The way a person chooses to utilize automated vehicle systems is not yet well understood. A
structural equation model of acceptance of such systems of was constructed, applying …

This chapter explores the acceptance models in other domains within information
technology are reviewed, and the Unified Theory of Acceptance and Use of Technology …

The eventual adoption of automated vehicles seems inevitable. With the potential to reduce
traffic accidents caused by human error [1], decrease congestion, increase mobility, and …

A consumer-facing automation taxonomy is proposed to address emergent issues of
consumer confusion related to automation types and associated role responsibility. A set of …

Increasing availability of and extensive investments toward automation in consumer vehicles
call for a better understanding of public perceptions and acceptance. This study presents a …

Potential theoretical sub-dimensions of acceptance of highly automated vehicles remain
unclear. A study investigated the sub-factors of a scale to measure acceptance of high levels …

Fully automated vehicles hold promise for providing numerous societal benefits, including
drastically reducing road fatalities. However, we know little about the adoption practices of …

Objective This study aims to develop user acceptance models for two concepts of full driving
automation: personally owned and shared use. Background Many manufacturers have been …

To ensure the successful deployment of Automated Vehicles (AVs), it is important to
understand users' acceptance and willingness to use. The majority of previous studies which …

Transportation users are increasingly aware of a possible future where they may ride in or
share the road with automated vehicles. However, even with recent technological advances …