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Backoff-stage synchronization in three-hop string-topology wireless networks with hidden nodes

机译:具有隐藏节点的三跳字符串拓扑无线网络中的退避阶段同步

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In IEEE 802.11 wireless multi-hop networks, each node works individually and their individual operations generate entire network dynamics. It is important to clarify the network dynamics in wireless multi-hop networks for designing and constructing multi-hop communication networks. This paper presents the network-dynamics investigations for three-hop string-topology wireless network in detail. From the investigations, a “backoff-stage synchronization” phenomenon, which is mutuality between hidden nodes, is found. The mechanism of the backoff-stage synchronization is expressed and the sufficient conditions for the synchronization occurrence are given. This phenomenon gives some impacts on the IEEE 802.11 multi-hop-network communications.
机译:在IEEE 802.11无线多跳网络中,每个节点单独工作,并且它们各自的操作会产生整个网络动态。阐明无线多跳网络中的网络动态对于设计和构建多跳通信网络非常重要。本文详细介绍了三跳字符串拓扑无线网络的网络动力学研究。通过调查,发现了“退避阶段同步”现象,即隐藏节点之间的相互关系。表达了退避级同步的机制,并给出了发生同步的充分条件。这种现象对IEEE 802.11多跳网络通信产生了一些影响。

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