基于事件的学生介绍系统使用SMK酒店45马塔兰的指纹传感器

Baiq Rizki Putri Utami, I Wayan Agus Arimbawa, Fitri Bimantoro
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引用次数: 4

摘要

指纹是人体独特的部分之一,可以作为个人身份,借助指纹生物识别技术帮助识别。使用指纹生物识别技术可以解决学生出勤问题,有助于减少记录出勤过程中的错误或欺诈行为,例如操纵或伪造。计算机化考勤记录的应用可以通过利用物联网(IoT)的概念来完成,物联网假设电子设备可以相互连接,通过使用协议进行通信的互联网网络进行通信或独立交换数据,包括MQTT(消息队列遥测传输协议),这是轻量级消息,专为资源有限的设备设计。因此,利用MQTT协议上的指纹传感器技术,创建了一个基于物联网的考勤系统,以帮助学校提高考勤记录性能,并简化SMK Perhotelan 45 Mataram的学生考勤记录过程,该系统仍然采用传统的考勤记录程序。指纹登记过程是通过使用MQTT协议的web应用程序形式的系统接口执行的。指纹特征数据存储在指纹传感器内存模块中。10个被调查者记录出勤的总时间为11241秒,平均时间为1.1241秒。调查发现,50%的用户同意应用基于MOS测试的互联网指纹存在系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sistem Presensi Siswa berbasis Internet of Things menggunakan Sensor Sidik Jari pada SMK Perhotelan 45 Mataram
Fingerprint is one of the unique part of human body that can be used as a personal identity with the help of fingerprint biometric technology to help identify it. The use of fingerprint biometric technology can be a solution for student attendance that helps minimize errors or fraud such as manipulation or falsification in the process of recording attendance. The application of computerized attendance recording can be done by utilizing the concept of the Internet of Things (IoT) which assumes that electronic devices can be connected to each other to communicate or exchange data independently through internet networks that using protocols to communicate, including the MQTT (Message Queue Telemetry Transport protocol), which is lightweight message and designed for devices with limited resources. Therefore, an Internet of Things based attendance system was created by utilizing fingerprint sensor technology on the MQTT protocol to assist schools in improving attendance recording performance, as well simplifying the process of recording student attendance at SMK Perhotelan 45 Mataram which still applies conventional attendance recording procedure. The fingerprint enroll process is carried out with a system interface in the form of a web application using the MQTT protocol. Fingerprint feature data is stored on the fingerprint sensor memory module.  The total time used to record attendance for 10 respondents is 11,241 seconds with the average time obtained is 1.1241 seconds. It was found that 50% of users agreed to the application of the internet-based fingerprint presence system based on MOS testing.
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