With the significant advance of connected vehicles, future demand for vehicular infotainment
services will be greatly increased. Traditional content distribution approaches based on …

Vehicular content centric networks (VCCNs) emerge as a strong candidate to be deployed in
information-rich applications of vehicular communications. Due to vehicles' mobility, it …

Content caching has brought huge potential for the provisioning of non-safety related
infotainment services in future vehicular networks. Assisted by multiaccess edge computing …

The past decade has witnessed the widespread adoption of Cloud Computing (CC) across
automotive industries for a myriad of vehicular applications. A vehicular network that solely …

With the rapid advances in vehicular technologies and the ever-increasing demands on
mobile multimedia services, vehicular networks play a crucial role in intelligent transport …

Along with modern wireless networks being content-centric, the demand for rich multimedia
services has been growing at a tremendous pace, which brings significant challenges to …

In the vehicular ad hoc networks (VANETs), caching is a very promising technique to
mitigate the transmission burden and to improve consumers' Quality of Experience (QoE) in …

Recent advancements in edge computing and edge caching provide a feasible solution to
support a plethora of new applications such as on-demand videos, AR/VR, road …

The recent advances in vehicular communications and networking are bringing self-driving
vehicles closer to reality. Once full automation (ie, levels 4 and 5 as defined in the five levels …

Edge caching could greatly relieve the burden of the backbone network and reduce the
content request latency experienced by end-user devices. This makes edge caching a …