Decentralized applications offloading to mobile clouds using M-POMAC

In the domain of telecommunication architectures, the mobile cloud technology is presently emerging as widely required tool for expanding its usage and versatility. However, there are some underlying challenges with implementing the offloading method which hinders its practical applications. The framework of POMAC (Properly Offloading Mobile Applications to Clouds) has been previously utilized for offering transparent and active mobile application by means of cloud offloading. The POMAC framework enables the identification of the decision making features of the pivotal offloading method. This has been done by comparing the performance of various decision making features for subsequent minimization of the energy consumption. In the source code of the application, the clear offloading approach can be designed using the interception method for avoiding the special assembly. However, there is insufficient de-allocation of the allocated resources for applications based on offloading thus retaining the wireless access efficiency problem. This paper deals with the framework of modified POMAC (M-POMAC) for efficient deallocation of the resources for benefiting various other users. The Accelerated Bat (ABAT) algorithm inspired by Tabu search is employed in this M-POMAC method to offer the design of decentralized mechanism for self-organizing the decisions related to offloading applications. The proposed self-organizing scheme enables to give the autonomous status for the system of mobile cloud computing thus helping for easing the complexity of the cloud management method.