Recent improvements in vehicular ad hoc networks are accelerating the realization of
intelligent transportation system (ITS), which not only provides road safety and driving …

With the exponential growth of data traffic in wireless networks, edge caching has been
regarded as a promising solution to offload data traffic and alleviate backhaul congestion …

In recent years, wireless communication demands from high-speed vehicles rapidly
increase, due to the enrichment of various emerging vehicular applications including road …

When it comes to content access using intervehicle communications (IVC), data will mostly
flow through roadside units (RSUs) that deployed in our cities. Unfortunately, the RSU …

We consider the problem of proactive retention aware caching in a heterogeneous wireless
edge network consisting of mobile users accessing content from a server and associated to …

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 …

With the rapid growth of data traffic in cellular networks, edge caching has become an
emerging technology for traffic offloading. We investigate the caching placement and content …

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 …

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 …

Mobile edge caching has emerged as a new paradigm to provide computing, networking
resources, and storage for a variety of mobile applications. That helps achieve low latency …