Examining Driver Sleepiness Detection Based on Visual Actions Using Haar Cascading and CNN

Every hour, there are numerous road accidents all over the world. Some of these accidents are caused by drunk driving, lack of sleep, inattention behind the wheel, and a variety of other factors that can be dangerous for both passengers and other road users. The most frequent circumstance is sleeping deprivation, which can cause the driver to be reckless while operating a motor vehicle. Driver drowsiness detection systems are particularly effective in identifying drowsiness by measuring the size of the driver's eyes and the rate at which they blink using a camera and software that is connected to it. The driver fatigue detection system works utterly offline, leveraging the Haar Cascade and Perclos machine learning methodologies, and can warn the driver via alarm if he or she is feeling drowsy.

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Publication Details

Published
2025-03-07
DOI
https://doi.org/10.1109/icdt63985.2025.10986376
Primary Topic
Sleep and Work-Related Fatigue
Type
article
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article

Examining Driver Sleepiness Detection Based on Visual Actions Using Haar Cascading and CNN

Lakshya Gupta, Nidhi Joshi, Vandana Rawat, Pratibha Manral
Sleep and Work-Related Fatigue
article

Examining Driver Sleepiness Detection Based on Visual Actions Using Haar Cascading and CNN

Lakshya Gupta, Nidhi Joshi, Vandana Rawat, Pratibha Manral
article en

Abstract

Every hour, there are numerous road accidents all over the world. Some of these accidents are caused by drunk driving, lack of sleep, inattention behind the wheel, and a variety of other factors that can be dangerous for both passengers and other road users. The most frequent circumstance is sleeping deprivation, which can cause the driver to be reckless while operating a motor vehicle. Driver drowsiness detection systems are particularly effective in identifying drowsiness by measuring the size of the driver's eyes and the rate at which they blink using a camera and software that is connected to it. The driver fatigue detection system works utterly offline, leveraging the Haar Cascade and Perclos machine learning methodologies, and can warn the driver via alarm if he or she is feeling drowsy.

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Sleep and Work-Related Fatigue
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