Driver workload (DWL) is an important factor that needs to be considered in the study of
traffic safety. The research focus on DWL has undergone certain shifts with the rapid …

Excessive pilot workload is one of the significant causes of flight accidents. The detection of
flight workload can help optimize aircraft crew operation procedures, improve cockpit human …

The quantitative evaluation of driving risk is a crucial prerequisite for intelligent vehicle
accident warning, and it is necessary to predict it comprehensively and accurately …

Traffic violations have become one of the major threats to urban transportation systems,
undermining road safety and causing economic losses. Although various methods have …

Underlying humanity's social abilities is the brain's capacity to interpersonally synchronize.
Experimental, lab-based neuropsychological studies have demonstrated that inter-brain …

The safety and performance of automobile drivers depend on many factors. The mental
status of the drivers is the foremost factor in ensuring driving safety, in addition to physical …

Driving under conditions of cognitive overload or drowsiness poses serious safety risks and
is recognized as a major cause of vehicle collisions. Thus, timely detection of the driver's …

The effects of cognitive load on driver behavior and traffic safety are unclear and in need of
further investigation. Reliable measures of cognitive load for use in research and …

Abstract Brain-Computer Interface (BCI) systems facilitate the flow of information between
brains and computers. These systems hold the potential to foster human flourishing and self …

Conditionally automated cars share the driving task with the driver. When the control
switches from one to another, accidents can occur, especially when the car emits a takeover …