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Dispersed Cluster Based Energy Efficient Routing Protocol


Affiliations
1 Department of Computer Science, Punjabi University, Patiala, India
 

LEACH is based on the assumption that each sensor node contain square with measure of energy which is not substantial in genuine situations. The DC-LEACH protocol cluster head race considers remaining energy of nodes, distance of node to the BS and neighbor nodes, which make cluster head decision sensible and node energy utilization adjust. It picks level-one cluster head from all individuals from the node, which is in charge for the information send from part nodes and arranging information combination to level-two CHs. At that point level-two CHs are chosen in all non-head nodes, which forward the packet to the sink node. Cluster head duties assigned to the two levels of CHs can significantly decrease the CHs energy utilization and enhance the system survival time. In this work, network lifetime is prolonging by the method of dispersed clustering. Dispersed Clustering Low Energy Adaptive Clustering Hierarchy (DC-LEACH) technique is proposed with the end goal to improve the system lifetime.

Keywords

LEACH, MTE, DC-LEACH, Cluster Heads Threshold, Energy Efficient.
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  • Dispersed Cluster Based Energy Efficient Routing Protocol

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Authors

Manpreet Kaur
Department of Computer Science, Punjabi University, Patiala, India
Rajneesh Randhawa
Department of Computer Science, Punjabi University, Patiala, India

Abstract


LEACH is based on the assumption that each sensor node contain square with measure of energy which is not substantial in genuine situations. The DC-LEACH protocol cluster head race considers remaining energy of nodes, distance of node to the BS and neighbor nodes, which make cluster head decision sensible and node energy utilization adjust. It picks level-one cluster head from all individuals from the node, which is in charge for the information send from part nodes and arranging information combination to level-two CHs. At that point level-two CHs are chosen in all non-head nodes, which forward the packet to the sink node. Cluster head duties assigned to the two levels of CHs can significantly decrease the CHs energy utilization and enhance the system survival time. In this work, network lifetime is prolonging by the method of dispersed clustering. Dispersed Clustering Low Energy Adaptive Clustering Hierarchy (DC-LEACH) technique is proposed with the end goal to improve the system lifetime.

Keywords


LEACH, MTE, DC-LEACH, Cluster Heads Threshold, Energy Efficient.

References