A reliable mode of conveyance is essential in today’s society. Anyone behind the vehicle is susceptible to having an accident. Several circumstances, such as fatigue, illness, or lengthy travel, may contribute to this phenomenon. Getting insufficient sleep or being subjected to other forms of injustice increases the likelihood of being involved in an accident. Accidents on the road are frequently the result of drivers who are drowsy or too exhausted to pay attention. Due to this, the annual global accident toll is significantly higher than it would be otherwise. Multiple automobile collisions have occurred in various areas of the world over the past several years. The road is heavily traveled at all hours of the day and night. Everyone experiences drowsiness after a lengthy voyage, which is a decent indicator of how exhausted one is. Don’t get behind the wheel if you haven’t had sufficient rest. Therefore, it is essential for drivers to be able to recognize the signs of exhaustion so they can take the necessary precautions to safeguard themselves and others on the road. This paper’s major goal is to create a system that can recognize driver weariness. This model employs specialized algorithms to evaluate the driver’s ocular health in realtime based on images captured in-car, eradicating the need for the driver to draw over. The driver could care less if there are alternative ways to attain the same objective; he is unaffected by this particular strategy. If you want to determine whether someone is fatigued, simply observe the “stopping score” of the pupils. If the score exceeds a certain threshold, the individual is considered drowsy.


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    Title :

    Driver Somnolence Detection System Using Machine Learning Tools


    Contributors:
    Gupta, Akrati (author) / Partheeban, N. (author) / Rajakumar, P. (author) / Pravesh (author) / Kumar, Saurabh (author) / Kumar, Rachit (author)


    Publication date :

    2023-12-15


    Size :

    322403 byte




    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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