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 …

We are entering an era of automated vehicles (AVs), which has potential to improve road
safety considerably. A compelling user experience is crucial to AV adoption in the future …

Advancements in technology are bringing automated vehicles (AVs) closer to wider
deployment. However, in the early phases of their deployment, AVs will coexist and …

Automated driving systems (ADSs) allow vehicles to engage in self-driving under specific
conditions. Along with the potential safety benefits, the increase in productivity through non …

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 …

The purpose of this study was to explore factors affecting users' acceptance of automated
vehicles (AVs, Level 3). A theoretical acceptance model was proposed by extending the …

In urban areas, drivers often have difficulty detecting pedestrians who want to cross the
street but are obstructed by parked vehicles. Highly automated vehicles (HAVs, SAE Level …

Automated vehicle (AV) technology is likely to influence transportation, mobility, and society
dramatically. The year 2020 was a horizon year for the AV, as manufacturers expected …

As the progression from partial to fully autonomous vehicles (AVs) accelerates, the driver's
role will eventually change from that of active operator to that of passenger (Kyriakidis et al …

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 …