使用物联网的便携式生物识别考勤系统

Sebastian Chennattu, Aditya Kelkar, Aaron Anthony, Sushma Nagdeote
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引用次数: 6

摘要

我们的项目旨在为教育机构(如学院和学校)建立一个基于生物特征的考勤系统。我们试图将硬件和软件工程的概念结合在一起,以提供一种终端消费者产品,可以取代目前的考勤方式。该项目还利用物联网(IoT)的基础知识进行数据传输、存储和显示。该系统可以从硬件和软件两个方面进行解释。硬件部分包括一个吊舱,这是一个便携式设备,可以在教室里的学生之间传阅。它的特点是液晶显示屏,显示各种功能选项和一个可以扫描,存储和识别学生指纹。然后将识别的指纹ID存储在内存中并准备好传输。然后,数据被发送到web服务器上的数据库,数据库管理系统(DBMS)相应地更新考勤表。该数据库可由各院系下载或查看。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Portable Biometric Attendance System Using IOT
Our project aims at building a biometrics based attendance registry system for educational institutions such as colleges and schools. We have tried to bring together concepts of hardware and software engineering to give an end consumer product which can replace the current manner of attendance marking. This project also utilizes the fundamentals of Internet of Things (IoT) for data transfer, storage and display. The system can be interpreted based on it's hardware and software aspects. The hardware section consists of a pod, which is a portable device that can be circulated among students in the classroom. It features an LCD screen that displays various functional options and a, which can scan, store and identify student fingerprints. The identified fingerprint ID is then stored in memory and is made ready for transfer. The data is then sent to the database on a web server where the Database Management System (DBMS) updates the attendance tables accordingly. This database can be downloaded or viewed by the respective faculty.
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