Summary Driver drowsiness contributes to 10–20% of motor vehicle crashes. To reduce
crash risk, ideally drivers would be aware of the drowsy state and cease driving. The extent …

Introduction: Technological advancements during recent decades have led to the
development of a wide array of tools and methods in order to record driving behavior and …

Vehicle automation promises to reduce the demands of the driving task, making driving less
fatiguing, more convenient, and safer. Nevertheless, Level 3 automated vehicles rely on a …

In recent years, a large proportion of traffic accidents are caused by driver fatigue. The brain
has been conceived as a complex network, whose function can be assessed with EEG …

This study analyzed the potentially dangerous driving behaviors of commercial truck drivers
from both macro and micro perspectives. The analysis was based on digital tachograph data …

A vehicle's crash can be seen as a failure of microscopic road transportation system. The
causal investigation of vehicles' crashes has drawn much attention from academia and …

Abstract: Drowsy driving-related crashes have been a key concern in transportation safety.
In Louisiana, 14%(1,758 out of 12,512) of police-reported drowsy driving-related crashes …

Laboratory studies have shown that exposure to whole-body vibration (WBV) increases
physical and mental fatigue, which are common issues professional drivers face. The …

Unsafe driving behaviors are the leading causes of truck crashes. Therefore, an enhanced
understanding of truck drivers' unsafe driving behaviors is of considerable significance for …

Driver drowsiness is a factor in at least 20% of serious motor vehicle accidents. Although
research has shown that Whole-Body Vibration (WBV) can induce drowsiness in drivers, it is …