A real time homogeneous wireless sensor network functioning using semi-tier clustering protocol for energy efficiency routing

The base station of a Wireless sensor network is surrounded by a huge number of nodes. The Base Station’s nodes are under more communication stress since they are so near to it (BS). They swiftly decompose, while distant nodes remain. A number of scholars in this field have recommended the construct...

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Bibliographic Details
Main Authors: Revathi, R., Kumar, Kayam S., Hamid, Hussein Ali, Ahammad, Hasane Sk
Format: Conference Proceeding
Language:English
Subjects:
Clustering
Life expectancy
Nodes
Power consumption
Radio equipment
Routing (telecommunications)
Wireless sensor networks
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Summary:The base station of a Wireless sensor network is surrounded by a huge number of nodes. The Base Station’s nodes are under more communication stress since they are so near to it (BS). They swiftly decompose, while distant nodes remain. A number of scholars in this field have recommended the construction of clusters, routing as multi-hop and two-tier networking use both traditional & advanced approaches to develop lifespan of the network. Nodes which are nearer to BS or far from the BS will have harder time broadcasting over vast distance because of this. There are a few different network architectures that can guarantee low power consumption per transmitted bit, such as a two-or three-tiered system. The creation of four-tiered networks has resulted in increased life expectancy. With the network’s stability increasing, energy has being steadily dissipated among the nodes. The suggested networks have been shown to perform better than the two-and three-tiered networks in computer simulations. Four-level network architecture was also used in WSNs.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0190699