To cope with the explosive vehicular content demands from various applications and
services, it is imperative to cache the content files close to end users to reduce both the core …

To enable ever-increasing vehicular applications, heterogeneous vehicular networks
(HetVNets) are recently emerged to provide enhanced and cost-effective wireless network …

The flourishing vehicular applications require vehicles to download huge amount of Internet
data, which consumes significant backhaul bandwidth and considerable time for data …

In this paper, a cooperative roadside unit (RSU) caching policy is proposed for vehicular
content delivery networks (VCDNs) in two-way road with a T-junction to reduce the average …

The advanced technology of connected and automated vehicle (CAV) is expected to
revolutionize the future transportation systems, which can enable vehicular information …

Traffic congestion is one of the major challenges faced by daily commuters in smart cities.
An autonomous transportation system with a 5 G-based Cellular Vehicle-to-Everything (C …

In this article, we propose a cooperative edge caching scheme, which allows vehicles to
fetch one content from multiple caching servers cooperatively. In specific, we consider two …

Edge caching has been explored as an effective technology to alleviate the heavy traffic
burden of the backhaul and avoid transmission congestion in vehicular networks. However …

Currently, most studies on content caching strategies for vehicular networks rely on the Zipf
distribution model of content popularity. This approach, however, often fails to accommodate …

Mobile edge caching which exploits the similarity in content requests to reduce duplicated
transmissions, is considered as an effective solution to address the challenge of increasing …