Advances in mobile cloud computing systems / edited by F. Richard Yu and Victor C. M. Leung

Includes bibliographical references and index.

1. Mobile cloud computing with telecom operator cloud -- 2. Toward energy-efficient task execution in mobile cloud computing -- 3. Design and architecture of a software defined proximity cloud -- 4. Virtual mobile networks in clouds -- 5. Task admission control for cloud server pools -- 6.Modeling and analysis of single-hop mobile cloudlet -- 7. Software piracy control framework in mobile cloud computing systems -- 8. Cloud radio access networks in mobile cloud computing systems -- 9. Cloud-RAN- based small cell networks with wireless virtualization.

With recent advances in mobile communication technologies, more and more people are accessing cloud computing systems using mobile devices, such as smartphones and tablets. Unlike traditional mobile computing systems with limited capabilities, mobile cloud computing uses the powerful computing and storage resources available in the cloud to provide cutting-edge multimedia and information services. This book discusses the major research advances in mobile cloud computing systems. Contributed chapters from leading experts in this field cover different aspects of modeling, analysis, design, optimization, and architecture of mobile cloud computing systems. Advances in Mobile Cloud Computing Systems begins by discussing the background, features, and available service models of mobile cloud computing. It goes on to describe a mobile cloud computing system with several third party cloud mobile media (CMM) services that offers its services to a telecom operator. In this scenario, the telecom operator acts as broker that can mix and interchange the resources offered by the different CMM service providers. Subsequent contributed chapters discuss such key research areas as; energy-efficient task execution that reduces the energy consumption in both mobile devices and the cloud, design and architecture of a Proximity Cloud that delivers low-latency, bandwidth-efficient end-user services with a global footprint, virtual mobile networks in clouds that enable resource sharing between multiple mobile network operators, software piracy control framework in mobile cloud computing systems designed to prevent mobile application piracy and dynamic configuration of cloud radio access networks (C-RANs) to improve end-to-end TCP throughput performance in next generation wireless networks.