Mobile edge caching has great advantages in alleviating video traffic pressure and reducing
transmission delay, which is considered as a hopeful solution to improve video resource …

With the rapid advance of the Internet of Things (IoT) and the surging user-centric smart
devices, video services such as short videos, real-time video streaming, and Virtual Reality …

Given the rapid growth of user-generated videos, internet traffic has been heavily dominated
by online video streaming. Caching videos on edge servers in close proximity to users has …

Driven by the emerging requirements of Internet of Vehicles (IoV), future vehicles are
expected to have the ability to provide not only the autonomous driving services, but also the …

Caching-enabled multi-access edge computing (MEC) has attracted wide attention to
support future intelligent vehicular networks, especially for delivering high-definition videos …

In the next-generation wireless communications system of Beyond 5G networks, video
streaming services have held a surprising proportion of the whole network traffic …

Today's explosively growing Internet video traffics and viewers' ever-increasing quality of
experience (QoE) demands for video streaming bring tremendous pressures to the …

By enabling caching content at base stations, accessing points or other mobile nodes which
are close to users, wireless edge caching is able to shorten the content delivery latency and …

To address the drastic growth of data traffic dominated by streaming of video-on-demand
files, mobile edge caching/computing (MEC) can be exploited to develop intelligent content …

Scalable Video Coding (SVC) and edge caching are two techniques that hold the potential
to improve user-perceived video viewing experience. Moreover, video recommendation can …