As development and testing of automated vehicle (AV) technologies grow, many advanced
driver assistance systems are rapidly being deployed (Zmud & Reed, 2019). This movement …

Vehicle automation and its adoption by the vehicle purchasers is an active area of research
among transportation academics. So far, most of the interest in the adoption of fully …

Automated vehicles are anticipated to have benefits for older adults in maintaining their
mobility and autonomy. These anticipated benefits can only be realized if this technology is …

A variety of stakeholders have put forth automated vehicle (AV) deployment timeline
predictions over the past decade. To synthesize these predictions, we performed a …

Abstract Integrating Automated Vehicles (AVs) into existing traffic systems holds the promise
of enhanced road safety, reduced congestion, and more sustainable travel. Effective …

Despite the promised benefits, the introduction of Automated Vehicles (AVs) on roads will be
confronted by many challenges, including public readiness to use those vehicles and share …

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

Although automated vehicles (AVs) are rapidly being developed, the public sector continues
to learn what this technology could mean for transportation policy. As reducing auto-based …

Automated vehicle (AV) deployment can bring about transformational changes to
transportation and society as a whole. The infrastructure owner-operators (IOOs), who own …

This study is motivated by the need to quantitatively understand the dynamic nature of
Automated Vehicle (AV) education's effectiveness, given the fact that existing research has …