Author : Shaikh Gauhar Zareen 1
Date of Publication :14th February 2018
Abstract: To design a strong detector network, we have a tendency to use quality to avoid communication bottlenecks caused by spatial energy variations. We have a tendency to use a mobile collector, referred to as SenCar, to gather information from selected sensors and balance energy consumptions within the network. We have a tendency to gift a ballroom dancing approach for mobile information assortment. First, we have a tendency to adaptively choose a set of detector locations wherever the SenCar stops to gather information packets in a very multi-hop fashion. We have a tendency to develop an adaptive formula to look for nodes supported their energy and guarantee information assortment tour length is finite. Second, we have a tendency to specialise in planning distributed algorithms to realize most network utility by adjusting information rates, link programming, and flow routing that adapts to the spatial-temporal environmental energy fluctuations. Finally, our numerical results indicate the distributed algorithms will converge to optimality in no time and validate its convergence just in case of node failure
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