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Performance Analysis of Modified AODV Routing Protocol With Lifetime Extension of Wireless Sensor Networks

机译:具有无线传感器网络寿命扩展的修改AODV路由协议的性能分析

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摘要

Amalgamation of Re-Charging and Load Balancing are introduced here to overcome the problem of quick battery energy depletion and jamming in Wireless Sensor Networks. The primary approach (Re-Charging) is to maintain the desired energy level at each node in the network. The second method guarantees jamming-free communication in the network. To maintain the required energy level of the nodes, the SenCar visits the chosen anchor point along the pre-defined trajectory. At the chosen point, SenCar tests all the nodes within its coverage and re-energize all the nodes that have the energy level below the threshold value (3 Joules). Then, the SenCar moves on to the next anchor point and so on until the pre-defined trajectory completes. Finally, the implementation of the proposed mechanism proves the performance enhancement of Wireless Sensor Networks in terms of Throughput, Energy Level, and Packet Delivery Ratio.
机译:此处介绍了重新充电和负载平衡的融合,以克服无线传感器网络中快速电池能量消耗和干扰的问题。主要方法(重新充电)是在网络中的每个节点处维持所需的能级。第二种方法可确保网络中无关的通信。为了保持节点的所需能量水平,Sencar沿着预定义的轨迹访问所选择的锚点。在所选点,Sencar测试其覆盖范围内的所有节点,并重新激励所有节点,所有节点都具有低于阈值(3焦耳)。然后,Sencar在预定义的轨迹完成之前移动到下一个锚点等。最后,拟议机制的实施证明了在吞吐量,能量水平和分组传递比率方面的无线传感器网络的性能增强。

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