Pushing the cloud frontier to the network edge has attracted tremendous interest not only
from cloud operators of the IT service/software industry but also from network service …

Edge Computing (EC) is a promising concept to overcome some obstacles of traditional
cloud data centers to support Internet of Things (IoT) applications, especially time-sensitive …

With advances in wireless communication technology, more and more people depend
heavily on portable mobile devices for business, entertainments and social interactions. This …

Deploying applications to a centralized cloud for service delivery is infeasible because of the
excessive latency and bandwidth limitation of the Internet, such as transporting all IoVs data …

Drone base stations (DBSs) have received significant research interest in recent years. They
provide a flexible and cost-effective solution to improve the coverage, connectivity, quality of …

Edge node placement is a key topic to edge cloud systems for that it affects their service
performances significantly. Previous solutions based on the existing information are not …

Device to Device communication enables the deployment of mobile cloudlets in LTE-
advanced networks. The distributed nature of mobile users and dynamic task arrivals makes …

Over the years, fog computing has emerged as a paradigm to complement the cloud
computing in handling the delay sensitive IoT applications in a better manner. Using fog …

With high demands for delay-sensitive services such as ultra low latency communication
(URLLC), newly developed 5G networks support mobile edge computing (MEC), in which …

With the rapid development of wireless communication, traditional cloud computing cannot
fully support low-latency services, especially in sensor networks. Mobile edge computing …