Connected vehicle technology can be beneficial for traffic operations at intersections. The
information provided by cars equipped with this technology can be used to design a more …

Traffic signals at intersections are an integral component of the existing transportation
system and can significantly contribute to vehicular delay along urban streets. The current …

In recent years, automated vehicles (AVs) are emerging as a realistic and viable option.
Consequently, substantial research efforts are being dedicated to the development of …

This paper develops a novel linear programming formulation for autonomous intersection
control (LPAIC) accounting for traffic dynamics within a connected vehicle environment …

Abstract Information from connected vehicles, such as the position and speed of individual
vehicles, can be used to optimize traffic operations at an intersection. This paper proposes …

This paper extends a real-time, Connected Vehicle-based traffic signal control algorithm at
isolated intersections to balance between two competing intersection objectives: efficiency …

We model and analyze a futuristic intersection that serves only connected, autonomous and
centrally managed vehicles. Under consideration are three control strategies that aim to …

Automated vehicles or AVs (ie, those that have the ability to operate without a driver and can
communicate with the infrastructure) may transform the transportation system. This study …

The state of the practice traffic signal control strategies mainly rely on infrastructure based
vehicle detector data as the input for the control logic. The infrastructure based detectors are …

This paper presents a cumulative travel-time responsive (CTR) real-time intersection control
algorithm that takes full advantage of connected vehicles (CVs). The potential benefits of the …