Energy Efficient Computational Model for Mobile Applications

Abstract

newlineThe world of communication is experiencing a massive use of data due to the advancement of newlinesmart devices, advanced networked systems, and ubiquitous applications. The optimal usage newlineof energy to operate functions in this eco-system is the critical and open research problem. newlineThe micro electric circuit of the mobile device requires a specific amount of electric power. newlineThe prime source of power supply in the smartphone is chargeable Lithium-ion batteries. In newlinethe current stage, Lithium-ion battery capacity is on its maximum. So, despite capacity newlineincrement, its fast charging process is now under advanced research. This is said to be the end newlineof an era of battery capacity optimization and the start of optimization of energy usage. This newlineresearch study focuses on building an efficient computational model for the energy efficiency newlineof mobile applications. The research adopts an extensive survey of traditional approaches newlinefound in the literature and contributes distinguished philosophy to overcome the limitations. newlineThe energy efficiency is aimed by exploring the energy consumption points in the eco-system newlineof mobile devices. There are two models designed and simulated for performance evaluation newlineof an energy efficient computation employing mathematical modeling and simulation on the newlinenumerical computing platform. The first model mimics the behavior of wireless LAN as well newlineas a 4G system to exhibit the data communication characteristics among the smart devices. newlineThe second model exploits higher data delivery using a collaborative architecture of many-to- newlinemany transceivers communication to make it synchronize with the forthcoming wireless newlinecommunication standards.