A Augmentation Techniques for Mobile Cloud Computing: A Taxonomy, Survey, and Future Directions

Despite the rapid growth of hardware capacity and popularity in mobile devices, limited resources in battery and processing capacity still lack the ability to meet the increasing mobile users’ demands. Both conventional techniques and emerging approaches are brought together to fill this gap between the user demand and mobile device’s limited capabilities. Recent research has focused on enhancing the performance of mobile devices via augmentation techniques. Augmentation techniques for mobile cloud computing refer to the computing paradigms and solutions to outsource the mobile device computation and storage to more powerful computing resources in order to enhance mobile device’s computing capability and energy efficiency, e.g., code offloading. Adopting the augmentation techniques in the heterogeneous and intermittent mobile cloud computing environment creates new challenges for computation management, energy efficiency, and system reliability. In this paper, we aim to provide a comprehensive taxonomy and survey of the existing techniques and frameworks for mobile cloud augmentation regarding both computation and storage. Different from the existing taxonomies in this field, we focus on the techniques aspect, following the idea of realizing a complete mobile cloud computing system. The objective of this survey is to provide a guide on what available augmentation techniques can be adopted in mobile cloud computing systems as well as supporting mechanisms such as decision making and fault tolerance policies for realizing reliable mobile cloud services. We also present a discussion on the open challenges and future research directions in this field. CCS Concepts: rGeneral and reference→ Surveys and overviews; rComputer systems organization→ Cloud computing; rSoftware and its engineering → Cloud computing; rHuman-centered computing →Mobile computing;