Mobile Wireless ADHOC Networks Energy Consumption Monitoring and Quality of Service Analysis
Santosh Jangid, Sonam Mittal, Manoj Kataria, Vikas Poonia, Gaurav Sahu · 2023
A MANET is a mobile wireless ad hoc network self-organizing Systematized mobile phone networks devices that communicate with each other without relying on a fixed infrastructure. These networks are characterized by their dynamic topology, which can change rapidly as nodes move in and out of range of each other. MANETs are widely used in a variety of applications, including military communications, emergency response, and mobile commerce.When it comes to mobile ad hoc networks (MANETs), managing the energy consumption of the mobile devices. Since nodes rely on battery power, excessive energy consumption can lead to nodes running out of power and leaving the network, causing disruptions in communication. Therefore, This is a crucial step since monitor total annual energy expenditures nodes and develop energy-efficient routing protocols.Another important aspect of MANETs is the standard of care (QoS) provided to users. Quality of Service, or QoS, is the term used to describe level of performance and reliability of the network, such as delay, throughput, and packet loss rate. To ensure a high level of QoS, it is necessary examination of results for the purpose of the network as well as design practical routing protocols.The work presented herein introduces a comprehensive study of energy consumption monitoring and QoS analysis in MANETs. We first review the existing literature on energy-efficient routing protocols and QoS analysis in MANETs. We then propose a novel energy consumption monitoring framework that uses a distributed approach to monitor the amount of power that individual network nodes require to function. The framework enables the detection of energy-hungry nodes and the development of energy-efficient routing protocols.We also present a QoS analysis framework that uses a network simulator purpose: to measure how well routing techniques work under various scenarios. The framework allows the analysis of the effect of changing values of variables on the QoS of the network, such as a measure of the network's complexity that takes into account the mobility of nodes, and the traffic load.Finally, we evaluate utilising simulations to evaluate the suggested frameworks the performance with existing approaches. The findings prove that the suggested frameworks in improving energy efficiency and QoS in MANETs.