Urban air mobility (UAM), if successful, will disrupt urban transportation. UAM is not the first
disruptive technology in transportation, with recent examples including electric ground …

Excessive dependence on autonomous vehicles (AVs) may exacerbate traffic congestion
and increase exhaust emissions in the future. The diffusion of AVs may be significantly …

Autonomous vehicles (AVs) are a key transportation technology of the future and will be
integral to smart cities. An increased understanding of user adoption is necessary to …

Fully autonomous vehicles (AV) would potentially be one of the most disruptive technologies
of our time. The extent of the prospective benefits of AVs is strongly linked to how widely they …

Smart cities are developing at increasing speed. Smart cities rely on the deployment of
information and communication technology (ICT) that is digitally transforming our habitats …

Autonomous vehicles (AVs) utilize new technology that promises to enhance transportation
equity, accessibility, and safety; however, their acceptance by consumers, as well as their …

Despite the growing interest in implementing shared autonomous vehicles (SAVs) as a new
mobility mode, there is still a lack of methodologies to unpack SAV adoption by individuals …

To examine the public acceptance of connected vehicles (CVs), this study developed a
novel connected vehicle acceptance model (CVAM) extending the technology acceptance …

Autonomous vehicles (AVs) hold great promise to contribute to global sustainability by
expanding access to mobility. The introduction of autonomous buses and shuttles could be a …

Although multiple studies have modeled and predicted the potential effects of shared
autonomous vehicles (SAVs), the research on the adoption of SAVs by riders with actual …