Perceived risk and trust are crucial for user acceptance of driving automation. In this study,
we identify important predictors of perceived risk and trust in a driving simulator experiment …

Highly Automated Driving technology will be facing major challenges before being
pervasively integrated across production vehicles. One of them will be monitoring drivers' …

Objective This study examines how driving styles of fully automated vehicles affect drivers'
trust using a statistical technique—the two-part mixed model—that considers the frequency …

When evaluating drivers' trust in automated systems, perceived risk is an inevitable, yet
underestimated component, especially during initial interaction. We designed two …

Securing appropriate driver responses to conflicts is essential in automation that is not
perfect (because the driver is needed as a fall-back for system limitations and failures) …

Objective Automated driving is becoming a reality, and such technology raises new
concerns about human–machine interaction on road. This paper aims to investigate factors …

Objective: The aim of this study was to understand how to secure driver supervision
engagement and conflict intervention performance while using highly reliable (but not …

Six experienced drivers each undertook five 30-min journeys (portrayed as 'daily commutes'
ie one on each of five consecutive weekdays) in a medium-fidelity driving-simulator …

Vehicle automation is a potentially highly advantageous concept in terms of reducing traffic
accidents, eg, due to distractions by non-driving related tasks (NDRTs) or decreased …

Driving automation systems are being introduced into mass-market vehicles, but little is
known about whether drivers will trust driving automation systems and use the technology …