Based on the four-element model, this paper reviewed the important research progress in
vehicle platoon, compared the advantages and disadvantages of different models in each …

The increasing demand for capacity in railway transportation has spawned the concept of
virtual coupling (VC), which can further shorten the intertrain distance by applying …

Connected and automated vehicles (CAVs) promise to significantly improve road traffic. To a
certain extent, this situation is similar to the expectations at the end of the last century about …

Abstract Adaptive Cruise Control (ACC) systems are becoming increasingly available as a
standard equipment in modern commercial vehicles. Their penetration rate in the fleet is …

Microscopic traffic flow models enable predictions of traffic operations, which allows traffic
engineers to assess the efficiency and safety effects of roadway designs. Modeling vehicle …

With the development of connected automated vehicles (CAVs) technologies, traffic flow on
the road is converting into the heterogeneous traffic flow, which consists of CAVs and human …

Virtual coupling (VC) is an advanced technology in train control systems, which enables
trains to run information with a small tracking interval. Hence, it can significantly increase the …

This paper presents a rolling horizon stochastic optimal control strategy for both Adaptive
Cruise Control and Cooperative Adaptive Cruise Control under uncertainty based on the …

Literature has shown potentials of Connected/Cooperative Automated Vehicles (CAVs) in
improving highway operations, especially on roadway capacity and flow stability. However …

Virtual coupling (VC) brings unprecedented opportunities for the train operation system by
controlling multiple trains as a virtually coupled train set (VCTS) via train automation and …