The autonomous platoon is today one of the key tools for better road utilization. In fact, by
optimizing the distance between vehicles, the air drag is reduced, and researchers have …

Platooning is one of the most promising Intelligent Transport Systems (ITS) applications,
which is set to reduce the negative aspects of road traffic, by improving safety, fuel efficiency …

Vehicle-to-vehicle (V2V) communication is a core brick of the smart vehicle, especially in
highway platooning configurations where it enables the lateral and longitudinal control of …

The control of a platoon using IEEE 802.11 p is an active research challenge in the field of
vehicular networking and cooperative automated vehicles. IEEE 802.11 p is a promising …

Vehicle platooning systems improve road active safety while relying on connected vehicles
and exchanging critical safety messages. This paper investigates the applicability of visible …

Visible light communication (VLC) is advocated as a promising technology designed for
ubiquitous broadband connectivity. This paper focuses on evaluating the performance of …

Platooning is one of the Intelligent Transportation System (ITS) applications that is
envisioned to improve both road traffic safety as well as road capacity and environmental …

Platooning is a promising vehicle formation where autonomous vehicles are accessing each
others information and grouped within a dose proximity. Multiplatoon, on the other hand, is …

The major benefits of driving vehicles in controlled close formations such as platoons are
that of increasing traffic fluidity and reducing air pollution. While vehicle-to-vehicle (V2V) …

In platooning, multiple vehicles driving in succession on the road virtually connect to each
other and reduce the distances between them. The platoon leader transmits data to the other …