Automated vehicles (AVs) will be at the stage of human–machine cooperative driving
probably for a long term and their control is shared by two drivers: the human driver and the …

Emerging electric carsharing (EC) systems have demonstrated their advantages and
attracted public attention. The number of EC systems is growing throughout the world …

Around 90% of accidents stem from human error. Disruptive technology, especially
automated vehicles (AVs), can respond to the problems by, for instance, eradicating human …

Technological innovations have made driving automation closer and closer to reality.
Despite this, the adoption of highly automated driving by the public is not guaranteed yet …

The transport policy discourse posits Shared Autonomous Vehicles (SAVs) as a more
sustainable solution for the implementation of road automation technology. A successful …

Increasing population and travel demand has prompted new efforts to model travel demand
across the United States. One such model is rJourney that estimates travel demand among …

A growing body of Human-Computer-Interaction research and the automotive industry has
identified that understanding user needs and creating positive user experience (UX) is …

Negative emotions like frustration can lead to risky driving behavior in manual driving and
may hinder the acceptance of innovative automated vehicles. The option to automatically …

Keeping hands off the steering wheel poses a great safety challenge for self-driving vehicles
(SDVs). Determining how safe SDVs should be before being allowed on public roads is a …

In the upcoming decades, connected vehicles will join regular vehicles on the road, and the
characteristics of traffic flows will change accordingly. To better understand mixed traffic flow …