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Performance Evaluation And Impact Of Weighting Factors On An Energy And Delay Aware Dynamic Source Routing Protocol

机译:绩效评估与加权因子对能量和延迟感知动态源路由协议的影响

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摘要

Typical applications of the mobile ad-hoc network, MANET, are in disasterrecovery operations which have to respect time constraint needs. Since MANET isaffected by limited resources such as power constraints, it is a challenge torespect the deadline of a real-time data. This paper proposes the Energy andDelay aware based on Dynamic Source Routing protocol, ED-DSR. ED-DSRefficiently utilizes the network resources such as the intermediate mobilenodes energy and load. It ensures both timeliness and energy efficiency byavoiding low-power and overloaded intermediate mobile nodes. Throughsimulations, we compare our proposed routing protocol with the basic routingprotocol Dynamic Source Routing, DSR. Weighting factors are introduced toimprove the route selection. Simulation results, using the NS-2 simulator, showthat the proposed protocol prolongs the network lifetime (up to 66%), increasesthe volume of packets delivered while meeting the data flows real-timeconstraints and shortens the endto- end delay.
机译:移动ad-hoc网络,Manet的典型应用在灾难性的操作中,它必须尊重时间约束。由于MANET受到限制的有限资源的影响,因此挑战是批评实时数据的截止日期。本文提出了基于动态源路由协议的ED-DSR的能量anddelay。 ED-DSREFICELY利用诸如中间MobileNodes能量和负载的网络资源。它确保了通过游唤低功耗和过载的中间移动节点来确保及时性和能效。通过SUSIMULATION,我们将所提出的路由协议与基本RoutingProtocol动态源路由,DSR进行比较。引入加权因素拓展路线选择。仿真结果,使用NS-2模拟器,展示了所提出的协议延长网络寿命(高达66%),在遇到数据时延长的数据包数量增加,并缩短了最终延迟。

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