Mobile devices have become ubiquitous and provide ever richer content and functionality. At
the same time, applications are also becoming more complex and require ever increasing …

Mobile Cloud Computing (MCC) overcomes mobile device limitations by delegating tasks to
more capable cloud spaces. Existing mobile offloading solutions generally rely on full virtual …

Computation offloading is a promising way to improve the performance as well as reducing
the battery power consumption of a mobile application by executing some parts of the …

Mobile cloud computing is a new rapidly growing field. In addition to the conventional
fashion that mobile clients access cloud services as in the well-known client/server model …

Dynamically migrating code for execution from a device to a remote server has been a topic
of active research for nearly a few years now. With the advent and the rapid growth of mobile …

Mobile Cloud Computing (MCC) is of particular importance to address the conflict between
the increasing complexity of user applications and the limited lifespan of mobile device's …

Mobile Computing has been in use for a while now. A mobile device is a concise tool with
limited computational resources like battery, CPU and memory. Although these resources …

Mobile cloud computing is arising as a prominent domain that is seeking to bring the
massive advantages of the cloud to the resource constrained smartphones, by following a …

Mobile cloud computing is arising as a prominent domain that is seeking to bring the
massive advantages of the cloud to the resource constrained smartphones, by following a …

Despite substantial technological advancements in recent years, Smart Mobile Devices
(SMDs) are still low-potential computing devices. Therefore, Mobile Cloud Computing …