Energy and Memory Clone Detection in Wireless Sensor Network
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Abstract
An associate degree energy-efficient location-aware clone detection protocol is planned in densely deployed WSNs, which may guarantee productive clone attack detection and maintain satisfactory network life. Specifically, the situation info of sensors is employed and every which way choose witnesses situated in an exceedingly ring space to verify the legitimacy of sensors and to report detected clone attacks. The ring structure facilitates energy-efficient information forwarding on the trail towards the witnesses and also the sink. Planned protocol are able to do one hundred clone detection likelihood with unsuspicious witnesses. Moreover, in most existing clone detection protocols with random witness choice theme, the desired buffer of sensors is typically keen about the node density, whereas, in the planned protocol, the desired buffer of sensors is freelance of hop length of the network radius. Planned protocol are able to do long network life by effectively distributing the traffic load across the network.
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