This report presents a study that investigated potential travel behavior changes in light of
automated, connected, electric, and shared-use vehicle (ACES) technologies. Three main …

Early consistent measurement of intent to use automated vehicles will help explore the
public's reactions, improve the knowledge base, and facilitate an understanding of the …

Shared autonomous vehicles (AVs) will soon be introduced in public transportation as cities
and their transportation systems become 'smarter'. This brings long-term environmental …

Connected and autonomous vehicles (CAVs) can revolutionize the daily travel modes,
personal, public, or shared mobility because of technology-assisted driving. However, such …

Automated vehicles (AVs) are currently being trialed and deployed in many countries
around the world. While some predict that AVs capable of driving themselves in all situations …

Automated vehicles, if shared, have the potential to blur the lines between public and private
transportation services. This chapter reviews possible future shared automated vehicle …

Automated vehicles (AVs) have emerged rapidly in recent years, becoming a focus of high
expectations and heated debates. Advocates argue that the arrival of AVs will make driving …

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

Motivated by the transformative roles of shared, autonomous, and electric vehicles in future
urban mobility and human life, this dissertation investigates humans' adoption behavior of …

While research on developing and testing automated vehicle (AVs) technologies is well
underway, research on their implications on travel-related behavior is in its infancy. The aim …