The integration of autonomous vehicles (AVs) onto public roads presents both technical and
social challenges. Public understanding and acceptance of AVs requires engagement with …

Autonomous vehicles will drive without human intervention and share the road with other
road users such as pedestrians and human drivers. We understand autonomous vehicles as …

Automated Vehicles (AVs) are expected to radically disrupt our mobility. Whereas much is
speculated about how AVs will actually be implemented in the future, we argue that their …

In modern urban settings, automobile traffic and collisions lead to endless frustration as well
as significant loss of life, property, and productivity. Recent advances in artificial intelligence …

As self-driving cars have grown in sophistication and ability, they have been deployed on
the road in both localised tests and as regular private vehicles. In this paper we draw upon …

Autonomous vehicles have gained attention recently since research organizations and
companies have presented (semi-) autonomous vehicles driving in public traffic. This …

Smooth traffic presupposes fine coordination between different actors, such as pedestrians,
cyclists and car drivers. When autonomous vehicles join regular traffic, they need to …

Autonomous Passenger Shuttles (APS) are rapidly becoming an urban public transit
alternative. Traversing populous commercial and residential centers, these shuttles are …

Autonomous vehicles (AVs) have the opportunity to reduce accident and injury rates in
urban areas and improve safety for vulnerable road users (VRUs). To realize these benefits …

With the rise of automated vehicles, a new road user had to be designed, an autonomous
system that needs to integrate into an ecosystem of human-human interaction. Traditionally …