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An adaptive active queue management algorithm

机译:自适应主动队列管理算法

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摘要

When we face the request of the massive users and the dynamic change of network, the existing active queue management mechanism can not satisfy the effectiveness, stability and robustness at the same time, thus we can't better control the congestion state of the network. This paper based on PI (Proportional Integral) algorithm, it proposed an adaptive PI active queue management algorithm API(Adaptive Proportional Integral). API gets the current queue length by real-time monitoring router buffer queue. Based on the current queue length with the target queue length deviation, it dynamically adjusts the relevant parameters in PI algorithm and the packet loss probability. Through the ns-2 simulations, it shows that, API has a faster response speed and a smaller queue jitter than PI algorithm, in the dynamic change of network, it shows a better stability and robustness, and more effective to alleviate the network congestion.
机译:当我们面对海量用户的需求和网络的动态变化时,现有的主动队列管理机制无法同时满足有效性,稳定性和鲁棒性,无法更好地控制网络的拥塞状态。本文基于PI(比例积分)算法,提出了一种自适应PI主动队列管理算法API(Adaptive Proportional Integral)。 API通过实时监视路由器缓冲区队列来获取当前队列长度。根据当前队列长度与目标队列长度偏差,动态调整PI算法中的相关参数和丢包率。通过ns-2仿真表明,与PI算法相比,API具有更快的响应速度和更小的队列抖动,在网络的动态变化中,具有更好的稳定性和鲁棒性,对减轻网络拥塞具有更有效的作用。

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