Performance Evaluation of the Modified HTB Algorithm

Y. Monakhov, A.P. Kuznetsova, M. Monakhov, A. Telny, Ilya Bednyatsky
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Abstract

In this article, authors present the results of testing the modified HTB traffic control algorithm in an experimental setup. The algorithm is implemented as a Linux kernel module. An analysis of the experimental results revealed the effect of uneven packet loss in priority classes. In the second part of the article, the authors propose a solution to this problem by applying a distribution scheme for the excess of tokens, according to which excess class tokens are given to the leaf with the highest priority. The new modification of the algorithm was simulated in the AnyLogic environment. The results of an experimental study demonstrated that dividing the excess tokens of the parent class between daughter classes is less effective in terms of network performance than allocating the excess tokens to a high-priority class during the competition for tokens between classes. In general, a modification of the HTB algorithm that implements the proposed token surplus distribution scheme yields more consistent delay times for the high-priority class.
改进HTB算法的性能评价
在本文中,作者给出了在实验装置中测试改进的HTB流量控制算法的结果。该算法以Linux内核模块的形式实现。通过对实验结果的分析,揭示了不均匀丢包对优先级的影响。在文章的第二部分,作者提出了一个解决这个问题的方案,通过应用一个多余的令牌分配方案,根据该方案,多余的类令牌被分配给具有最高优先级的叶子。在AnyLogic环境下对改进后的算法进行了仿真。一项实验研究的结果表明,在类之间竞争令牌时,将父类的多余令牌分配给子类的网络性能不如将多余的令牌分配给高优先级的类。一般来说,HTB算法的修改实现了所提出的令牌剩余分配方案,为高优先级类产生更一致的延迟时间。
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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