The rapid improvements in communication and self-driving technology in recent years have
made connected autonomous cars an essential component of urban road transit. Connected …

Automated vehicles (AVs) may transform not only our travel experience but our complete
daily schedules. This study analyses the data from an interactive stated activity-travel survey …

Objective This study investigated drivers' subjective feelings and decision making in mixed
traffic by quantifying driver's driving style and type of interaction. Background Human-driven …

A system dynamics (SD) model for the autonomous vehicles (AVs) market development in
Beijing is proposed. The model approaches the vehicle scale evolution with the …

Vehicular trajectory data collected by connected automated vehicles (CAVs) is minimal due
to the low penetration rates (PRs) of CAVs, and fail to capture the characteristics of traffic …

Managing the mixed traffic involving connected and autonomous vehicles (CAVs) and
human-driven vehicles (HVs) at a signalized intersection has become a concern of …

People's perceptions of Autonomous Vehicles (AVs) are critical to understanding the role of
AVs in future transportation systems. Most previous work on AVs perceptions is based on …

Extensive research has examined the potential benefits of Automated Vehicles (AVs) for
increasing traffic capacity and improving safety. However, previous studies on AV …

The shared autonomous vehicle (SAV), combining shared mobility and vehicle automation,
will play a pivotal role in urban transportation. Effectively matching SAVs to stochastic …

Abstract Intelligent Connected Vehicle (ICV) is considered one of the most promising active
safety technologies to address current transportation challenges. Human-Machine Interface …