Mobile edge-cloud (MEC) aims to support low latency mobile services by bringing remote
cloud services nearer to mobile users. However, in order to deal with dynamic workloads …

Mobile edge computing (MEC) has emerged as a promising technology to push the cloud
frontier to the network edge, provisioning network services in proximity of mobile users …

Mobile edge computing (MEC) has emerged as a promising technology that offers resource-
intensive yet delay-sensitive applications from the edge of mobile networks. With the …

Emerging mobile multimedia applications, such as augmented reality, have stringent latency
requirements and high computational cost. To address this, mobile edge-cloud (MEC) has …

Conventional Internet of Things (IoT) applications involve data capture from various sensors
in environments, and the captured data then is processed in remote clouds. However, some …

Mobile Edge Computing (MEC) reforms the cloud paradigm by bringing unprecedented
computing capacity to the vicinity of end users at the mobile network edge. This provides …

The Mobile Edge-Cloud (MEC) network has emerged as a promising networking paradigm
to address the conflict between increasing computing-intensive applications and resource …

Emerging 5G cellular networks are expected to face a dramatic increase in the volume of
mobile traffic and IoT user requests due to the massive growth in mobile devices and the …

With the increasing demand of low-latency network services, mobile edge computing (MEC)
emerges as a new paradigm, which provides server resources and processing capacities in …

Mobile Edge Computing (MEC) offers a way to shorten the cloud servicing delay by building
the small-scale cloud infrastructures at the network edge, which are in close proximity to the …