RAFT to Improve Failure Recovery in Wireless Sensor Networks
Keywords:
WSNs, fault detection, failure recovery technique, Blockchain techniques RAFTAbstract
Networks of wireless sensors are an essential method to preserve dispersed remote situations. Failure is a major issue in the majority of applications. Numerous strategies are available for failure detection and recovery. Yet, the majority of these could result in poor accuracy or decreased network lifetime. This paper suggests a failure recovery strategy based on RAFT, a blockchain consensus mechanism that employs in a unique node path arbitrator. Path arbitrator with RAFT Mechanism will control byzantine fault in Wireless sensor networks and recover from malicious activates. Utilization of energy and the precision of defect detection, packet delivery ratio, number of dead nodes, and time number of neighbor nodes are used in the simulation to evaluate the proposed algorithm.
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