Connected and automated vehicle (CAV) platoons have drawn much attention in the past
decades, given their potential to reduce fuel consumption, elevate roadway capacity, and …

Emerging autonomous modular vehicle (AMV) technology allows vehicle units to physically
dock on or split from each other en route to form vehicles of different lengths. This …

In this paper, a novel approach to train control systems based on virtual coupling is
presented. Virtual coupling is a concept that has evolved from platooning of vehicles and …

Merging areas serve as the potential bottlenecks for continuous traffic flow on freeways.
Traffic incidents in freeway merging areas are closely related to decision-making errors of …

By using kinematic state information obtained through vehicle‐to‐vehicle communications,
connected autonomous vehicles (CAVs) can drive cooperatively to alleviate shockwave …

Current traffic simulation approaches analyze vehicle loads and load effects from a statistical
perspective; however, they fail to reproduce the spatiotemporal distribution of bridge loads …

The coordinated ramp metering strategy aims to enhance the traffic flow on freeways by
integrating the effects of multiple on‐ramps. The success of this strategy depends heavily on …

When connected and autonomous vehicles (CAVs) are widely used in the future, we can
foresee many essential applications, such as platoon formation and autonomous police …

There is consensus in industry and academia that Highly Automated Vehicles (HAV) and
Connected Automated Vehicles (CAV) will be launched into the market in the near future …

The smart factory leads to a strong digitalization of industrial processes and continuous
communication between the systems integrated into the production, storage, and supply …