After years of hypothetical surveys and simulator studies, automated vehicles (AVs) are now
being tested in realistic traffic environments adding validity to knowledge about their …

Automated vehicles (AVs) have left the laboratories and can be experienced in several
projects, eg at the premises of a clinic in Germany. With this transition, research on AV …

Without public support, the deployment of Automated Vehicles (AVs) is doomed to failure.
Therefore, their acceptability has been widely studied. On the basis of a systematic literature …

This field study aims at understanding the influence of direct experience of an automated
vehicle (AV, Level 3) and explaining and predicting public acceptance of AVs through a …

Introduction: This research systematically reviewed relevant studies on users' acceptance of
conditional (Level 3) to full (Level 5) automated vehicles when such vehicles are to be used …

We introduce the Autonomous Vehicle Acceptance Model (AVAM), a model of user
acceptance for autonomous vehicles, adapted from existing models of user acceptance for …

There has been an increase of automated vehicle (AV) technologies in recent years. Using
qualitative methods, this study explored drivers' responses to the experience of AVs …

Fully automated vehicles (AVs) hold promise toward providing numerous societal benefits
including reducing road fatalities. However, we are uncertain about how individuals' …

Automated vehicles (AVs) need to be trusted by cyclists and pedestrians where they will
share the road. To test trust, cyclists and pedestrians, and a comparison cohort of drivers …

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 …