Face Recognition based Attendance System using KNN Algorithm

The development of automated attendance systems has occurred alongside the rise in use biometric authentication methods due to their effectiveness. The use of face recognition technology marks a shift to a more advanced and practical approach. In this paper we propose an attendance system based on face recognition using K-Nearest Neighbors (KNN) algorithm which is designed to be accurate while minimizing the need for manual work. The system uses OpenCV for face detection, a KNN model for classification, and Flask for server-side processing. The system was tested and evaluated for its real-time attendance monitoring capability with results showing that it was able to recognize users accurately with little processing power needed. The solution provided overcomes the issues presented with standard attendance systems. It guarantees scalability, non-contact interface, and difficulty to falsify which is ideal for use in educational and business settings.

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Publication Details

Published
2025-05-21
DOI
https://doi.org/10.1109/icaiss61471.2025.11042050
Primary Topic
Face recognition and analysis
Type
article
Field-Weighted Citation Impact
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Face Recognition based Attendance System using KNN Algorithm

Latika Pinjarkar, Maharaja Chandana, Rajesh Tiwari, E Reddy et al.
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Face recognition and analysis
article

Face Recognition based Attendance System using KNN Algorithm

Latika Pinjarkar, Maharaja Chandana, Rajesh Tiwari, E Reddy, Anil Bhukya, Jayanth Peddi
article en

Abstract

The development of automated attendance systems has occurred alongside the rise in use biometric authentication methods due to their effectiveness. The use of face recognition technology marks a shift to a more advanced and practical approach. In this paper we propose an attendance system based on face recognition using K-Nearest Neighbors (KNN) algorithm which is designed to be accurate while minimizing the need for manual work. The system uses OpenCV for face detection, a KNN model for classification, and Flask for server-side processing. The system was tested and evaluated for its real-time attendance monitoring capability with results showing that it was able to recognize users accurately with little processing power needed. The solution provided overcomes the issues presented with standard attendance systems. It guarantees scalability, non-contact interface, and difficulty to falsify which is ideal for use in educational and business settings.

Symbiosis International University (IN)
Openalex Percentile: Top 87%
Face recognition and analysis
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