Research on the use of autonomous vehicles as a mode of public transport in a city context
is lacking. This paper focuses on the use of recently established autonomous buses (self …

Autonomous vehicles (AVs) can potentially compensate for human error whilst driving. Thus,
the number of accidents and the amount of congestion, emissions and fuel consumption …

Autonomous vehicles, electrification, and ride-sharing appear to be the next big change in
the field of mobility. It can lead to safer roads, less congestion, and reduced parking. In this …

Autonomous vehicles (AVs) represent a new, growing segment of transportation research.
While there have been prior studies and deployments of AVs worldwide, full autonomy in …

Fully automated self-driving cars, with expected benefits including improved road safety, are
closer to becoming a reality. Thus, attention has turned to gauging public perceptions of …

Public autonomous vehicles (AVs) have a high potential to solve traffic related problems and
environmental challenges. However, without the passengers' acceptance, the potential to …

Autonomous driving is receiving increasing attention in the automotive industry as well as in
public transport. However, it is still unclear whether users are willing to use automated public …

Current technological developments allow the testing of shared autonomous electric
vehicles in real-life conditions. Consequently, we can evaluate how users react and if these …

The development of autonomous vehicles (AVs) holds a high potential for improving
security, reducing congestion, increasing fuel efficiency, and saving time. Various studies …

Non-rail autonomous public transport vehicles have emerged over the last few years.
Technical progress in automation has resulted in a growing number of autonomous shuttle …