The current explosion of video traffic compels service providers to deploy caches at edge
networks. Nowadays, most caching systems store data with a high programming voltage …

Abstract Mobile Edge Computing (MEC) networks have been proposed to extend the cloud
services and bring the cloud computing capabilities near the end-users at the Mobile Base …

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 …

In recent years there has been a rapid increase of short video traffic in CDN. While the video
contributors change from large video studios to distributed ordinary end users, edge …

Caching at mobile edge servers can smooth temporal traffic variability and reduce the
service load of base stations in mobile video delivery. However, the assignment of multiple …

Video traffic is becoming the dominant form of traffic over mobile networks, challenging the
ongoing standardization and deployment of Next generation mobile networks (4G) …

It is clear today that mobile video is a major traffic source and that online advertising is a
steadily growing business. These trends are leading towards mobile video advertising …

Edge caching can significantly improve the 5G networks' performance both in terms of delay
and backhaul traffic. We use a reinforcement learning-based (RL-based) caching technique …

In recent years, demands for rich multimedia services over mobile networks have been
soaring at a tremendous pace. Traditional dedicated networking equipment may not be able …

Edge caching can significantly improve the quality of wireless video services by deploying
cache servers at network edges. Recently, video conversion and recommendation have …