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This paper comprehensively reviews the paradigm of mobile cloud computing, which comprises advantages of mobile computing, cloud computing, and networking. We systematically overview the major benefits offered to mobile cloud computing by the anticipated fifth-generation wireless technology, including the aspects of heterogeneous connectivity, device-to-device and machine-to-machine communications,...
An increasingly concern in the use of mobile devices is the battery life due to the increase of its embedded sensors and its features. The Mobile Cloud Computing (MCC) paradigm studies how to extend computational resources and the energy of mobile devices through the use of offloading techniques. In this context, cloudlets and the public clouds emerge as alternatives to the execution of cpu-intensive...
From last decade, the tremendous growth of cloud computing and advancement in wireless communication technology has increased the usage of portable devices and facilitated mobile users to take advantage of mobile cloud services. Conversely, the high communication costs and inferior performance of mobile Internet over wide-area cellular network access obstruct the mobile devices' capabilities in resource...
Mobile Cloud Computing (MCC) has been introduced as a viable solution to the inherited limitations of mobile computing. These limitations include battery lifetime, processing power, and storage capacity. By using MCC, the processing and the storage of intensive mobile device jobs will take place in the cloud system and the results will be returned to the mobile device. This will reduce the required...
Recently, several mobile services are changing to cloud-based mobile services with richer communications and higher flexibility. We present a new mobile cloud infrastructure that combines mobile devices and cloud services. This new infrastructure provides virtual mobile instances through cloud computing. To commercialize new services with this infrastructure, service providers should be aware of security...
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