Automated Wireless Biometric Fingerprint Based Student Attendance System

B. Swain, Jayshree Halder, Siddharth Sahany, P. Nayak, S. Bhuyan
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引用次数: 3

Abstract

This paper aims to establish an automated wireless system that records and maintains the students' attendance system for the modern education sector. As in 2002, 75% attendance was made compulsory PAN India, the practice of recording and maintaining the attendance become essential. It's been 18 years since then but the conventional method remains the same that leads to a high probability of human errors, misplacement of the documents, redundant entry of the attendance manually, more chances of student giving proxy on behalf of their classmates. The automated wireless biometric fingerprint-based student attendance system, not only upgrades the practice of the conventional method but also makes it automated and more convenient and more secure to record and maintain the attendance, as well as completely eradicating the malpractice of proxy. It is a very cheap device compared to the ones available in the general market. The whole system is comprised of a Fingerprint sensor, Arduino, OLED display, Arduino to USB cable, and an Android Smartphone with an app specially designed to control the device. The image enhancement and orientation of field estimation of the fingerprint image have been applied through MATLAB Fingerprint Recognition Toolbox. The whole systems working is summed up in three steps, first is the enrolment of the student, loading data of the specific group or batch whose attendance is to be recorded and finally taking the attendance, thus also saving an ample amount of time which gives the students a clear opportunity to interact with the professor and clear their doubts. And also playing a major role in Digital India by automating the system and by eradicating the use of paper which is initially made of trees contributing towards the noble act of sustainable development.
基于自动无线生物指纹的学生考勤系统
本文旨在为现代教育部门建立一个自动记录和维护学生考勤的无线系统。在2002年,75%的出勤率是强制性的,记录和保持出勤率的做法变得至关重要。从那时起已经过去了18年,但传统的方法仍然是一样的,这导致了人为错误的可能性很大,文件放错了地方,人工重复输入考勤,学生代表他们的同学进行代理的可能性更大。基于无线生物识别指纹的自动化学生考勤系统,不仅升级了传统考勤方式的实践,而且使考勤记录和维护更加自动化、方便、安全,彻底杜绝了代理的弊端。与一般市场上的设备相比,这是一种非常便宜的设备。整个系统由指纹传感器、Arduino、OLED显示屏、Arduino转USB线和带有专门设计的应用程序来控制设备的Android智能手机组成。利用MATLAB指纹识别工具箱对指纹图像进行图像增强和方向场估计。整个系统的工作总结为三个步骤,首先是学生的注册,加载要记录的特定组或批的数据,最后是考勤,这样也节省了大量的时间,让学生有明确的机会与教授互动,消除疑虑。同时,通过自动化系统和消除纸张的使用,在数字印度发挥重要作用,这些纸张最初是由树木制成的,为可持续发展的崇高行为做出贡献。
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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