Sleepiness that can arise from sleep deprivation can increase human errors in task performance and create workplace hazards and accidents. Hence, it is critical to detect sleepiness to minimize hazards and human errors. This paper provides a review of the literature on eye tracking metrics that can be used to detect sleepiness. These metrics include blink duration, blink frequency, saccade latency, saccade peak velocity, saccade accuracy, smooth pursuit velocity gain, fixation rate, pupil size, and latency to pupil constriction
Accidents caused by drivers' drowsiness behind the steering wheel have a high fatality rate because ...
In this paper, the loss of attention of automotive drivers is studied by using eye blink detection. ...
Sleepiness is associated with specific variations of spontaneous oculomotor activity. During nocturn...
Sleepiness or sleep deprivation creates a serious hazard or obstacle to task execution and performan...
The Centers for Disease Control and Prevention (CDC) has declared sleep deprivation (SD) a public he...
The present study examines changes in a variety of oculomotoric variables as a function of increasin...
Slowed eyelid closure coupled with increased duration and frequency of closure is associated with dr...
In Australia, approximately 20% of motor vehicle collisions result from fatigue or sleepiness-relate...
Driver sleepiness contributes substantially to fatal and severe crashes and the contribution it make...
Prolonged time awake increases the need to sleep. Sleep pressure increases sleepiness, impairs human...
Objective: Slow eyelid closure is recognized as an indicator of sleepiness in sleep-deprived individ...
Drowsiness is one of the major factors explaining accidents, particularly in traffic accidents but a...
Study Objectives: Drowsiness leads to 20% of fatal road crashes, while inability to assess drowsines...
In this study the effect of sleep deprivation on specific components of eye and eyelid movement was ...
Drowsiness is the intermediate state between wakefulness and sleep. It is characterized by impairmen...
Accidents caused by drivers' drowsiness behind the steering wheel have a high fatality rate because ...
In this paper, the loss of attention of automotive drivers is studied by using eye blink detection. ...
Sleepiness is associated with specific variations of spontaneous oculomotor activity. During nocturn...
Sleepiness or sleep deprivation creates a serious hazard or obstacle to task execution and performan...
The Centers for Disease Control and Prevention (CDC) has declared sleep deprivation (SD) a public he...
The present study examines changes in a variety of oculomotoric variables as a function of increasin...
Slowed eyelid closure coupled with increased duration and frequency of closure is associated with dr...
In Australia, approximately 20% of motor vehicle collisions result from fatigue or sleepiness-relate...
Driver sleepiness contributes substantially to fatal and severe crashes and the contribution it make...
Prolonged time awake increases the need to sleep. Sleep pressure increases sleepiness, impairs human...
Objective: Slow eyelid closure is recognized as an indicator of sleepiness in sleep-deprived individ...
Drowsiness is one of the major factors explaining accidents, particularly in traffic accidents but a...
Study Objectives: Drowsiness leads to 20% of fatal road crashes, while inability to assess drowsines...
In this study the effect of sleep deprivation on specific components of eye and eyelid movement was ...
Drowsiness is the intermediate state between wakefulness and sleep. It is characterized by impairmen...
Accidents caused by drivers' drowsiness behind the steering wheel have a high fatality rate because ...
In this paper, the loss of attention of automotive drivers is studied by using eye blink detection. ...
Sleepiness is associated with specific variations of spontaneous oculomotor activity. During nocturn...