Abstract: Development of new and innovative android applications made energy consumption a very important issue. The full potential for android phones may be constrained by certain technical limits such as battery life and computational performance. Modern mobile applications have more powerful functions but need larger computation and energy resources, which consume more battery power. Using the proposed offloading framework, mobile devices can offload computational intensive workload to other devices to save battery energy consumption and reduce the execution time. JADE (Java Agent Development Framework) allows software developers to easily build and deploy services on the servers to support mobile devices to run computationally intensive tasks. Compared with other offloading schemes for android phones, the JADE enables developers to choose which parts of the codes are supposed to be offloaded. We proposed a Downloader app which is capable of offloading the downloading task to other device, based on the resources available with the other device. Experiments showed that the proposed offloading scheme can successfully reduce computational time and battery energy consumption.
Keywords: Code offloads, Distributed Computing, Scheduling, Client/Server, and Energy Management.
Title: Energy Conservation in Android Using Computational Offloading Energy Efficient Downloader
Author: Abhijeet Panchal, Vishal Divekar, Bharat Bansode, Hasan Mujawar, Prof. Girish Navale
International Journal of Computer Science and Information Technology Research
ISSN 2348-1196 (print), ISSN 2348-120X (online)
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