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Intersecting Sensor Range Cluster-Based Routing Algorithm for Enhancing Energy in WSN


Affiliations
1 Department of C S& E, JNTUA, Ananthapuramu, Andhra Pradesh, India
2 Department of Information Technology, National Institute of Technology, Karnataka, India
 

The primitive goal in Wireless Sensor Network is conserving energy to overcome the constraint of the limited capacity of the battery. Improving network lifetime and reduction of energy consumption are significant factors in the routing protocol design of Wireless Sensor Network. From the view of energy efficiency, it is important to select remaining energy, distance, cluster size, optimal CHs with an area of coverage and intersecting nodes radius. An energy efficiency clustering protocol proposed in this paper which elects effective Cluster Heads with optimal count and active nodes for complete coverage for optimizing the network lifetime with full coverage. The simulation result shows that Intersecting Sensor Range Cluster based Routing Algorithm achieved 21% betterment in network lifetime as compared to present energy saving technique in WSN.

Keywords

Clustering, Routing Algorithm, Cluster Head, Energy Efficiency, Wireless Sensor Network.
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  • Intersecting Sensor Range Cluster-Based Routing Algorithm for Enhancing Energy in WSN

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Authors

G. N. Basavaraj
Department of C S& E, JNTUA, Ananthapuramu, Andhra Pradesh, India
C. D. Jaidhar
Department of Information Technology, National Institute of Technology, Karnataka, India

Abstract


The primitive goal in Wireless Sensor Network is conserving energy to overcome the constraint of the limited capacity of the battery. Improving network lifetime and reduction of energy consumption are significant factors in the routing protocol design of Wireless Sensor Network. From the view of energy efficiency, it is important to select remaining energy, distance, cluster size, optimal CHs with an area of coverage and intersecting nodes radius. An energy efficiency clustering protocol proposed in this paper which elects effective Cluster Heads with optimal count and active nodes for complete coverage for optimizing the network lifetime with full coverage. The simulation result shows that Intersecting Sensor Range Cluster based Routing Algorithm achieved 21% betterment in network lifetime as compared to present energy saving technique in WSN.

Keywords


Clustering, Routing Algorithm, Cluster Head, Energy Efficiency, Wireless Sensor Network.

References