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An Interference-Aware Channel Assignment Scheme for Wireless Mesh Networks

机译:无线网状网络的干扰感知信道分配方案

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Mesh network will become an additional access technology instead of being a renewed technology in the next generation networks which are called Fourth Generation. The most important advantage of wireless mesh networks is their capability of working without an infrastructure. In recent years, there have been many studies about wireless mesh networks especially for multi-channel multi-radio structures for their routing and channel assignment methods. Basically, multi-channel structures present higher data capacity. In this paper, multi-channel multi-radio wireless mesh networks and several channel assignment schemes are explained. A recently studied architecture Directional Mesh (DMesh), that supports directional antenna-based multi-channel structure, is particularly analyzed based on the channel assignment procedure. This architecture is improved with proposing a new channel assignment scheme. Several results of the experimental analysis that compares both architectures and proves the outperforming of the proposed method are also presented.
机译:网状网络将成为一种附加的接入技术,而不是被称为第四代的下一代网络中的更新技术。无线网状网络的最重要优点是无需基础架构即可工作的能力。近年来,对于无线网状网络,尤其是用于多信道多无线电结构的路由和信道分配方法,已有许多研究。基本上,多通道结构具有更高的数据容量。在本文中,解释了多信道多无线电无线网状网络和几种信道分配方案。根据信道分配过程,特别分析了最近研究的支持定向基于天线的多信道结构的定向网格(DMesh)。通过提出新的信道分配方案来改进此体系结构。实验分析的一些结果可以比较这两种架构,并证明了所提出方法的性能。

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