Random Early Detection utilizing genetics algorithm

Hendrawan, Prima Hernandia
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Abstract

Application requirements for delay and low jitter has driven the development of Active Queue Management (AQM) is very fast. Random Early Detection (RED) as one of the AQM has grown so rapidly and become a reference for the development of other AQM variants. RED to be fast growing because of its simplicity and ease to modified its parameter. There have been many studies that discuss the development of RED, but very few have focused on finding wq value, the weights for the optimal packet drop probability. In this study we tried to offer a different approach to the search wq values using genetic algorithms. This is done to adapt the possible values wq dynamically according to the character of traffic.
基于遗传算法的随机早期检测
对延迟和低抖动的应用需求推动了主动队列管理(AQM)的快速发展。随机早期检测(RED)作为AQM的一种,发展迅速,为其他AQM变体的发展提供了参考。RED因其简单且易于修改参数而迅速发展。已经有很多研究讨论了RED的发展,但是很少有研究关注于寻找wq值,即最优丢包概率的权重。在本研究中,我们尝试使用遗传算法提供一种不同的方法来搜索wq值。这样做是为了根据流量的特点动态调整可能的wq值。
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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