As autonomous vehicles (AVs) continue to evolve and approach widespread adoption in the
near future, the touted benefits of improved fuel efficiency at an individual level come under …

Autonomous vehicles (AVs)—vehicles that operate without real-time human input—are a
potentially disruptive technology. If widely adopted, there is the potential for significant …

Autonomous vehicles are drawing significant attention from governments, manufacturers
and consumers. Experts predict them to be the primary means of transportation by the …

The primary contribution of this paper is to identify the potential variables through which
vehicle automation may affect carbon emissions in the transportation sector, and compare …

The majority of research analyzing autonomous vehicle impacts focuses on an automated,
connected, electrified, and shared future. Yet, conventional private vehicle ownership and its …

Automated vehicles (AVs) are increasingly recognized as having the potential to decrease
carbon dioxide emissions and petroleum consumption through mechanisms such as …

Current travel patterns and energy usage could be dramatically disrupted by new vehicle
technologies, specifically in the case of automated vehicle (AV) technology. AV development …

Autonomous vehicles will have tremendous impact on our cities and regions. This rapidly
emerging technology will affect the transport system in its entirety including changes in …

We review the history, current developments, projected future trends and environmental
impacts of automated vehicles (AVs) and on-demand mobility, and explore potential …

Vehicle automation, along with vehicle electrification and shared mobility, may transform the
existing transportation if they are handled properly. However, they may create unintended …