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Exploring multiple radios and multiple channels in wireless mesh networks [Accepted from Open Call]

机译:探索无线网状网络中的多个无线电和多个信道[接受公开通话]

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摘要

Much research has been performed investigating the challenging issue of efficiently utilizing the network-wide capacity available in the multihop wireless mesh networks with multiple radios and multiple channels. In this work, multihop routing and channel assignment are intertwined issues. In this article we present summaries of this work based on two broad categorizations in terms of algorithm features: centralized and distributed approaches. Due to the multiple dimensions of the topics, we subgroup the papers in terms of how the interactions between routing and channel assignments are treated. They include channel assignment based on the given connectivity graph, joint design of routing and channel assignment, routing with localized considerations on channel selection, and channel assignment with local channel usage and traffic load information. With the centralized approach, the schemes are able to target optimal channel assignment and joint design on both channel assignment and routing issues. In the distributed approach, the papers take steps focused on either route metrics or channel scheduling based on localized information about the links at each node. Comparisons and open research issues are given as the conclusion.
机译:为了有效利用具有多个无线电和多个信道的多跳无线网状网络中可用的全网络容量的挑战性问题,已经进行了许多研究。在这项工作中,多跳路由和通道分配是相互交织的问题。在本文中,我们根据算法功能基于两个广泛的分类介绍了这项工作的摘要:集中式和分布式方法。由于主题的多个维度,我们根据如何处理路由和频道分配之间的交互将论文细分。它们包括基于给定的连通性图的信道分配,路由和信道分配的联合设计,在本地考虑信道选择的情况下进行路由以及具有本地信道使用情况和流量负载信息的信道分配。使用集中式方法,这些方案能够针对信道分配和路由问题针对最佳信道分配和联合设计。在分布式方法中,论文基于有关每个节点上链路的本地化信息,着重于路由度量或信道调度的步骤。结论和比较研究是开放的。

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