Penerapan Algoritma Viola Jones Untuk Deteksi Mata Pada Pengolahan Citra Digital

Purpose: This research aims to test the performance of eye detection algorithms in human images using specific methods, such as the Viola-Jones algorithm. Eye detection is an important component in various applications, ranging from biometrics to surveillance systems. Methods/Study design/approach: In this study, testing was conducted on 10 images with simple variations to assess the algorithm's accuracy, precision, and recall. Result/Findings: The results showed that the algorithm achieved an accuracy rate of 80% with a precision and recall of 88.9%, which indicates a fairly reliable performance for standard conditions. However, detection errors such as false positives and negatives were found, suggesting the potential for improvement, especially in images with varying illumination or orientation. Novelty/Originality/Value: This algorithm is suitable for real-time eye detection applications with stable lighting and orientation conditions. Still, it is recommended to incorporate additional methods to improve accuracy in more complex conditions.

Authors

Publication Details

Journal
JCOSIS (Journal Computer Science and Information Systems)
Published
2024-11-10
DOI
https://doi.org/10.61567/jcosis.v1i2.208
Primary Topic
Computer Science and Engineering
Type
article
Field-Weighted Citation Impact
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article

Penerapan Algoritma Viola Jones Untuk Deteksi Mata Pada Pengolahan Citra Digital

Erwin Dwika Putra, Mariana Purba, Marissa Utami
JCOSIS (Journal Computer Science and Information Systems)
Computer Science and Engineering
article

Penerapan Algoritma Viola Jones Untuk Deteksi Mata Pada Pengolahan Citra Digital

Erwin Dwika Putra, Mariana Purba, Marissa Utami
article en

Abstract

Purpose: This research aims to test the performance of eye detection algorithms in human images using specific methods, such as the Viola-Jones algorithm. Eye detection is an important component in various applications, ranging from biometrics to surveillance systems. Methods/Study design/approach: In this study, testing was conducted on 10 images with simple variations to assess the algorithm's accuracy, precision, and recall. Result/Findings: The results showed that the algorithm achieved an accuracy rate of 80% with a precision and recall of 88.9%, which indicates a fairly reliable performance for standard conditions. However, detection errors such as false positives and negatives were found, suggesting the potential for improvement, especially in images with varying illumination or orientation. Novelty/Originality/Value: This algorithm is suitable for real-time eye detection applications with stable lighting and orientation conditions. Still, it is recommended to incorporate additional methods to improve accuracy in more complex conditions.

JCOSIS (Journal Computer Science and Information Systems)Vol. 1(2)
Openalex Percentile: Top 71%
Computer Science and Engineering
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