Videos are expected to be a primary contributor to an anticipated massive surge in mobile
network data. Caching the videos within the mobile network can significantly reduce the …

Proliferation in mobile devices and the increase in video data consumption on these devices
has led to an unprecedented surge of data usage in mobile networks. It is both challenging …

Online video is anticipated to be the largest fraction of all mobile network traffic aside from
the huge processing tasks imposed on networks by the billions of IoT devices, causing …

Video streaming has become a leading consumer of network resources in the last decade.
Despite considerable developments, video content providers still face major challenges …

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

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 …

Recently, the demand for video applications has become more and more pressing. To save
backhaul bandwidth and reduce the network delay, Mobile Edge Computing (MEC) has …

In the traditional video streaming service provisioning paradigm, users typically request
video contents through nearby Content Delivery Network (CDN) server (s). However …

With the easy access to mobile networks and the proliferation of video applications, video
traffic is occupying a great portion of the network traffic, which poses a new challenge of how …

Video streaming market has been growing rapidly for the past two decades. YouTube and
Netflix, for example, are part of everyday life for many of us. Although network bandwidth has …