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Research on the Critical Nodes Compensation Algorithm in Sparse Ad hoc Wireless Networks

机译:稀疏临界无线网络中的临界节点补偿算法研究

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Sparse Ad hoc wireless networks are an active application in recent years, though sparse environment often makes the network unconnected. However, most of the previous researches focus on connected networks where an end-to-end path exists between any two nodes in the network, therefore these technologies would not work well in sparse Ad hoc networks where restricted node communication radius can result in periods of intermittent connectivity. In this work, we develop a critical nodes compensation algorithm in order to prevent network from partitioning, thereby insure network connectivity and throughput. Finally, we give simulation design and analysis of the critical nodes compensation algorithm using NS model. Simulation results show that the algorithm can effectively improve sparse Ad hoc networks performance.
机译:近年来稀疏的临时无线网络是一个活动的应用,但稀疏环境通常会使网络未连接。然而,以前的大多数研究专注于连接网络,其中在网络中的任何两个节点之间存在端到端路径,因此这些技术在稀疏的ad hoc网络中无法正常工作,其中受限节点通信半径可能导致周期间歇性连接。在这项工作中,我们开发了一个关键节点补偿算法,以防止网络分区,从而确保网络连接和吞吐量。最后,我们使用NS模型提供仿真设计和分析临界节点补偿算法。仿真结果表明,该算法可以有效提高稀疏临时网络性能。

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