In vehicular communications, the use of IP-based vehicular networking is expected to
enable the deployment of various road applications, namely for vehicle-to-infrastructure …

The use of Electric Vehicle (EV) is growing rapidly due to its environmental benefits.
However, the major problem of these vehicles is their limited battery, the lack of charging …

Vehicular communication networks have emerged as a promising platform for the
deployment of safety and infotainment applications. The stack of protocols for vehicular …

Vehicular communication networks, such as the 802.11 p and Wireless Access in Vehicular
Environments (WAVE) technologies, are becoming a fundamental platform for providing real …

Redes veiculares sao redes formadas por veıculos automotores e por equipamentos fixos
geralmente localizadosas margens de ruas ou de estradas. Devido a caracterısticas como …

Vehicular ad hoc networks allow the exchange of information between vehicles to improve
road safety. In addition, vehicles can be connected to the Internet through gateways placed …

Building vehicular networks in roads and highways is a challenging research topic with a
large number of applications ranging from traffic jams and car collisions prevention to …

Vehicular communications networks are envisioned for the access to drive-thru Internet and
IP-based infotainment applications. These services are supported by roadside access …

With the convergence of IT and automobile technologies, one of the key challenges is to
effectively deliver Internet-based data through the vehicular network. The conventional …

The inherent characteristics of vehicular networks, such as dynamic topology and high
mobility, pose significant challenges for the deployment of delay-sensitive applications, eg …