Simulation and Comparison of Extended Generalized Self-Created Tree Explored Energy Balance Routing Protocol for Wireless Sensor Network

Raghavi Gopalkrishna Kamat; N S Sirdeshpande

CALL FOR PAPERS : Mar-2023

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25-Mar-23

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Simulation and Comparison of Extended Generalized Self-Created Tree Explored Energy Balance Routing Protocol for Wireless Sensor Network

Author(s):

Raghavi Gopalkrishna Kamat , GOGTE INSTITUTE OF TECHNOLOGY,UDYAMBHAG,BELGAUM; N S Sirdeshpande, GOGTE INSTITUTE OF TECHNOLOGY,UDYAMBHAG,BELGAUM

Keywords:

Wireless Sensor Network, EGSTEB, Lifetime of Network, Sleep Mode, Self-Organized, WSN Load, Throughput of WSN Nodes

Abstract:

Wireless sensor network (WSN) is made up of a large number of less costly sensors. This network sends the receives the various kind of messages by using the base station. For WSN replacing the battery is not a easy task with large numbers of physically embedded nodes. There fore energy efficient routing protocol should be implemented to optimize the network life time of the wsn nodes. For this we need not only to balance WSN load but also to minimize total energy consumed. In this paper, we implement Extended Generalized Self-Created Tree Explored Energy-Balance routing protocol (EGSTEB) which builds a routing tree for each round, base station will select the root node and broadcasts this information to all its neighbor nodes. Simulation results show that EGSTEB is a dynamic protocol and has a good performance in balancing energy consumption by increasing the lifetime of WSN.