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An Improved Technique of Mobile BEEM Protocol by using Token Bucket Algorithm to Enhance the Performance of Wireless Sensor


Affiliations
1 Global Institutes of Management& Emerging Technologies, Batala Road, Asr, India
2 Department of ECE, Global Institutes of Management & Emerging Technologies, Batala Road, Asr, India
     

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In WSN, most existing work fails to consider the coverage of the network when evaluating the lifetime of a network and achieve perfectly balanced load. In article, a novel algorithm Mobile Balanced Energy-Efficiency Multihop (BEEM) clustering algorithm has been improved. This paper has focused on Mobile Balanced Energy Efficient Protocols for Heterogeneous Wireless Sensor Networks. Also, the proposed technique will use tokens while cluster head selection to enhance the energy conservation further. The overall objective of this work is to evaluate the performance for mobile sink based environment. Simulation results are computed on MATLAB software on six essential parameters.

Keywords

MBEEM, Wireless Sensors, Nodes, Dead Time, Energy, Throughput.
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  • An Improved Technique of Mobile BEEM Protocol by using Token Bucket Algorithm to Enhance the Performance of Wireless Sensor

Abstract Views: 143  |  PDF Views: 3

Authors

Harpreet Kaur
Global Institutes of Management& Emerging Technologies, Batala Road, Asr, India
Neetu Gupta
Department of ECE, Global Institutes of Management & Emerging Technologies, Batala Road, Asr, India

Abstract


In WSN, most existing work fails to consider the coverage of the network when evaluating the lifetime of a network and achieve perfectly balanced load. In article, a novel algorithm Mobile Balanced Energy-Efficiency Multihop (BEEM) clustering algorithm has been improved. This paper has focused on Mobile Balanced Energy Efficient Protocols for Heterogeneous Wireless Sensor Networks. Also, the proposed technique will use tokens while cluster head selection to enhance the energy conservation further. The overall objective of this work is to evaluate the performance for mobile sink based environment. Simulation results are computed on MATLAB software on six essential parameters.

Keywords


MBEEM, Wireless Sensors, Nodes, Dead Time, Energy, Throughput.