Automated vehicles (AVs) represent a socio-technical transition of the mobility system. Thus
far, research has focused predominantly on the technical dimension (ie technology …

Understanding the “if” and “when” of autonomous vehicle (AV) adoption is of clear interest to
car manufacturers in their positioning of business processes, but also to transportation …

Supporting policies are required to govern the (unintended) negative consequences of
Autonomous Vehicle (AV) implementation and to maximize their benefits. The first step …

Automobility refers to the continued, self-perpetuating dominance of privately-owned,
gasoline-powered vehicles used primarily by single occupants—a system which clearly has …

Despite their promise, there have been discussions surrounding the technological risks of
autonomous vehicles (AVs) and the extent to which AVs are ready for large-scale …

This research paper navigates the transformative landscape of Security Operations Centers
(SOCs), focusing on the integration of AI-driven automation. The evolution of traditional …

Among the new transportation services made possible by the introduction of automated
vehicles, automated mobility-on-demand (AMoD) has attracted a lot of attention from both …

Automated vehicles (AV) will have an impact on the movement of people and goods.
Assessing the effects of AVs on land use, congestion and the environment is of utmost …

The growing relevance of sustainability, as well as the necessity to replace traditional forms
of transportation with sustainable ones, has made sustainable urban mobility an imperative …

This study provides a literature review of the simulation‐based connected and automated
intelligent‐vehicle studies. Media and car‐manufacturing companies predict that connected …