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Mobile cloud computing enables the offloading of computationally heavy applications, such as for gaming, object recognition or video processing, from mobile users (MUs) to cloudlet or cloud servers, which are connected to wireless access points, either directly or through finite-capacity backhaul links. In this paper, the design of a mobile cloud computing system is investigated by proposing the joint...
Mobile devices are now capable of handling many daily computing tasks that used to be accomplished by desktops or servers. However, these improvements also introduce resource-hungry mobile applications that require richer resource-hungry computing features and more complex functions. Mobile Cloud Computing (MCC) addresses these limitations considering the nature of mobility; this innovative strategy...
Mobile cloud computing is now emerging as a promising way to enlarge the capabilities of mobile devices by computation offloading. One of the critical challenges faced by the mobile cloud providers today is how to increase the profitability of their cloud services. In this paper, we deal with the problem of scheduling parallelizable computation jobs offloaded by mobile users in public cloud to maximize...
Today, Mobile Cloud Computing has been widely used and can send complex computations to the stronger server with more resources and get results from them to overcome the limitations of existing mobile devices, such as battery level, the amount of CPU and memory. Local mobile clouds, which consist of the mobile devices, are used as a suitable solution to support real-time applications, especially?...
Resource scheduling approaches (RSA) are the core component of mobile cloud computing (MCC) systems that aim to optimally allocate cloud-based remote resources to resource-intensive components of mobile applications. The ultimate goal of RSA is to reduce execution time and energy consumption of resource-intensive mobile applications which contributes to successful MCC adoption. Role of RSA is critical...
Recent growth of cloud computing has driven the development of Heterogeneous Cloud Federation (HCF) that has been considered an approach of improving the diversity of cloud systems by enable cloud users to select resources provided by different service providers. Using this mechanism can divide a complicate task into a group of sub-tasks in order to increase the efficiency of application executions,...
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