Face Recognition Attendance System Using Local Binary Pattern Algorithm

K. P, Salman Latheef T A, S. R
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Abstract

In the digital age of today, face recognition technology is essential and is utilized by almost all businesses. one of the technologies that made the most use of biometrics. It can be used for authentication, identification, and security and offers numerous benefits. Despite the fact that the method is non-invasive and contactless, it is still frequently used because it is less accurate than iris and unique mark ID. Organizations, universities, and other educational establishments can also make use of the facial recognition technology to monitor students' attendance. The current manual method is cumbersome and difficult to maintain, so this system aims to create a facial recognition-based system for tracking class attendance. Proxy attendance may also be an option. As a result, demand for this system has increased. Database creation, face detection, face recognition, and attendance update are the four stages of this system. Databases are created with images of students in class. For face recognition and detection, the Haar- Cascade classifier and the local binary pattern histogram method are utilized, respectively. Faces are perceived and distinguished in the homeroom's live-transferred video. Attendance records will be mailed to the relevant lecturers at the conclusion of the session.
基于局部二值模式算法的人脸识别考勤系统
在当今的数字时代,人脸识别技术是必不可少的,几乎所有的企业都在使用它。其中一项技术最充分地利用了生物识别技术。它可以用于身份验证、识别和安全性,并提供了许多好处。尽管该方法是非侵入性和非接触式的,但由于它不如虹膜和唯一标记ID准确,因此仍然经常使用。组织、大学和其他教育机构也可以利用面部识别技术来监控学生的出勤情况。目前的人工考勤方法繁琐且难以维护,因此本系统旨在创建一个基于面部识别的考勤系统。代理出席也是一种选择。因此,对该系统的需求增加了。数据库创建、人脸检测、人脸识别、考勤更新是本系统的四个阶段。数据库是用学生在课堂上的照片创建的。在人脸识别和检测方面,分别采用Haar级联分类器和局部二值模式直方图方法。在教室的实时传输视频中,面孔被感知和区分。出席记录将在会议结束时邮寄给相关讲师。
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