使用面部识别的智能考勤监控系统

Natarajan S, Dr. H. Jayamangal
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引用次数: 0

摘要

所有标准教学机构都高度重视学生的课堂出勤率,如果学生未达到标准,将无法参加学校组织的考试。因此,课堂考勤对学生来说是一项重要的活动。多年来,课堂考勤一直由人工进行,目前在尼日利亚近 80% 的大学中仍在进行。对于大多数讲师和学生来说,大学讲师对出勤情况的人工监控已成为一项繁重的工作。随着技术的进步,生物识别技术已经取代了人工考勤。尽管许多研究人员已经对指纹扫描仪、虹膜识别、手部和手指几何等生物识别功能做出了规定。在本文中,我们将提出一种面部识别概念,作为学生考勤记录的验证手段,并在验证后将其存储到数据库中。该系统利用 dlib 库 OpenCv 库成功地进行了面部识别。图像被读取到目录中,然后对这些图像进行编码,以生成 128 个面部测量值,如鼻子、耳朵和眉毛之间的距离等。这些编码将用于与从摄像头或实时流媒体视频中读取的图像进行比较,以找到最佳匹配。对于实时考勤系统,我们使用 python flask 创建了一个网络应用程序。在这里,我们使用 bootstrap 框架进行前端设计,使用 python 作为编程语言,使用 Mysql 进行数据库设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Attendance Monitoring System using Facial Recognition
All Standard institutes of learning place high priority on class attendance that if the criteria is not met by the student, the student will not be granted access to sit for his/her examination conducted by the school. This makes class attendance an important activity for the student. Over the years, class attendance has been conducted manually and is still taking place currently in almost 80% of Nigerian Universities. Manual monitoring of attendance by the university's lecturer has become a hectic one for most lecturers and students. With the advancement of technology, manual marking of student’s attendance has been replaced by biometric concepts. Though many researchers have made provisions on some biometric functions like fingerprint scanner, iris recognition, hand and finger geometric. In this paper we will propose a facial recognition concept as a means of verification in marking student’s attendance and store it into the database once verified. The system made use of a dlib library OpenCv library in successfully carrying out facial recognition. Images are read into directory, and these images are encoded so as to generate 128 facial measurements like distances between the nose, ear, and eyebrow etc. This encodings will be used in making comparisons with images read from camera or from live streaming videos in other to find best matches. For the real time attendance system, we created a web application using python flask. Here we used bootstrap framework for frontend design, python as the programming language and Mysql for database design
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