Investigations of the neuro-physiological correlates of mental loads, or states, have attracted
significant attention recently, as it is particularly important to evaluate mental fatigue in …

Fatigue is likely to be gradually cumulated in a prolonged and attention-demanding task that
may adversely affect task performance. To address the brain dynamics during a driving task …

Fatigue driving can easily lead to road traffic accidents and bring great harm to individuals
and families. Recently, electroencephalography‐(EEG‐) based physiological and brain …

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 …

Driver cognitive fatigue can significantly affect driving and may lead to fatal accidents. In this
regard, automatic detection of underload driver cognitive fatigue based on upper body …

Motion sickness is a common experience for many people. Several previous researches
indicated that motion sickness has a negative effect on driving performance and sometimes …

Detecting the mental state of a driver using electroencephalography (EEG) signals can
reduce the probability of traffic accidents. However, EEG signals are unstable and nonlinear …

Driving tasks are vulnerable to the effects of sleep deprivation and mental fatigue,
diminishing driver's ability to respond effectively to unusual or emergent situations …

Cognitive overload or underload results in a decrease in human performance which may
result in fatal incidents while driving. We envision that driver assistive systems which adapt …

Despite the apparent importance of mental fatigue detection, a reliable application is
hindered due to the incomprehensive understanding of the neural mechanisms of mental …