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

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

To enable the emerging vehicular applications and multimedia services in an Internet of
Vehicles (IoV) framework, edge caching is a promising paradigm which can cache content in …

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 …

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 …

Abstract Vehicular Content Networks (VCNs) represent key empowering solution for content
distribution in fully distributed manner for vehicular infotainment applications. In VCN, both …

Compromised by the ever increasing amount of mobile data traffic generated by mobile
devices, edge servers are expected to provide caching resources for users so as to enable …

For vehicular ad hoc networks (VANETs), edge caching has attracted considerable research
attention to maximize the efficiency and reliability of infotainment applications. In this article …

In this article, we propose a cooperative edge caching scheme, a new paradigm to jointly
optimize the content placement and content delivery in the vehicular edge computing and …

By shifting the requested content to the edge in the Internet of Vehicles (IoV), edge caching
is expected to be an effective solution to satisfy the low latency and high-reliability …