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A Multi-Hop Dynamic Path-Selection (MHDP) Algorithm for the Augmented Lifetime of Wireless Sensor Networks

机译:无线传感器网络寿命延长的多跳动态路径选择(MHDP)算法

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In Wireless Sensor Networks (WSN), the lifetime of sensors is the crucial issue. Numerous schemes are proposed to augment the life time of sensors based on the wide range of parameters. In majority of the cases, the center of attraction will be the nodes' lifetime enhancement and routing. In the scenario of cluster based WSN, multi-hop mode of communication reduces the communication cast by increasing average delay and also increases the routing overhead. In this proposed scheme, two ideas are introduced to overcome the delay and routing overhead. To achieve the higher degree in the lifetime of the nodes, the residual energy (remaining energy) of the nodes for multi-hop node choice is taken into consideration first Then the modification in the routing protocol is evolved (Multi-Hop Dynamic Path-Selection Algorithm-MHDP). A dynamic path updating is initiated in frequent interval based on nodes residual energy to avoid the data loss due to path extrication and also to avoid the early dying of nodes due to elevation of data forwarding. The proposed method improves network's lifetime significantly. The diminution in the average delay and increment in the lifetime of network are also accomplished. The MHDP offers 50% delay lesser than clustering. The average residual energy is 20% higher than clustering and 10% higher than multi-hop clustering. The proposed method improves network lifetime by 40% than clustering and 30% than multi-hop clustering which is considerably much better than the preceding methods.
机译:在无线传感器网络(WSN)中,传感器的寿命是至关重要的问题。根据广泛的参数范围,提出了许多方案来延长传感器的使用寿命。在大多数情况下,吸引力的中心将是节点的生命周期延长和路由。在基于群集的WSN场景中,多跳通信模式通过增加平均延迟来减少通信量,并且还会增加路由开销。在该提议的方案中,引入了两个想法来克服延迟和路由开销。为了达到更高的节点寿命,首先要考虑用于多跳节点选择的节点剩余能量(剩余能量),然后发展路由协议中的修改(多跳动态路径选择)。算法-MHDP)。基于节点的剩余能量,在频繁的间隔中启动动态路径更新,以避免由于路径解压缩而导致数据丢失,并且还避免了由于数据转发高度而导致节点过早死亡。所提出的方法大大提高了网络的生命周期。还可以实现平均延迟的减少和网络生命周期的增加。 MHDP提供的延迟比群集少50%。平均剩余能量比聚类高20%,比多跳聚类高10%。所提出的方法比聚类提高了40%的网络寿命,比多跳聚类提高了30%的网络寿命,这比之前的方法要好得多。

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