Stream media content caching is a key enabling technology to promote the value chain of
future urban vehicular networks. Nevertheless, the high mobility of vehicles, intermittency of …

The explosive growth of mobile data traffic has made cellular operators to seek low‐cost
alternatives for cellular traffic off‐loading. In this paper, we consider a content delivery …

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 …

Content Caching at the edge of vehicular networks has been considered as a promising
technology to satisfy the increasing demands of computation-intensive and latency-sensitive …

Driven by the emerging requirements of Internet of Vehicles (IoV), future vehicles are
expected to have the ability to provide not only the autonomous driving services, but also the …

The high mobility of vehicles in vehicular networks presents difficulties in timely and low-
delay content delivery. Edge caching is a promising approach for overcoming these …

Vehicular edge computing (VEC) can learn and cache most popular contents for vehicular
users (VUs) in the roadside units (RSUs) to support real-time vehicular applications …

Content caching in vehicular networks is a promising technology to dramatically reduce the
request-response time and transmission delay. The existing caching policies often suffer …

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

With the emergence of a large number of computing resource-intensive applications and a
variety of content delivery services, data in Internet of Vehicles (IoV) is exploding. In order to …