Automated vehicles are expected to improve safety, mobility, and inclusion. User
acceptance is required for the successful introduction of this technology. One essential …

The inevitable impact of autonomous vehicles (AV) on traffic safety is becoming a reality with
the progressive deployment of these vehicles in different parts of the world. Still, many …

In urban areas, drivers often have difficulty detecting pedestrians who want to cross the
street but are obstructed by parked vehicles. Highly automated vehicles (HAVs, SAE Level …

Hazard perception, as a dynamic indicator, intuitively characterizes drivers' ability to detect
potential hazard events in complex driving environments. However, current quantitative …

As a social system, traffic requires the coordination between different involved road users,
particularly in shared spaces (eg, parking areas) with fewer statutory regulations and hence …

In urban environments, automated driving offers the opportunity to improve traffic flow,
heighten user comfort and also increase traffic safety for vulnerable road users. To realize …

Automated vehicles pose a unique challenge to the safety of vulnerable road users.
Research on cyclist-automated vehicle interaction has received relatively little attention …

For the successful market launch of automated vehicles (AVs), passengers must feel safe
and sufficiently comfortable during automated rides. Considering these needs is essential …

Scenario-based testing for automated driving systems (ADS) is an industry norm for safety
assurance. A scenario describes situations that an automated driving systems may …

In this study," Real-Time Information Access in Urban Environments: A User Interaction
Study Using the Real-Time Information Test," participant data revealed a diverse group with …