Autonomous Vehicles (AV) are likely to have profound effects on cities. Using a survey of
regular commuters into the Adelaide CBD we investigate views on AV ownership, use …

Autonomous vehicles (AVs) potentially increase vehicle travel by reducing travel and
parking costs and by providing improved mobility to those who are too young to drive or …

Driverless vehicles are expected to revolutionize existing transportation systems by
improving safety, mobility, and sustainability. This study provides a framework that …

The literature suggests that autonomous vehicles (AVs) may drastically change the user
experience of private automobile travel by allowing users to engage in productive or …

The current study is motivated by the need to better understand the potential impacts that
vehicular automation may have on individual decisions of residential and work relocation in …

High market penetration of autonomous vehicles (AVs) and connected-autonomous vehicles
(CAVs) is expected to impact transportation network performance, which is an important …

Many studies have begun investigating possible transportation landscapes in the
autonomous vehicle (AV) era, but empirical results on longer-term decisions are limited. We …

Abstract The introduction of Autonomous Vehicles (AVs) into cities may fundamentally
transform the design and use of cities. On one hand, AVs offer the potential to reduce the …

Fully autonomous vehicles (AVs) have the potential to considerably change urban mobility
in the future. This study simulates potential AV operating scenarios in the Greater Toronto …

The advent of the autonomous vehicle (AV) will affect not only the transportation system, but
also future patterns of land development. Integrated land use and transportation models will …