The connected vehicle (CV) that integrates vehicle intelligence and communication network
technology is one of the main methods to approach intelligent transportation, which is of …

The strength of connected automated vehicles (CAVs) clustering, namely, platoon intensity,
has an essential impact on the traffic capacity, safety, and stability of the mixed traffic flow …

Work zones pose mobility issues to the traveling public and safety challenges to travelers
and road maintenance workers. These safety and mobility issues may be exacerbated by …

Automated truck platooning (ATP) has a good potential in energy conservation and carbon
emissions reduction, yet it has raised a wide concern to the safety and performance of …

As the Internet of Things (IoT) becomes more integrated with everyday life, Vehicle-to-
Vehicle (V2V) communication is becoming increasingly crucial for Intelligent Transportation …

Truck platooning for the transportation of loads is a strategy recently proposed by the
automotive sector to cope with traffic congestion, fuel consumption, and operational costs …

Truck platooning is a recent solution proposed to optimise road transportation. Platooning
can help improve transport efficiency and road safety, reduce traffic congestion, fuel …

This paper presents part of the studies developed in the European project
ENSEMBLE.(ENabling SafE Multi-Brand pLatooning for Europe). The first part of the paper …

Autonomous platooning technology has been considered a promising solution for reducing
costs in the trucking industry. In trucking networks, the operation of autonomous truck …

The concept of truck platooning is to take advantage of the connectivity technologies and
automated driving support systems to link trucks in close formation (convoy) to increase …