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Load Aware Channel Assignment for Multi Interface Wireless Mesh Network

机译:多接口无线网状网络的负载感知信道分配

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The aggregate capacity of wireless mesh networks can be improved significantly by equipping each node with multiple interfaces and by using multiple channel in order to reduce the effect of interfaces .Wireless Mesh Networks (WMNs) have the potential for improving network capacity by employing multiple radios and multiple channels (MRMC).Several efforts have been made to increase capacity. One such effort is by utilization of multiple radios and multiple channels for data transmission which improves network throughput. Research is in progress to offer optimal network throughput by efficiently utilizing multiple channels in multi-hop networks. This paper focuses on the channel assignment algorithm for multi-interface multichannel wireless mesh networks based on the traffic flow of the link, which equitably distribute equalization for the business flow between nodes so that the distribution through the link on the flow is equal. The channel assignment improves network capacity by setting the value to reduce interference with the overall network interference.
机译:通过为每个节点配备多个接口并使用多个通道以减少接口的影响,可以显着提高无线网状网络的总容量。无线网状网络(WMN)具有通过使用多个无线电和无线网络来提高网络容量的潜力。多渠道(MRMC)。已经做出了很多努力来增加容量。一种这样的努力是通过利用多个无线电和多个信道进行数据传输,从而提高了网络吞吐量。通过有效利用多跳网络中的多个信道来提供最佳网络吞吐量的研究正在进行中。本文着重研究基于链路流量的多接口多信道无线网状网络的信道分配算法,该算法为节点之间的业务流均衡分配均衡性,从而使链路上流量的分配相等。信道分配通过设置值以减少对整体网络干扰的干扰来提高网络容量。

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