Notice of Violation of IEEE Publication PrinciplesSimulation and evaluation of routing protocols in wireless mobile Ad Hoc network

2010 IEEE International Conference on Wireless Communications, Networking and Information Security Pub Date : 2010-06-25 DOI:10.1109/WCINS.2010.5545215

M. Shakeri, Ebrahim Hosseini

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引用次数: 3

Abstract

Recently, Ad Hoc networks are getting more popularity since their ease of deployment. These networks do not have any pre-existing infrastructures and users of such a network are relieved from a centralized administration. Since an Ad Hoc network consists of wireless host which may be mobile, its topology changes dynamically. Such an environment requires special routing protocols which are different with those used in fixed networks. A variety of routing protocols capable of adapting Ad Hoc networks topologies have been proposed. This thesis presents studying of five famous wireless Ad Hoc routing protocols which are WRP, DSR, FSR, LAR and DREAM. Simulation results have been used to compare efficiency and effectiveness of above-mentioned routing protocols. The Simulation results show that on-demand protocols are better suited for mobile Ad Hoc networks. They generate less control overhead messages and manage the mobility of nodes more efficiently. However they produce extra delay in acquiring routes which reduces their efficiency in delivering real-time traffic. Also it can be seen that all of the protocols operates much better with the group mobility model than with the random waypoint model.

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违反IEEE发布原则的通知无线移动Ad Hoc网络中路由协议的仿真与评估

最近，Ad Hoc网络因其易于部署而越来越受欢迎。这些网络没有任何预先存在的基础设施，并且这种网络的用户从集中管理中解脱出来。由于Ad Hoc网络由移动的无线主机组成，因此其拓扑结构是动态变化的。这种环境需要特殊的路由协议，这些协议与固定网络中使用的路由协议不同。各种能够适应Ad Hoc网络拓扑结构的路由协议已经被提出。本文研究了WRP、DSR、FSR、LAR和DREAM五种著名的无线自组织路由协议。仿真结果比较了上述路由协议的效率和有效性。仿真结果表明，按需协议更适合于移动Ad Hoc网络。它们生成更少的控制开销消息，并更有效地管理节点的移动性。然而，它们在获取路由时会产生额外的延迟，从而降低了它们传输实时流量的效率。同时可以看出，所有的协议在群体移动模型下比在随机路径点模型下运行得更好。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2010 IEEE International Conference on Wireless Communications, Networking and Information Security

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