Emerging infocommunication and vehicle technologies, especially autonomous vehicles
(AVs), imply a significant alteration in urban mobility. Shared, mostly demand-driven mobility …

Automated vehicle (AV) technologies are rapidly maturing, and time line for their wider
deployment is currently uncertain. Despite uncertainty these technologies are expected to …

The impact of new mobility services, such as shared autonomous vehicles, should be
evaluated in terms of their sustainability based on future demand as well as their business …

The deployment of Shared Autonomous Vehicles (SAVs) in urban areas is no longer a
futuristic vision. Pilot projects are undeniable realities in various locations, and automakers …

Autonomous vehicles (AVs) and electric vehicles (EVs) will trigger disruptive changes to
transportation systems via efficient driving, efficient use of travel time, reduced emissions …

The current transportation system, services, and traveler's habit are altering as the
Autonomous Vehicles (AVs) emerge. The individual car travels are more and more replaced …

While most of the current research on autonomous public transport focuses on improving
operational and technical aspects, as well as tackling policy and user behavioral factors, the …

The autonomous road vehicle (AV) technology implies significant alteration of urban mobility
services. The identified transit modes based on AVs are the individual cars, the demand …

Autonomous vehicles (AVs) facilitate alteration in the passenger transportation. Shared,
demand-driven mobility services based on small-capacity AVs emerge in urban areas. In …

The Mobility-as-a-Service (MaaS) concept is proposed to readdress the integration of
transportation modes regarding information management, especially customized multimodal …