Detection of Drowsiness in Drivers Using Image Processing and Support Vector Machine (SVM) Classification

Sugeng; Hendri Praminiarto

doi:10.15575/join.v9i2.1076

Authors

Sugeng Computer Systems Study Program, Faculty of Engineering and Computer Science, Indonesian Computer University, Bandung, Indonesia
Hendri Praminiarto Computer Systems Study Program, Faculty of Engineering and Computer Science, Indonesian Computer University, Bandung, Indonesia

DOI:

https://doi.org/10.15575/join.v9i2.1076

Keywords:

Artificial Intelligence, Classification, Drowsiness Detection, Machine Learning, Support Vector Machine

Abstract

Accidents can be caused by external factors on the road, vehicle conditions, or internal factors such as drowsiness. Drowsiness while driving poses risks to the driver and others. An early detection system is crucial to alert drivers to stop or rest if they show signs of drowsiness. Physical signs of drowsiness include a lethargic facial expression, frequent eye blinking, continuous yawning, or nodding off. A detection system utilizing image processing and machine learning can observe these signs by detecting facial landmarks and analyzing activities such as eye blinking, yawning, and head tilt. This study aims to classify the drowsiness condition based on these three factors. The classification process is conducted using machine learning with the Support Vector Machine (SVM) method to determine whether a person is drowsy or not. The dataset consists of the number of eye blinks, head tilts, and yawns. Conditions are classified into two classes, drowsy and not drowsy. In this study, the SVM classification method can predict drowsiness with an accuracy of up to 77% in the conducted tests.

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