Smart devices (eg, smartphones, tablets, smart-home devices, etc.) have become important
companions to most people in their daily activities, and are very much used for multimedia …

Mobile devices have become important companions to most people, and are increasingly
used for work and/or entertainment, most of the time consuming multimedia content. Diverse …

Next-generation cellular networks need to provide seamless connectivity with higher data
rates, increased capacity, and enhanced network coverage. As multimedia service demands …

Sharp increase of video traffic is expected to account for the majority of traffic in future 5G
networks. This paper introduces the SELFNET 5G project and describes the video streaming …

There is very much interest in balancing remote delivered multimedia quality and energy
consumption in a heterogeneous wireless network environment. This paper proposes a …

The development of the Internet of Things (IoT), cyber physical systems, and ubiquitous
mobile terminals enable video content to be shared and consumed in new and innovative …

User mobility, heterogeneity of networks and network technologies, variety of mobile devices
(eg, different operating systems, display size, CPU capabilities, battery limitations), and wide …

Future networks will comprise a large number of inter-connected heterogeneous devices
that will receive ubiquitous multimedia services over integrated but diverse wireless network …

In this paper, a test bed of QoS-aware ubiquitous content access (UCA), which allows a user
to access and consume multimedia content through convergent networks of broadcasting …

The increasing popularity of live video streaming from mobile devices, such as Facebook
Live, Instagram Stories, Snapchat, etc. pressurizes the network operators to increase the …