Analysis of Selective Routing Strategies for Fault Tolerance In Wireless Sensor Networks
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ABSTRACT:
Wireless sensor networks are intended to have large number of sensor nodes which are widely deployed in a distributed environment. Steep increase in number of nodes, which is a deviant to WSN eventually, affects the communication capability of the network as it raises the scalability issue. This at any instance may destabilize network throughput which leads to network failure. Therefore, faulttolerant protocol is desperately needed to stabilize the dexterity of network. In this paper, we have
examined the two prominent routing protocols DSDV and AODV which has been the inception for evolution of numerous routing protocols for wireless network environments. We have summarized the execution evaluation of the significant parameters (i.e.) throughput, packet delivery ratio and end-to-end delay by varying the transmission range for different node densities to analyze which mechanism well
suits for the trustworthy WSN environment.
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STATISTICS
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