Automated vehicles (AVs) have received intense attention in academia and industry around
the world in recent years, but the imminent introduction of AVs brings new challenges and …

To standardize definitions and guide the design, regulation, and policy related to automated
transportation, the Society of Automotive Engineers (SAE) has established a taxonomy …

Abstract Autonomous Vehicles (AVs) present enormous uncertainties and challenges for
future urban transport and mobility. While urban and transportation planning have significant …

The past decade has seen a rapid acceleration in investment on and development of
connected and autonomous vehicles (CAVs). Cities need to be ready for the mass adoption …

New challenges such as automation, connection, electrification, and sharing (ACES) have
brought disruptive changes to vehicles, transportation, and mobility services, which urgently …

Connected and automated vehicles (CAVs) are expected to revolutionise transport
worldwide and transform urban life. However, there are many unknowns concerning the …

The need to future-proof road transport networks is becoming increasingly urgent in order to
take full advantage of automated vehicles (AVs). It is now vital to understand the basic road …

A vast number of pollutants are generated from on-road commuting vehicles, and there is an
increasing need to explore vehicle emission monitoring and mitigation strategies …

Around 90% of accidents stem from human error. Disruptive technology, especially
automated vehicles (AVs), can respond to the problems by, for instance, eradicating human …

Abstract The emergence of Automated Vehicles (AVs) promises a transformative impact on
future travel patterns and consequently on the design of urban spaces. Despite the …