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Minimizing End to End Delay by Power Aware Routing in Wireless Mobile Adhoc Network

机译:通过无线移动自组网中的功率感知路由来最大程度地降低端到端延迟

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摘要

In this paper, we proposed an algorithm for joint power control and routing, along with cross layer interactions in wireless ad-hoc networks. The performance analysis expects that there will be a better improvement in end to end delay with this algorithm compared to existing DSR algorithm. To use congestion information in routing protocol DSR, we can modify the Routing Discovery mechanism. When an intermediate node receives a Route Request packet that is not directed to it, it then checks the congestion metrics. If the congestion metrics are higher than some thresholds, that indicates high level congestion around the node. The cross-layer design approach is the most relevant concept in wireless mobile ad hoc networks which is adopted to solve several open issue.
机译:在本文中,我们提出了一种用于联合功率控制和路由以及无线自组织网络中跨层交互的算法。性能分析期望与现有的DSR算法相比,该算法在端到端延迟方面会有更好的改善。要在路由协议DSR中使用拥塞信息,我们可以修改“路由发现”机制。当中间节点收到未定向到它的路由请求数据包时,它将检查拥塞度量。如果拥塞度量高于某些阈值,则表明该节点周围存在高级别的拥塞。跨层设计方法是无线移动自组织网络中最相关的概念,它被用来解决一些开放性问题。

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