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

A physiological-based driver monitoring system (DMS) has attracted research interest and
has great potential for providing more accurate and reliable monitoring of the driver's state …

This Horizon2020-funded driving simulator-based study on automated driving investigated
the effect of different car-following scenarios, and takeover situations, on drivers' mental …

In conditionally automated driving, drivers are required to respond to takeover requests
(TORs) and resume manual driving of the vehicle in situations where the conditionally …

Manned airtight cabins are used for various applications. A well-designed airtight manned
cabin can efficiently facilitate personnel tasks. However, most current research on design …

A variety of takeover scenarios will happen in conditionally automated driving. Previous
studies presented mixed results regarding the effects of scenarios on takeover performance …

In the sharing transportation market, the mobility service quality and user experience are
significantly influenced by the design level of in-vehicle electronic components. The acousto …

Automated vehicles alleviate the need for driver attention and control. However, a takeover
request (TOR) to the driver remains essential for emergencies and safety–critical scenarios …

Autonomous driving will still use human–machine co-driving to handle complex situations
for a long term, which requires the driver to control the vehicle and avoid hazards by …

The visual information complexity of automotive head-up displays (HUDs) may affect
cognitive load and reduce driver performance in critical situations. This study investigated …