Content dissemination over vehicular networks is a critical challenge due to its high
intermittent connectivity. However, content cache and retrieval by exploiting the information …

Delivering high fidelity virtual reality (VR) video over mobile networks is very challenging
since VR applications usually require very high bandwidth and ultra low latency. With the …

In the future smart cities, connected vehicles provide various infotainment and nonsafety
services using vehicle to vehicle and vehicle to road side units (RSUs) communications. To …

The growing demand on high-quality and low-latency multimedia services has led to much
interest in edge caching techniques. Motivated by this, we in this paper consider edge …

The Information Centric Networking (ICN) is a future internet architecture to support efficient
content distribution in a vehicular environment. In-network caching in ICN provides a …

To address the limitations of the current proactive content caching technology for the 6th
generation (6G) mobile network, this article comprehensively analyzes the complex …

The increasing demand for mobile data is overloading the cellular infrastructure. Small cells
and edge caching is being explored as an alternative, but installation and maintenance …

Proactive edge caching, as a promising approach to accommodate the explosively
increased mobile data demand of Video on demand (VoD) service, has received extensive …

Multi-Access Mobile Edge Computing (MEC) is proclaimed as a key technology for reducing
service processing delays in 5G networks. Caching on MEC will decrease service latency …

With the rapid development of mobile networks and mobile communications, various content
can be conveniently accessed. Recently, some novel caching-based approaches have been …