和慢收敛等不希望看到的特征。与理论方法相比,模拟方法可以进行更现实、更灵活的实验,并且比在现实生活环境中进行测量的成本更低。本工作的第一部分描述了BGP的理论特征和相关问题,以及当今互联网用户对实时应用(如VoIP)的期望。第二部分集中于识别和实现创建集成模拟环境的要素,以评估BGP在这些应用中缓慢收敛的影响。最后,通过一些小规模的模拟来评估所创建的环境,这些模拟试图模拟当今的互联网结构。
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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