Neural Network based Biometric Attendance System

R. Vandana, P. S. Venugopala, B. Ashwini
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Abstract

In the modern world, education system has reached a new destination due to the introduction of concept called “smart classroom”. However, when we are speaking about any classroom the attendance system still remains primitive. The traditional attendance system where the teacher/lecturer calls the name of students to mark their attendance in an attendance register is a manual method which is found to be not suitable for a smart class due to a list of disadvantages. The automatic attendance management will replace the manual method. This dynamic attendance management system will consider the physiological features of the human beings for uniquely identifying them. Hence we are using a biometric based attendance system. There are many biometric processes, among which face recognition is the best method. In the proposed project, we are going to describe the attendance without human interference. In this method a camera, fixed within the classroom will capture the image, the faces are detected and then they are compared with the faces in the database and finally the attendance is marked. It also proposes a single image-based face liveness detection method for discriminating 2-D paper masks from the live faces. Freely available machine learning and deep learning tools like dlib, Keras are used for making the face recognition faster and accurate one. This makes the system suitable in a real life scenario.
基于神经网络的生物考勤系统
在现代世界,由于“智能课堂”概念的引入,教育系统达到了一个新的目的地。然而,当我们谈到任何教室时,考勤系统仍然是原始的。传统的出勤系统是老师/讲师在出勤登记簿上叫学生的名字来标记他们的出勤,这是一种人工方法,由于一系列缺点,这种方法被发现不适合智能课堂。自动考勤管理将取代手工考勤管理。这种动态考勤管理系统将考虑人的生理特征,以唯一地识别他们。因此,我们正在使用基于生物识别的考勤系统。生物识别过程有很多,其中人脸识别是最好的方法。在提议的项目中,我们将描述没有人为干扰的出席率。在这种方法中,固定在教室内的摄像机将捕捉图像,检测人脸,然后将其与数据库中的人脸进行比较,最后标记出勤。提出了一种基于单幅图像的人脸活体检测方法,用于从活体人脸中识别二维纸面具。免费的机器学习和深度学习工具,如dlib, Keras被用来使人脸识别更快,更准确。这使得该系统适用于现实生活场景。
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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