Edge networking is a complex and dynamic computing paradigm that aims to push cloud re-
sources closer to the end user improving responsiveness and reducing backhaul traffic …

The unprecedented growth of wireless data traffic not only challenges the design and
evolution of the wireless network architecture, but also brings about profound opportunities …

Caching popular contents at edge nodes such as base stations is a crucial solution for
improving users' quality of services in next-generation networks. However, it is very …

To address the vast multimedia traffic volume and requirements of user quality of experience
in the next‐generation mobile communication system (5G), it is imperative to develop …

The proliferation of the mobile Internet and connected devices, which offer a variety of
services at different levels of performance is a major challenge for the fifth generation of …

Edge caching could greatly relieve the burden of the backbone network and reduce the
content request latency experienced by end-user devices. This makes edge caching a …

Locally caching contents at the network edge constitutes one of the most disruptive
approaches in 5G wireless networks. Reaping the benefits of edge caching hinges on …

Mobile edge caching has emerged as a new paradigm to provide computing, networking
resources, and storage for a variety of mobile applications. That helps achieve low latency …

The widespread applications of mobile multimedia are causing the demands of the users on
the network to be increasingly prominent. Edge computing enables the deployment of …

The emerging 5G mobile networking promises ultrahigh network bandwidth and ultra-low
communication latency (<; 1ms), benefiting a wide range of applications, including live video …