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A Simulation Technique for Wireless Mesh Networks to Present Its Topology and Evaluate Its Impact on Communication Revolution

机译:一种无线网状网络的仿真技术,用于呈现其拓扑结构并评估其对通信革命的影响

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The topology of full Mesh has driven the Researchers in the field of wireless communication to claim that wireless mesh networks can be a significant change in the future of wireless communication. This paper presents a simulation process using Mesh routers which simulate wireless mesh network with multiple values to investigate its performance and how results can be optimized in such experience. During the process, we expand the area by assigning different values according to the number of routers needed for implementation. We create a proper centralized connectivity with more and less number of nodes using IEEE802.11a and g as a backbone and source of internet. We also study and observe its topology which provides multiple interfaces and paths between endpoints as well can control, self heal, configure and organizes itself.
机译:全网状网络的拓扑结构已促使无线通信领域的研究人员宣称,无线网状网络可以成为无线通信未来的重大变化。本文介绍了使用Mesh路由器的仿真过程,该路由器可以模拟具有多个值的无线Mesh网络,以研究其性能以及在这种体验中如何优化结果。在此过程中,我们根据实现所需的路由器数量分配不同的值来扩展区域。我们使用IEEE802.11a和g作为互联网的骨干网和源,在越来越多的节点上创建适当的集中式连接。我们还研究并观察其拓扑结构,该拓扑结构在端点之间提供了多个接口和路径,并且可以控制,自我修复,配置和组织自身。

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