802.11网络中信道分配算法

I. Dolinska, A. Masiukiewicz, G. Rza̧dkowski, M. Jakubowski
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引用次数: 5

摘要

信道分配是802.11网络中一个非常重要的问题。原因在于干扰问题。关键频段为2.4 GHz频段,该频段信道数量不足,只有1、6、11三个信道几乎不受信道间干扰。有几种计算干涉的方法;然而,这些方法很难被普通用户使用。在一个小区域(例如,一组公寓)上的大量小型网络可能会减少或显著减少可用吞吐量。本文分析了混沌环境下有效信道选择方法的可行性。提出并讨论了平面信道选择的两种算法。使用所提出的算法进行信道选择,例如网络分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Algorithms for channels assignment in 802.11 networks
Channels assignment is a very important problem in 802.11 networks. The reason lies in interference issue. The critical frequency band is the 2.4 GHz band, where the number of channels is insufficient and only three channels of number 1, 6 and 11 are almost free of inter-channel interference. There are some methods of calculating interference; however, these methods are difficult to be used by ordinary users. High number of small networks over a small area, e.g. a block of flats, can reduce or significantly diminish the available throughput. In the paper, the authors analyze the possibility of the effective channel selection method in a chaotic environment. Two algorithms for channel selection on the plane are proposed and discussed. The channel selection using the proposed algorithms is performed for example network distributions.
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