Connected and Automated Shuttles (CAS) are emerging technologies recently introduced
into urban intelligent transport systems to enhance their efficiency. However, the majority of …

The introduction of automated, electrified, and ridesourcing mobility options will likely
revolutionize mobility over the coming decades. Adoption of these new mobility technologies …

Access to shared and fully-automated or 'autonomous' vehicles (SAVs) is coming, and
expected to be popular and cost-effective, especially for city dwellers. This chapter …

Ride sharing offers great potential to decrease the number of vehicles in the street and
improve traffic congestion, if the customers are willing to share a ride and accept a certain …

Governments, regulatory bodies, and manufacturers are proposing plans to accelerate the
adoption of electric vehicles (EVs), with the goal of reducing the impact of greenhouse gases …

The emergence of autonomous driving technologies will transform mobility in the future.
Shared autonomous vehicles (SAVs) are crucial elements of sustainable future mobility …

Autonomous busses and on-demand (OD) services have the potential to improve the public
transport system. However, research on potential traffic impacts is still ongoing, mainly …

The success of future, on-demand AVs depends on whether and how the public adopts them
as regular travel modes. To this end, this study has four objectives:(a) understand the effect …

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 …

Literature is available on the adoption of shared autonomous vehicles (SAVs), but most of it
is theoretical and lacks data provided by people who have actually ridden in SAVs. This …