Vehicle automation safety must be evaluated not only for market success but also for more
informed decision-making about Automated Vehicles'(AVs) deployment and supporting …

Automated vehicles (AVs) promise to improve road safety, reduce traffic congestion and
emissions, and enhance mobility. However, evidence regarding their safety benefits has not …

Over the last decade, significant progress has been made in automated driving systems
(ADS). Given the current momentum and progress, ADS can be expected to continue to …

Autonomous mobility is one of the rapidly evolving aspects of smart transportation which
carries the potential of reshaping both demand and supply sides of transportation systems …

Automated vehicles (AVs) represent an opportunity to reduce crash frequency by eliminating
driver error, as safety studies reveal human error contributes to the majority of crashes. To …

It is anticipated that in the near future, the penetration rate of vehicles with some
autonomous capabilities (eg, adaptive cruise control, lane following, full automation, etc.) …

Freeway on-ramp merging areas are high-risk areas for motor vehicle crashes and conflicts
due to the variety of driving styles, the difference in mainline and ramp traffic states, and …

Supporting policies are required to govern the (unintended) negative consequences of
Autonomous Vehicle (AV) implementation and to maximize their benefits. The first step …

Autonomous/self-driving vehicles have gained significant attention these days, as one of the
intelligent transportation systems. However, those vehicles have risks related to their …

Oversaturation has become a serious issue for urban intersections worldwide due to the
rapid increase in population and traffic demands. The emergence of connected and …