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A New Architecture of Wireless Mesh Networks Based IEEE 802.11s Directional Antennas

机译:基于IEEE 802.11s定向天线的无线网状网络的新架构

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This paper tackle the problem of coverage in IEEE 802.11 in mesh mode. Instead of omnidirectional coverage, we propose to use directional coverage that can increase the distance between the nodes. The use of directional antenna have two main advantages. The first is to increase the performance of QoS of considered services. The second is that using directional antenna allows to improve the spatial reuse of the wireless channel, which allows nodes to communicate simultaneously without interference, and potentially establish links between nodes far away from each other, and the number of routing hops can be fewer than that of omnidirectional antennas. We also propose an new amendment to reduce the routing overhead related to the use of multiple interfaces. We have evaluated the performance of the proposed architecture and we show with numerical results that the use of directional coverage outperform the omnidirectional coverage.
机译:本文解决了网状模式下IEEE 802.11的覆盖问题。代替全向覆盖,我们建议使用可以增加节点之间距离的定向覆盖。使用定向天线有两个主要优点。首先是提高所考虑服务的QoS性能。第二个问题是使用定向天线可以改善无线信道的空间重用性,从而允许节点同时进行通信而不会受到干扰,并有可能在彼此相距较远的节点之间建立链接,并且路由跃点的数量可以少于该数量。全向天线。我们还提出了一项新的修正案,以减少与使用多个接口有关的路由开销。我们已经评估了所提出体系结构的性能,并通过数值结果表明,定向覆盖的使用优于全向覆盖。

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