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Static Channel Assignment with the Physical Interference Model for Maximum Capacity in Multi-radio Multi-channel Wireless Mesh Networks

机译:具有物理干扰模型的静态信道分配,可在多无线电多信道无线网状网络中实现最大容量

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In this paper, a model for the static channel assignment in multi-radio multi-channel wireless mesh networks is proposed. We describe an interference model in wireless communication environment. The degree of detail in the model determines the accuracy of channel assignment. In many wireless mesh networks studies, the simplistic protocol interference model is adopted, but the model is usually not realistic and practical. Therefore, we construct a physical interference model and put forward a pure integer quadratic programming (PIQP) model to solve the channel assignment problem and maximize the capacity of wireless mesh networks. The feasibility and effectivity of the channel assignment solution are suggested by the results of simulation.
机译:本文提出了一种多无线多信道无线网状网络中静态信道分配模型。我们描述了无线通信环境中的干扰模型。模型中的详细程度决定了通道分配的准确性。在许多无线网状网络研究中,采用了简单的协议干扰模型,但是该模型通常是不现实和不实际的。因此,我们构建了物理干扰模型,并提出了纯整数二次规划(PIQP)模型,以解决信道分配问题并最大化无线网状网络的容量。仿真结果表明了信道分配方案的可行性和有效性。

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