Over recent years, the demand for rich multimedia services over mobile networks has been
soaring at a tremendous pace. However, it is envisioned that traditional dedicated …

Content caching is a key technology driving beyond 5G mobile edge computing and hence,
an efficient mechanism is needed to satisfy ultra-reliable low-latency communication. One …

The massive increase in cellular traffic poses serious challenges to all actors concerned with
wireless content delivery. While network densification provides access to additional users …

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 …

Content caching at network edge is a promising solution for serving emerging high-
throughput low-delay applications, such as virtual reality, augmented reality and Internet-of …

As mobile networks are witnessing huge growth in the volumes of data traffic from
smartphone and tablet. Mobile operators start to look into CDN and caching in order to …

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 …

We introduce a framework and provably-efficient schemes for 'fresh'caching at the (front-
end) local cache of content that is subject to 'dynamic'updates at the (back-end) database …

Caching popular contents at cell edge has been recognized as a promising way to facilitate
rapid content delivery and alleviate backhaul burden. The content popularity is greatly …

Edge servers, which are small servers located close to mobile users, have the potential to
greatly reduce delay and backhaul traffic of mobile Internet applications by moving cloud …