Energy efficiency and availability based on Multi-agent architecture in MCC

Abstract

With the rapid advances of portable computing devices without wired communication and wireless instead of it, a computing paradigm called Mobile Computing has evolved. Another technology called Cloud Computing is a service as a distribution system that allows users to access sharable resources over the internet. Combining both technologies Mobile Computing and Cloud Computing performed Mobile Cloud Computing as distributed computing to overcome obstacles related to the performance and environment in Mobile Computing. The Mobile Cloud Computing technology is used as infrastructure to allow data storage and data processing to happen outside the mobile devices. The processes of offloading data outside mobile devices known as the computation offloading technique. However, offloading data still consumed the energy of Mobile Devices and caused a short life for the batteries. Moreover, many tasks are interrupted without completing due to batteries' low status or depleted energy due to unwired mobile devices. In this paper, there is a proposed architecture solution using mobile agent architecture to manage the processes in the Mobile Cloud Computing during their working in a distributed system or network communication. It is necessary to save tasks and transfer them before the battery is pack up and lose the data due to the interruption of the system in the mobile device. So, the two contributions are to increase battery performance and offer the availability in (MCC). Finally, a comparative analysis was presented with other previous solutions.