AV subnetworks is a way to deal with automated traffic and its technological need that will
likely increase during the AVs deployment period. This strategy carries many benefits, yet …

Fully automated vehicles (AVs) are not yet a reality but already cast speculation on the future
of urban regions. Several impacts are expected at different levels, mostly at traffic and …

Once trusted, automated vehicles (AVs) will gradually appear in urban areas. Such a
transition is an opportunity in transport planning to control undesired impacts and possibly …

This study focuses on network configurations to accommodate automated vehicles (AVs) on
road networks during the transition period to full automation. The literature suggests that …

Vehicle automation is not yet a reality which casts huge speculation of what will really
happen when implemented in the near future. The effective deployment of such novelty …

Automated vehicles (AVs) are believed to have great potential to improve the traffic capacity
and efficiency of the current transport systems. Despite positive findings of the impact of AVs …

Automated vehicles (AVs) are becoming a reality with several pilot projects demonstrating
that the technology will be available soon. Still, most of the modeling research that has been …

Automated vehicle (AV) technology is rapidly moving towards reality and will be mature
within the next decade. However, the physical, institutional, and legal infrastructure for …

The technological development of autonomous vehicles (AVs) challenges their economic
relevancy. Are AVs worth it? We adapted the cost–benefit analysis framework to the case of …

Automated vehicle (AV) technology is rapidly moving towards reality and will be mature
within the next decade. However, the physical, institutional, and legal infrastructure for …