Aim This study identifies and compares perceptions of autonomous vehicle (AV)
implementation among three Swedish stakeholder groups: Future Users, Urban Planners …

Autonomous vehicles (AVs) aim to improve safety and comfort of road users while
contributing to the reduction of traffic congestion, air pollution, fuel consumption, and …

This article seeks to clarify how autonomous vehicles (AV) could affect urban planning and
the built environment, to what extent these effects are compatible with municipalities' existing …

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 …

The resistance towards automated vehicles (AVs) is little understood. The main objective of
this study is to examine the resistance towards AVs, identifying the factors explaining …

Autonomous vehicles (AVs), also called driverless vehicles, according to SAE International
(2016) levels 4 and 5 definitions, are the next revolution in transport. This thesis provides an …

Technology providers, car manufacturers, and public agencies all need to work together to
undertake extensive testing of fully autonomous vehicles (AVs) on public roads before such …

While autonomous vehicle (AV) technology is forecast to widely disrupt transport systems,
governments' roles in influencing this innovation have not been examined holistically. This …

There is great and growing interest in autonomous vehicles (AVs), both in relation to rapid
technological developments and the trialling of these developments, and the potential for …

Growing concerns, regarding transport disadvantage and increased socioeconomic
disparities, demand innovative ways to improve equity and make transportation systems …