Over the last recent years, video streaming traffic has become the dominating service over
mobile networks. The two main reasons for the growth of video streaming traffic are the …

Video streaming is the most used service in mobile networks and its usage will continue
growing in the upcoming years. Due to this increase, content delivery should be improved as …

Due to the rapid increase in wireless network traffic, especially video traffic, innovative
network architectures and algorithms need be developed to reduce congestion and improve …

Multi-access Edge Computing (MEC) is a new paradigm that brings storage and computing
close to the clients. MEC enables the deployment of complex network-assisted mechanisms …

In the last few years, video streaming traffic surpassed all the other Internet traffic. This is
mainly due to the substantial and ever-increasing size of video files and the widespread …

The Multi-access Edge Computing (MEC) paradigm offers cloud-computing support to rich
media applications, including Dynamic Adaptive Streaming over HTTP (DASH)-based ones …

With the vigorous increase in live video traffic today, more and more live users require low-
latency high-quality video streaming. To this end, there have been many Adaptive Bitrate …

This paper presents a new video delivery scheme in mobile networks using Multi-Access
Edge Computing (MEC). Our goal is to improve the quality of video streaming experienced …

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 …

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 …