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

Autonomous and connected vehicle technologies have the potential to bring profound
changes in travel behavior and transportation network performance with moderate to …

To explore potential travel behavior shifts induced by personally owned, fully autonomous
vehicles (AVs), we ran an experiment that provided personal chauffeurs to 43 households in …

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

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 …

Introducing autonomous vehicles (AVs) reduces generalized transportation costs and
encourages people to relocate. Understanding the subsequent changes in urban structure …

Given that connected autonomous vehicles (CAV) are getting road tested and they may
soon become available for public use, significant changes in people's travel behavior and …

Considerable interest exists in modeling and forecasting the effects of autonomous vehicles
on travel behavior and transportation network performance. In an autonomous vehicle (AV) …

Planning for autonomous vehicles (AVs) depends on understanding how commuters
behave and respond to this disruptive technology. There is a growing body of research on …

Although much research has been devoted to the effects of autonomous vehicles (AVs) on
urban areas, little work has been dedicated to the potential impacts of AVs in rural areas …