Efficient Intrusion Detection Ensuring Connectivity in 2D and 3D WSN


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Abstract


Wireless Sensor Network consumes significant amount of energy for the process of intrusion detection. In this paper, we have proposed two algorithms which select groups of nodes to perform intrusion detection. It can be energy efficient to activate groups of sensors in rounds on deployment areas monitored by multiple sensors. These nodes are selected in such a way that they provide maximum coverage and ensure network connectivity. As these set of nodes will only perform detection process at a time, the average energy consumption of the network can be minimized which prolongs network life time. We have analyzed the intrusion detection probability with these set of nodes. The algorithms give an insight into the number of nodes to be deployed in the given area for efficient intrusion detection. We apply our algorithms and analysis to both two dimensional and three dimensional wireless sensor networks. Our simulation results validate the analytical models
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Keywords


Intrusion Detection; Network Life Time; Node Selection; Wireless Sensor Networks (WSN)

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