Edge cloudlets are promising to mitigate the high network delay incurred by the remote
cloud in executing workloads offloaded from a user equipment (UE). However, the response …

Mobile cloud computing has emerged as a pervasive paradigm to execute computing tasks
for capacity-limited mobile devices. More specifically, at the network edge, the resource-rich …

Due to the growing demand for time-intensive tasks, several tasks coexist, some of which
last for a long time or only occur once in a while, such as emergencies. Emergencies such …

The appearance of the Mobile Edge Computing (MEC) successfully solves the bottlenecks
of traditional Cloud based networks as computation ability of each mobile edge is sufficiently …

In this paper, we consider a heterogeneous mobile cloud computing (HMCC) system that
consists of remote cloud servers, local cloudlets, task offloading mobile devices (TMDs), non …

Nowadays Internet applications have become more complicated that mobile device needs
more computing resources for shorter execution time but it is restricted to limited battery …

Mobile Edge Cloud Architecture (MECA) facilitates mobile devices to perform computational
intensive applications in a collaborative manner with cloud computing. The offloading …

With the development of recent innovative applications (eg, augment reality, self-driving, and
various cognitive applications), more and more computation-intensive and data-intensive …

Mobile edge computing is proposed as a promising computing paradigm to relieve the
excessive burden of data centers and mobile networks, which is induced by the rapid growth …

The proliferation of mobile devices and ubiquitous access of the wireless network enable
many new mobile applications such as augmented reality, mobile gaming and so on. As the …