Connected and automated vehicles (CAVs) are becoming increasingly feasible, and these
vehicles are expected to enhance road safety, traffic throughput, energy efficiency, and …

To draw a comprehensive and cohesive understanding of human–vehicle cooperation in
automated driving, a review is made on key studies in human–robot interaction and human …

The last decade witnessed a great development of automated driving vehicles (ADVs) and
vehicle intelligence. The significant increment of machine intelligence poses a new …

When automobiles were first introduced in the early 1900s, poor communication and unsafe
interactions between drivers and other road users generated resistance. This created a …

Road accidents and traffic congestion are two critical problems for global transport systems.
Connected vehicles (CV) and automated vehicles (AV) are among the most heavily …

Autonomous driving systems are becoming increasingly feasible and highly expected to be
the heart of intelligent transportation systems. To deploy the autonomous driving vehicles on …

Autonomous driving systems are highly expected to be used on public roads to improve
traffic throughput and road safety, but it will likely take a long transition period before all …

With the technological drive for realizing smart cities, work on Autonomous Intersection
Management (AIM) protocols opts to replace the traditional traffic light system by using …

With increasing connectivity, more and more advanced forms of cooperation among vehicles
have become possible. Research has shown that vehicle-to-vehicle communication can …

Transportation in controlled industrial sites provides a conducive environment for
technologies of Connected Automated Vehicles (CAV). Recent studies show that safe and …