Connected and automated vehicle (CAV) technologies offer promising solutions to
challenges that face today's transportation systems. Vehicular trajectory control and …

Traffic conflict points (eg, intersections, work-zones) cause travel delay, stop-and-go traffic,
and excessive energy consumption. Efforts have been taken to improve traffic conflict point …

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 …

Current research on traffic control has focused on the optimization of either traffic signals or
vehicle trajectories. With the rapid development of connected and automated vehicle (CAV) …

Trajectory planning for connected and automated vehicles (CAVs) has been studied at both
isolated intersections and multiple intersections under the fully CAV environment in the …

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 …

The large-scale application of connected automated vehicles (CAVs) provides new
opportunities and challenges for the optimization and management of traffic conflict zones …

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 …

It is concerned that system-level benefits of connected automated vehicle control might only
prevail in a far-future centralized control environment, whereas the benefits could be much …

Cooperative Adaptive Cruise Control (CACC) systems can significantly improve traffic safety
and roadway capacity utilizing short following gaps of vehicles enabled by inter-vehicle …