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Effects of Co-channel Interference in WLAN and Cognitive Radio Based Approach to Minimize It

机译:共信道干扰对WLAN的影响以及基于认知无线电的最小化方法

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WLAN uses frequency spectrum for providing wireless access to nomadic nodes which is in fact a very scarce resource. One common issue in deployment of a multi-channel multi-AP wireless network is interference. One of the reasons why theoretical throughput (54 Mbps for 802.11g) canȁ9;t be achieved is co-channel interference. In this paper, the effect of co-channel interference on data throughput has been studied in a practical multiple AP (access point) scenario. Interference can be minimized by adjusting the transmission power. This paper also provides an algorithm for transmission power adjustment of APs by using the concept of cognitive radio, which eventually helps in minimizing co-channel interference.
机译:WLAN使用频谱来提供对游牧节点的无线访问,这实际上是一种非常稀缺的资源。多信道多AP无线网络的部署中的一个常见问题是干扰。不能达到理论吞吐量(对于802.11g为54 Mbps))9;的原因之一是同信道干扰。在本文中,已经在实际的多AP(接入点)方案中研究了同信道干扰对数据吞吐量的影响。通过调整发射功率可以将干扰降到最低。本文还提供了一种通过使用认知无线电的概念来调整AP的传输功率的算法,该算法最终有助于最小化同频干扰。

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