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NACS: Nodes Accessing Control Strategy for Wireless Mesh Networks

机译:NACS:节点访问无线网状网络的控制策略

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With low usage of physical and application flow characterizations, current WMN architecture couldn't make full use of the network capacity. Compared with conventional multihop wireless networks, nodes in Wireless Mesh Networks (WMNs) are with diversity. However, current protocols for WMNs does not consider these characterizations. In order to improve the throughput of WMNs, this paper proposes a new Node Accessing Control Strategy (NACS), which provides a stable infrastructure for applications running in up-layers. Simulation results show that this new NACS works well and the average throughput of our new approach is at least 20% more than original NACSs inheriting from IEEE 802.11
机译:由于物理和应用程序流量表征的使用率较低,当前的WMN体系结构无法充分利用网络容量。与传统的多跳无线网络相比,无线网状网络(WMN)中的节点具有多样性。但是,当前的WMN协议没有考虑这些特征。为了提高WMN的吞吐量,本文提出了一种新的节点访问控制策略(NACS),它为上层运行的应用程序提供了稳定的基础结构。仿真结果表明,这种新的NACS运作良好,并且新方法的平均吞吐量比从IEEE 802.11继承的原始NACS至少高20%

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