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Time synchronization in wireless sensor networks under maximum value based time synchronization protocol with switching topology

机译:基于最大值的具有切换拓扑的基于时间同步协议的无线传感器网络中的时间同步

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This paper considers time synchronization in wireless sensor networks (WSNs) under the maximum value based time synchronization protocol (MTS) with switching topologies when time delay can be negligible. Four major cases have been discussed in the paper : 1) undirected networks with jointly connected switching topologies; 2) convergence conditions are compared between fixed topology and switching topologies; 3) the effects of the Fiedler eigenvalue of Laplacian matrix of topology to the convergence time are considered; 4) the effect of switching topologies time T to the convergence time. In this paper, novel and practical algorithms using to generate both undirected and directed topologies for wireless sensor networks (WSNs) are proposed. Moreover, a series of examples and simulations are presented to illustrate our main results.
机译:当时延可以忽略不计时,本文考虑了具有切换拓扑的基于最大值的基于时间的同步协议(MTS)下的无线传感器网络(WSN)中的时间同步。本文讨论了四个主要情况:1)具有联合连接的交换拓扑的无向网络; 2)比较固定拓扑和交换拓扑之间的收敛条件; 3)考虑了拓扑拉普拉斯矩阵的Fiedler特征值对收敛时间的影响; 4)将拓扑时间T切换到收敛时间的影响。在本文中,提出了新颖而实用的算法,用于生成无线传感器网络(WSN)的无向和有向拓扑。此外,还提供了一系列示例和仿真来说明我们的主要结果。

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