Energy Efficient Protocols in WSN’s – A Simulation Study in Network Simulator Environment

Abstract

In this research paper, the simulation results of an efficient energy-efficient routing protocol for wireless sensor networks are presented. The review was carried out in another research article, i.e., the base work & the introductory note was presented there. Mathematical modeling was the concept of another research paper. In this paper, the simulation results are presented here along with the justifications. The simulation results show the effectiveness of the methodology that is being proposed by us. Energy utilization is a typical issue in sensor nets, i.e., in WSN's. The proposed calculation is reenacted through a network simulator tool, version 2, i.e., (NS-2), and is contrasted and the current bunching tree geography control calculation dependent on the energy conjecture (CTEF) and low-energy versatile grouping pecking order (LEACH). The NS-2 simulated results show that the proposed WSN work displays an energy-proficient execution with an improvement in the organization lifetime, bundle conveyance proportion, and throughput.