Connected automated vehicles have the capability to operate autonomously by monitoring
real-time traffic information through on-board sensors, such as velocity and distance …

Many controllers have been designed for the longitudinal car-following mode of connected
and automated vehicles. The existing body of research shows that these controllers more or …

Connected technology enhances the sensing capabilities of vehicles and enables them to
access information not only from the front direction but also from the back direction. This …

As a primary stage of connected and automated vehicles (CAVs), the cooperative adaptive
cruise control (CACC) system takes some outstanding advantages such as accurate …

Autonomous driving technology and vehicle-to-vehicle communication technology make the
hybrid driving of connected and automated vehicles (CAVs) and regular vehicles (RVs) a …

To alleviate traffic congestion, an improved car-following model for connected vehicles is
proposed in this paper by considering backward-looking effect and motion information of …

Through vehicle-to-infrastructure communication, the road-side units could collect traffic
information of a selected road section and send the refined traffic information to the vehicles …

Urban traffic is developing rapidly in the direction of intelligence and networking. In order to
further enhance the role of connected vehicles in improving the traffic characteristic of the …

In the foreseeable future, a complex heterogeneous traffic environment will emerge as
Connected and Autonomous Vehicles (CAVs) coexist with Human-driven Vehicles (HDVs) …

Connected vehicles that communicate via vehicle-to-vehicle (V2V) and vehicle-to-
infrastructure (V2I) communication technologies have become a hot topic in the …