We consider a system where users aboard communication-enabled vehicles are interested
in downloading different contents from Internet-based servers. This scenario captures many …

Content downloading in vehicular networks is a topic of increasing interest: services based
upon it are expected to be hugely popular and investments are planned for wireless …

Content access and downloading in vehicular environments is expected to heavily rely on
the availability of roadside infrastructure. Although vehicle-to-vehicle communication is …

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 …

Disseminating shared information to many vehicles could incur significant access fees if it
relies only on unicast cellular communications. We consider the problem of efficient content …

We propose an information-sharing application for wireless intervehicular networks (IVNs),
called Infoshare. The Infoshare application leverages the broadcast nature of the wireless …

We consider a complex (ie, nonlinear) road scenario where users aboard vehicles equipped
with communication interfaces are interested in downloading large files from road-side …

This paper proposes a new intelligent transportation system (ITS) that uses not only
integrated cellular and wireless multihop relaying technologies but vehicles' mobility profiles …

Content delivery is a key functionality for developing the Internet of Vehicles. In such
networks, vehicles act as sensors of the urban mobility by constantly exchanging messages …

This paper proposes a practical and cost-effective approach to construct a fully distributed
roadside communication infrastructure to facilitate the localized content dissemination to …