Facial Detection Attendance System using LBPH and KNN

R. Valarmathi, R. Uma, Brinda C, Vashika R
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引用次数: 1

Abstract

Present procedure for marking attendance is exhausting and prolonged so this paper is consequently put forward to challenge all these complications. This paper hence evolve a model to distinguish each personality's face from a seized image using a set of conditions i.e. LOCAL BINARY PATTERN HISTOGRAM algorithm to track the student attendance. The overall working of this local binary pattern histogram algorithm was, first the image is divided into m*m grids. For each grid histogram is calculated in order to easily recognize the spatial features. After calculating binary pattern histogram for each cell. The results were coupled to obtain the final feature vector. This final vector is compared with vectors in the training data set using K-Nearest Neighbor's algorithm. By this algorithm the value which is closest to our final vector is obtained as a result of classification. After receiving the name of the person, the attendance of the particular person is updated in the database. This proposed algorithm decreases the work load and records routine performance of maintaining each student and further makes it easy to note the attendance.
基于LBPH和KNN的人脸检测考勤系统
目前的考勤程序既累人又冗长,因此提出本文来挑战所有这些复杂性。因此,本文发展了一个模型,使用一组条件,即局部二进制模式直方图算法来跟踪学生出勤率,从捕获的图像中区分每个人的脸。该局部二值模式直方图算法的总体工作是:首先将图像划分为m*m个网格;对每个网格进行直方图计算,以便于识别空间特征。计算出每个单元格的二值模式直方图。将结果耦合得到最终的特征向量。使用k -最近邻算法将最终向量与训练数据集中的向量进行比较。该算法通过分类得到与最终向量最接近的值。在收到该人的姓名后,将在数据库中更新特定人员的出勤情况。该算法减少了工作量,记录了维护每个学生的日常表现,进一步方便了考勤记录。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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