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

This paper investigates the effects of the built environment and weather on the demands for
transportation network companies (TNC) in Toronto. The research is based on a historical …

The impending arrival of autonomous vehicle (AV) technology has the potential to transform
how individuals perceive time spent travelling. By removing the need to drive and pay …

Time use during travel has been the subject of considerable research in recent years thanks
to its crucial role in determining the utility of travel time. While most of these studies have …

We estimated travel demand models that incorporate a private autonomous vehicle (AV)
option using revealed preference data in which personal chauffeurs simulated a personally …

We carried out a survey with students on time use during activities and trips with upcoming
fully automated vehicles (AV). Compared to current time used in public transit, in AV more …

This paper develops an analytical framework to estimate commute accessibility and
adoption of various ridehailing service concepts across the US by synthesizing individual …

Urban air mobility (UAM), if successful, will disrupt urban transportation. UAM is not the first
disruptive technology in transportation, with recent examples including electric ground …

In this study we aim to identify how the adoption of autonomous vehicles (AVs) affects the
value of travel time savings (VOTTS) for commuting trips under different trip distance …

The interaction between mixed autonomy traffic and public transport vehicles competing for
limited road space is a less explored area of research. To evaluate the traffic dynamics in …