Multi-access edge computing has been proposed as a promising approach to localize the
access of mobile clients to the network edges, therefore, reducing significantly the traffic …

Mobile live video streaming is expected to become mainstream in the fifth-generation (5G)
mobile networks. To boost the Quality of Experience (QoE) of live video streaming services …

With the rapid development of Internet social media platforms and the popularization of
smart terminal devices, video services such as short videos have surged. However, the …

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 …

With the burgeoning prevalence of short videos on the Internet, the design of video caching
mechanisms has become a critical foundation for efficient short video distribution. However …

To support multimedia applications, Mobile Edge Computing (MEC) servers offer storage
and computing capacities to handle videos close to end-users. However, the high load in …

Edge caching has been widely recognized as a key technology for multimedia services.
However, the storage resource of the edge servers are severely restricted compared to the …

The contribution of video content in mobile data traffic is predicted to increase over the
coming years. If the network is not managed efficiently, this huge amount of data will …

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 …

For the purpose of video caching and low-delay video delivery to the end-users, multiaccess
edge computing (MEC) servers are commonly grouped into clusters to efficiently exploit the …