Abstract Automated Driving Systems (ADS)(SAE, 2021), promise improved safety and
comfort for drivers. Current technological advances have resulted in increased automation …

This study assessed the effects of different levels of automation and non-driving related
tasks (NDRT) on driver performance and workload. A systematic literature review was …

Under the human-automation codriving future, dynamic trust should be considered. This
paper explored how trust changes over time and how multiple factors (time, trust propensity …

In conditionally automated driving, the driver is free to disengage from controlling the
vehicle, but they are expected to resume driving in response to certain situations or events …

Featured Application Using the key parameters identified in this paper, researchers can
improve their designs of take-over request (TOR) user interfaces by increasing or …

In the realm of conditionally automated driving, understanding the crucial transition phase
after a takeover is paramount. This study delves into the concept of post-takeover …

To improve the interaction between drivers and the in‐vehicle information system (IVIS),
various intelligent agents, such as robot agents, virtual agents, and voice‐only agents, have …

The aim of this study was to experimentally test the effects of different electromyographic-
based prosthetic control modes on user task performance, cognitive workload, and …

The effective takeover of ship control, particularly in complex navigation environments, is of
critical importance to the safety and efficiency of shipping. In this context, extending a …

Motor vehicle crashes (MVCs) involving police vehicles have been identified as a significant
problem nationwide. Police MVCs are attributed to driving at high speed, pursuit situations …