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We propose scalable models and centralized heuristics for the concurrent and coordinated movement of multiple sinks in a wireless sensor network (WSN).
We propose scalable models and centralized heuristics for the concurrent and coordinated movement of multiple sinks in a wireless sensor network (WSN).
We propose scalable models and centralized heuristics for the concurrent and coordinated movement of multiple sinks in a wireless sensor network (WSN).
This paper investigates heuristics to control and coordinate the concurrent movement of multiple sinks for lifetime maximization in a wireless sensor network ( ...
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Jan 1, 2008 · We consider the problem of moving a set of collectors (sinks) through a wireless sensor network to balance the energy used for relaying messages ...
In this study, we analyze the effect of considering nonzero sink traveling times especially for the extreme cases like the ones for submarine WSNs.
Energy aware sink relocation is done according to the residual battery energy of sensor nodes and it will adjust the transmission range of the sensor node then ...
In Wireless Sensor Networks, potential sink selection and sink movements are costly in terms of node energy. In this paper, we propose K -Partitioned.
Feb 8, 2011 · The equation (4) maximizes the network lifetime and determines the sojourn times of all sinks at feasible sites. The equation (5) assures ...
May 31, 2024 · The network lifetime optimization is achieved by restructuring the network by modifying the neighbor nodes of a sink. Only those nodes are ...