Dynamic Framework Design for Offloading Mobile Applications to Cloud

Mobile Cloud Computing (MCC) is an infrastructure where the data and the processing of data are outsourced. MCC integrates cloud computing into the mobile environment and executes the applications in the mobile device effectively by partitioning and offloading the computation intensive task to external resources (e.g. Public Clouds). The effective offloading is mainly focused on the decision maker which tells “when to offload” during execution time. Though prior decision making techniques has its own pros and cons, it doesn’t support dynamic changing environment and also consumes more time and energy for training the input instances. Also while offloading there is no security for the information to be transmitted. So, the proposed dynamic framework is designed with efficient intelligent classifier for offloading mobile application in dynamically changing by estimating the applications on-device and on-server performance. And to ensure security, Steganography technique is additionally used within the proposed framework to conceal the information.