Employing vehicle communication and automated control technologies, autonomous
vehicles (AVs) can safely drive closer together than human-driven vehicles (HVs), thereby …

Compared to human-driven vehicles (HDVs), connected and autonomous vehicles (CAVs)
can drive closer to each other to enhance link capacity. Thereby, they have great potential to …

This article is the first in the literature to investigate the network traffic equilibrium for
traveling and parking with autonomous vehicles (AVs) under a fully automated traffic …

Abstract Although Autonomous Vehicles (AVs) will enhance mobility and safety, their impact
on congestion is not clear yet. AVs may increase roadway capacity due to their connectivity …

This paper develops a mathematical approach to optimize a time-dependent deployment
plan of autonomous vehicle (AV) lanes on a transportation network with heterogeneous …

This paper advocates the need for infrastructure planning to adapt to and further promote the
deployment of autonomous vehicle (AV) technology. It is envisioned that in the future …

Abstract Autonomous Vehicles (AVs) are bringing challenges and opportunities to urban
traffic systems. One of the crucial challenges for traffic managers and local authorities is to …

Autonomous vehicles (AVs) show promise for increasing roadway safety and capacity.
During the AV transition era, which will be characterized by a mixed fleet of AVs and human …

The introduction of autonomous vehicles (AVs) in the near future will have a significant
impact on road traffic. AVs may have advantages in efficiency and convenience, but safety …

Recently, many studies have shown that during the transition period of the coexistence of
autonomous vehicles (AVs)/connected automated vehicles (CAVs) and human-driven …