Efficient Search (RES) for One-Hop Destination over Wireless Sensor Network

TL;DR

This paper presents an energy-efficient method for one-hop destination search in wireless sensor networks using Bluetooth-enabled sensors and simulation validation, significantly reducing energy consumption compared to existing techniques.

Contribution

It introduces a novel energy-saving search method for WSNs utilizing Bluetooth sensors, validated through ns2 simulations, achieving 62% energy savings.

Findings

Achieves 62% energy reduction in destination search

Utilizes Bluetooth sensors for passive and active sensing

Validated through ns2 simulations showing improved efficiency

Abstract

The revolution of wireless sensors networks (WSNs) has highly augmented the expectations of people to get the work done efficiently, but there is little bit impediment to deal with deployed nodes in WSNs. The nature of used routing and medium access control (MAC) protocols in WSNs is completely different from wireless adhoc network protocols. Sensor nodes do not have enough capability to synchronize with robust way, in resulting causes of longer delay and waste of energy. In this paper, we deploy efficientenergy consuming sensors and to find one hop robust and efficient destination search in WSNs. We firstly deploy BT (Bluetooth enabled) sensors, which offer passive and active sensing capability to save energy. This work is a continuation of previous published work in [2]. The BT node is supported with efficient searchmethodss. The main objective of this contribution is to control different types of objects from remote places using cellular phone. To validate our proposed methodology,simulation is done with network simulator (ns2) to examine the behavior of WSNs. Based on simulation results, we claim that our approach saves 62% energy spent for finding best one- hop destination as compared with existing techniques.