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Design of new fault tolerant multipath routing protocol for mobile ad hoc networks

机译:移动ad hoc网络的新型容错多径路由协议设计。

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In mobile ad hoc networks, fault tolerance is considered to be a primary research issue due to the malfunctioning of mobile nodes and some adversary environments that rise during the routing of packets. The primary concern is including the fault tolerance strategy to the design of routing protocols which works with the multipath routing strategy. Nodes in the mobile ad hoc networks are assumed to have sufficient energy to drive the network but certain nodes may become faulty during the routing strategy which affects the complete routing procedure. In this paper, we are designing a new fault tolerant routing algorithm called Fault Tolerant Multipath Routing Protocol (FTMRP), which adds the fault handling ability to the multipath routing protocol. The result of this algorithm is simulated using NS2 and compared with existing Ad hoc on-demand multipath distance vector routing (AOMDV) protocol to show the enhancement in performance.
机译:在移动自组织网络中,由于移动节点的故障以及数据包路由过程中出现的一些不利环境,容错被认为是主要的研究问题。主要关注点是将容错策略包括在与多路径路由策略一起工作的路由协议设计中。假定移动自组织网络中的节点具有足够的能量来驱动网络,但是某些节点在路由策略期间可能会出现故障,从而影响整个路由过程。在本文中,我们正在设计一种称为容错多路径路由协议(FTMRP)的新的容错路由算法,该算法将故障处理能力添加到了多路径路由协议中。该算法的结果使用NS2进行了仿真,并与现有的Ad hoc点播多路径距离矢量路由协议(AOMDV)进行了比较,以显示性能的增强。

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