Titlebook: Wireless Sensor and Actor Networks II; Proceedings of the 2 Ali Miri Conference proceedings 2008 Springer-Verlag US 2008 Protection.artific

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Threat-Aware Clustering in Wireless Sensor Networks,pplications. WSNs often use clustering as a means of achieving scalable and efficient communications. Cluster head nodes are of increased importance in these network topologies because they are both communication and coordination hubs. Much of the research into maximizing WSN longevity and efficienc

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Power-On Controller for high lifetime wireless sensor nodes,s. In this paper, we propose a new hardware structure called “Power-On Controller” (POC) for applying advanced control strategies for the “idle to active” node state transition. The proposed POC allows an optimization of power control by using event accumulation and spatial selectivity mechanisms. T

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Cooperation Mechanism Taxonomy for Wireless Sensor and Actor Networks,d in monitoring the physical environment, while the actors can execute a designated task in accordance to the data collected and reported by the sensors during an event. To achieve a balanced performance, a WSAN architecture must implement an efficient cooperative communication strategy to allow the

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Deployment-based Solution for Prolonging Network Lifetime in Sensor Networks,he lifetime of sensor networks that is based on a deployment strategy. In our proposal, data traffic is directed away from the network center toward the network peripheral where sinks would be initially deployed. Sinks stay stationary while collecting the data reports that travel over the network pe

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