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Mobility models and performance of FISHEYE, LANMAR, OLSR and AODV

机译:Wisheye,Lanmar,OLSR和AODV的移动模型和性能

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A mobile ad hoc network (MANET) is an infrastructure less and self-configuring network of mobile devices which dynamically form a network without the help of any centralized administration. Frequently changing network topology needs efficient dynamic routing protocols. The performance of any routing protocol depends on the duration of interconnection among the nodes in the network for transferring the data. This interconnection results in an average connected path for whole network. The node mobility affects the number of average path as well as the performance of the routing protocols. A mobility model has an impact on the performance of Routing protocols. This paper aims to compare performance of some of the widely used routing protocols viz. FISHEYE, LANMAR, OLSR and AODV etc. for different mobility models viz. File Mobility model, Random Waypoint Mobility model and Group mobility Model.
机译:移动临时网络(MANET)是一种基础设施较少和自配置的移动设备网络,其在没有任何集中管理的帮助下动态形成网络。 经常更改网络拓扑需要有效的动态路由协议。 任何路由协议的性能取决于网络中的节点之间的互连持续时间,用于传输数据。 该互连导致整个网络的平均连接路径。 节点移动性影响平均路径的数量以及路由协议的性能。 移动模型对路由协议的性能产生影响。 本文旨在比较一些广泛使用的路由协议viz的性能。 Fisheye,Lanmar,OLSR和AODV等。用于不同的移动模型viz。 文件移动模型,随机航点移动模型和组移动模型。

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