Relay Divide & Rule Technique to Solve Energy Hole Problem for Wireless Sensor Network

TL;DR

This paper introduces the 'Partition and Rule' strategy to address the energy hole problem in wireless sensor networks by dividing the network into subfields and using static clustering, resulting in improved energy efficiency.

Contribution

The paper proposes a novel 'Partition and Rule' method that effectively reduces energy consumption and mitigates the energy hole issue in sensor networks through range partitioning and static clustering.

Findings

The proposed method outperforms existing strategies in energy efficiency.

Simulation results in NS-2 show significant improvement over traditional approaches.

The approach effectively balances energy usage across sensor nodes.

Abstract

In remote sensor system, sensor hubs have the restricted battery power, so to use the vitality in a more productive manner a few creator's created a few strategies, yet at the same time there is have to decrease the vitality utilization of hubs. In this paper, we presented another method called as 'Partition and Rule strategy' to unravel the scope dividing so as to open the system field into subfield and next maintain a strategic distance from the vitality gap issue with the assistance of static bunching. Essentially, in gap and run plan system range is isolated into three locales to be specific internal, center and external to conquer the issue of vitality utilization. We execute this work in NS-2 and our recreation results demonstrate that our system is far superior than old procedures.