With the development of smart cities, new requirements have been put forward for the
control of carbon emissions (CEs) in the transportation system. Intelligent transportation …

Autonomous vehicles (AVs) may have significant environmental impacts although there are
still few studies focusing solely on these effects. A vast majority of articles address …

The application of connected and automated vehicles can significantly reduce traffic
congestion, fuel consumption, and transportation emissions. Most existing studies on …

To reduce energy consumption and transportation emissions during car-following behavior
on highways, we propose a car-following model for connected automated vehicles (CAVs) …

Electrification of urban transportation systems is an important path towards achieving low
carbon transportation and meeting climate commitments. Despite zero on-road greenhouse …

This research conducts a comprehensive review on the social impacts of Cooperative
Automated Driving (CAD), including Infrastructure Enabled Autonomy (IEA). In order for …

Automated vehicles (AV) will have an impact on the movement of people and goods.
Assessing the effects of AVs on land use, congestion and the environment is of utmost …

Traffic oscillation, a traffic phenomenon that generates many carbon emissions, originates
from the amplification of traffic disturbance. The connected and automated vehicle (CAV) …

Although existing research identified influences of age and gender on Automated Vehicle
(AV) acceptance, the underlying reasons were not revealed. A potential reason is that age …

Connected and automated vehicles (CAVs) are expected to revolutionise transport
worldwide and transform urban life. However, there are many unknowns concerning the …