使用KNN方法进行面部识别

D. Yulianti, I. Triastomoro, Sofia Sa’idah
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引用次数: 3

摘要

考勤是一项非常重要的活动,不能与教学活动分开来计算和查看学生的考勤。在本次Final Project中,通过使用网络摄像头作为系统输入,对自动考勤系统进行人脸识别(face recognition)的研究,然后通过LBPH (Local Binary Pattern Histogram)方法进行特征提取,使用KNN (K-Nearest Neighbor)方法进行分类,并借助于基于OpenCV库的Python软件,对每张图像进行图像采集结果的处理。本Final Project的研究得到了LBPH (Local Binary Pattern Histogram,局部二值模式直方图)人脸识别的平均准确率为93.9%,平均FAR值为4.66%,平均FRR值为1.33%。当k = 1时,利用欧几里得距离对KNN (k - nearest Neighbor)进行分类,准确率为100%,计算时间为34 ms;当k = 3时,准确率为98%,计算时间为37 ms;当k = 5时,准确率为88%,计算时间为42 ms。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IDENTIFIKASI PENGENALAN WAJAH UNTUK SISTEM PRESENSI MENGGUNAKAN METODE KNN (K-NEAREST NEIGHBOR)
Attendance is an activity that is so important and cannot be separated from a teaching and learning activity to calculate and see student attendance. In this Final Project, research on the automatic attendance system is carried out through facial recognition identification (face recognition) using a webcam as a system input, then the resulting image capture results from each image will be processed through feature extraction using the LBPH (Local Binary Pattern Histogram) method and classification with the KNN (K-Nearest Neighbor) method and the help of OpenCV library-based Python software. The research in this Final Project obtained an average accuracy value in facial recognition using LBPH (Local Binary Pattern Histogram) of 93.9%, with an average FAR value of 4.66% and an average FRR value of 1.33%. For the classification of KNN (K-Nearest Neighbor) using Euclidean Distance when k = 1 obtained an accuracy of 100% with a computation time of 34 ms, at the time of k = 3 an accuracy of 98% with a computation time of 37 ms was obtained and at the time of k = 5 an accuracy of 88% with a computation time of 42 ms.
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