Rapid advancements in vehicle automation and a shift towards collaborative consumption
trends will disrupt future urban mobility systems. We present a joint model of consumers' …

Despite the growing interest in implementing shared autonomous vehicles (SAVs) as a new
mobility mode, there is still a lack of methodologies to unpack SAV adoption by individuals …

Emerging autonomous vehicles (AVs) and shared mobility systems per se will transform
urban passenger transportation. Coupled together, shared AVs (SAVs) can facilitate …

Promoting sustainable transportation, ride-sourcing and dynamic ridesharing (DRS)
services have transformative impacts on mobility, congestion, and emissions. As emerging …

Cities around the world are piloting projects to evaluate the feasibility and benefits of shared
autonomous vehicles (SAVs), as their large-scale implementation and integration into public …

Connected and automated (self-driving) vehicles (CAVs and AVs) will soon become a viable
mode option, though their exact pattern of adoption and use is expected to vary based on …

The integration of automation and shared mobility services would significantly affect
transportation demand, especially mode choice. However, little is known about how …

Abstract Automated Vehicles (AVs) have gained substantial attention in recent years as the
technology has matured. Researchers and policymakers envision that AV deployment will …

Autonomous vehicles (AVs) have emerged as a transformative technology with the potential
to both fundamentally improve lives in cities but also to exacerbate suburban sprawl, vehicle …

Abstract Autonomous Vehicles (AVs) have the potential to make motorized transport safer
and more sustainable, by integrating clean technologies and supporting flexible shared …