Adaptive Sampling Technique for Computer Network Traffic Parameters Using a Combination of Fuzzy System and Regression Model

A. Salama, R. Saatchi, D. Burke
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引用次数: 7

Abstract

In order to evaluate the effectiveness of wired and wireless networks for multimedia communication, suitable mechanisms to analyse their traffic are needed. Sampling is one such mechanism that allows a subset of packets that accurately represents the overall traffic to be formed thus reducing the processing resources and time. In adaptive sampling, unlike fixed rate sampling, the sample rate changes in accordance with transmission rate or traffic behavior and thus can be more optimal. In this study an adaptive sampling technique that combines regression modelling and a fuzzy inference system has been developed. It adjusts the sampling according to the variations in the traffic characteristics. The method's operation was assessed using a computer network simulated in the NS-2 package. The adaptive sampling evaluated against a number of non-adaptive sampling gave an improved performance
模糊系统与回归模型相结合的计算机网络流量参数自适应采样技术
为了评估有线和无线网络在多媒体通信中的有效性,需要适当的机制来分析它们的流量。采样就是这样一种机制,它允许形成一个准确代表整体流量的数据包子集,从而减少处理资源和时间。在自适应采样中,与固定速率采样不同,采样率根据传输速率或流量行为而变化,因此可以更优。本研究提出了一种结合回归模型和模糊推理系统的自适应采样技术。它根据流量特性的变化来调整采样。使用NS-2软件包模拟的计算机网络对该方法的操作进行了评估。自适应采样与若干非自适应采样进行了比较,得到了较好的性能
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