S2S: a novel approach for source to sink node communication in wireless sensor networks
Abstract In Wireless Sensor Networks (WSNs) sensor nodes are deployed in various
geographical areas. But, the main problem is the data collection from source nodes to the
sink node in an energy efficient way and in data collection scenario it is also a challenging
task to reduce inter-cluster communication cost which can balance the network traffic. To
work with these challenges, in this work, we propose a source to sink node (S2S)
communication algorithm where to reduce the communication overhead and to minimize the …
geographical areas. But, the main problem is the data collection from source nodes to the
sink node in an energy efficient way and in data collection scenario it is also a challenging
task to reduce inter-cluster communication cost which can balance the network traffic. To
work with these challenges, in this work, we propose a source to sink node (S2S)
communication algorithm where to reduce the communication overhead and to minimize the …
S2S: A Novel Approach for Source to Sink Node Communication in Wireless Sensor Networks
H Das - Mining Intelligence and Knowledge Exploration: Third …, 2016 - books.google.com
In Wireless Sensor Networks (WSNs) sensor nodes are deployed in various geographical
areas. But, the main problem is the data collection from source nodes to the sink node in an
energy efficient way and in data collection scenario it is also a challenging task to reduce
inter-cluster communication cost which can balance the network traffic. To work with these
challenges, in this work, we propose a source to sink node (S2S) communication algorithm
where to reduce the communication overhead and to minimize the delay we used Cluster …
areas. But, the main problem is the data collection from source nodes to the sink node in an
energy efficient way and in data collection scenario it is also a challenging task to reduce
inter-cluster communication cost which can balance the network traffic. To work with these
challenges, in this work, we propose a source to sink node (S2S) communication algorithm
where to reduce the communication overhead and to minimize the delay we used Cluster …
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