Cooperative automated vehicles (AVs) bring the potential for better safety, efficiency, and
energy-savings on the individual and system level. Yet, these benefits can only be achieved …

Automated vehicles (AVs) promise to change the future of transportation, offering
unprecedented benefits, from increased safety to enhanced efficiency. However, the …

This special issue covers numerous challenges of growing relevance in the domain of
human-system cooperation in automated driving. Nine articles out of 21 submissions were …

During the past decade, the potentials of vehicle automation have become one of most
exciting transportation topics, prompting both public and private sectors to invest significant …

Automation technology can increase safety on the road, but only when it is trusted. As
shared goals lead to social trust, and people exhibit social responses towards intelligent …

A lack of trust is a major barrier to the adoptions of Automated Vehicles (AVs). Given the ties
between expectation and trust, this study employs the expectation-confirmation theory to …

It is potential to improve the interaction between autonomous vehicles (AVs) and drivers by
calibrating drivers' trust in AVs. In this study, we investigated drivers' trust in AVs' decisions of …

One of the central challenges in designing autonomous vehicles concerns passenger trust
and sense of safety. This challenge is related to passengers' well-established past …

Automated vehicles (AVs) are one critical application area of artificial intelligence (AI).
However, a lack of appropriate trust can be a major barrier to successfully introducing AVs …

The ever-increasing adoption of shared transportation modalities across the United States
has the potential to fundamentally change the preferences and usage of different mobilities …