With Mobile Edge Computing (MEC), computational intensive applications can be offloaded
to the nearby edge servers to support latency-sensitive applications on mobile devices …

In the era of 5G and beyond, Mobile Edge Computing (MEC) has emerged as a technology
that seamlessly integrates wireless networks and the Internet, enabling low-latency and high …

With the arrival of the 5th generation mobile networks (5 G) era, the data needed by mobile
devices (MDs) is explosively growing. High-consumption, low-latency applications are huge …

Due to the urgent emergence of computation-intensive intelligent applications on end
devices, edge computing has been put forward as an extension of cloud computing, to …

Mobile edge computing (MEC) enables to provide relatively rich computing resources in
close proximity to mobile users, which enables resource‐limited mobile devices to offload …

Mobile edge computing (MEC) provides a new development direction for emerging
computing-intensive applications because it can improve computing performance and lower …

Prompted by the remarkable progress in wireless communications technology and the
explosive growth in the number of mobile devices (MDs), there is an increasing need for …

In recent times, the need for low latency has made it necessary to deploy application
services physically and logically close to the users rather than using the cloud for hosting …

Edge computing is promising for connected vehicles. As vehicles move, their resource
demands for edge servers vary. Thus, it is necessary to reserve edge servers dynamically to …

Driven by the prevalence of the computation-intensive and delay-intensive mobile
applications, Mobile Edge Computing (MEC) is emerging as a promising solution …