Simulation studies suggest that Shared Automated Vehicles (SAVs) could reduce the total
vehicle kilometres travelled (VKT) thanks to efficiently pooling multiple users in one vehicle …

The capability of self-driving cars to relocate occupant-free is suggested to become one of
the most disruptive yet beneficial features in the era of fully autonomous vehicles (FAVs) …

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 …

Emerging autonomous vehicles (AVs) are expected to bring about a revolution in both the
automotive industry and transportation systems. Introducing AVs into the existing mobility …

Autonomous cars allow safe driving with a smaller headway than that required for normal
human-driven cars, thereby potentially improving road capacity. To attain this capacity …

This study examines the effects of parking reservation schemes on travel choices and flow
distribution in a commuting system comprising regular vehicles (RVs) and shared …

Rapid improvements in autonomous driving technology and the availability of autonomous
vehicles (AVs) are expected to change people's habitual travel patterns. Fully autonomous …

Once automatic vehicles (AV) are available, working from self-driving cars (WFC) will be an
option. It allows firms to socialize office land costs to road infrastructure used by AV's mobile …

Autonomous driving technology has the potential to alter the way we travel and is rapidly
evolving. Sharing rides in autonomous vehicles may become a popular mode of public …

To alleviate traffic congestion, it is necessary to effectively manage traffic bottlenecks. In
existing research, travel demand prediction for traffic bottlenecks is based on travel behavior …