Public acceptability, and ultimately acceptance, of automated vehicles (AVs) is critical in
order to ensure that drivers utilise them and thus realise their predicted safety and other …

Considerable interest exists in modeling and forecasting the effects of autonomous vehicles
on travel behavior and transportation network performance. In an autonomous vehicle (AV) …

This study analyzes pedestrian receptivity toward fully autonomous vehicles (FAVs) by
developing and validating a pedestrian receptivity questionnaire for FAVs (PRQF). The …

Most major automakers are developing vehicles with some level of automated driving
capability. These vehicles range from those with adaptive cruise control to full driverless …

One of the largest uncertainties in modelling the impacts of autonomous vehicles in future is
whether they will be owned or used as automated ride (hailing) services. This paper …

Public acceptance of autonomous vehicles (AVs) is vital for a society to reap their intended
benefits such as reduced traffic accidents, land usage, congestion and environmental …

Autonomous vehicle (AV) is an innovative transport option that has the potential to disrupt all
industries tied to transportation systems. The advent of AV technology will bring a novel on …

Although manufacturers and experts consider autonomous vehicles (AVs) as a much safer
alternative than traditional human-driven vehicles, the lack of trust and high perceived risk …

Despite the benefits of automated vehicles (AVs), there are still barriers to their widespread
adoption. Expectations about AVs have been identified as one of the most important factors …

Given the impending introduction of self-driving cars to Japan within the next several years,
gaining a better understanding of public opinion and risk perception of autonomous vehicles …