RFID Based Low Cost Attendance Recording and Proxy Avoidance System

Sudeep Sharma, S. Monika, S. Prasad, Kiran Dasari, Shivani Kamaganikuntla
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Abstract

In educational institutes, taking attendance on each day is mandatory. The conventional way of taking attendance is by calling every individual with their names or by signing on some sheet. This method might cause some errors and consume more time, which makes this method inefficient. Giving proxy to other student is one of the major drawbacks in the traditional way. So, to avoid all this, we came up with RFID (Radio Frequency Identification) based low-cost attendance recording system. In this system, we use RFID technology to take attendance, where each student is issued with an RFID tag. Each tag is contained with some unique information about the student. When the tag is placed near the reader, the reader reads the information from the tag and sends it to the Arduino board. The controller checks for the data and compares with the data base. If the tag is valid, the controller marks the student as present and opens the classroom door for entry. The main components of the proposed prototype hardware setup are Arduino uno, RFID tags, tag reader, servo motor, IR (Infra-Red) sensor and LCD (Liquid Crystal Display).
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基于RFID的低成本考勤及代理回避系统
在教育机构,每天出勤是强制性的。传统的点名方式是叫每个人的名字或在单子上签名。该方法可能会产生一些错误,并且会消耗更多的时间,从而使该方法效率低下。给其他学生代理是传统方式的主要缺点之一。因此,为了避免这一切,我们提出了基于RFID(无线射频识别)的低成本考勤系统。在这个系统中,我们使用RFID技术来考勤,每个学生都有一个RFID标签。每个标签都包含有关学生的一些唯一信息。当标签放置在读取器附近时,读取器从标签中读取信息并将其发送到Arduino板。控制器检查数据并与数据库进行比较。如果标签有效,控制器将该学生标记为“在校生”,并打开教室门让其进入。提出的原型硬件设置的主要组件是Arduino uno, RFID标签,标签阅读器,伺服电机,IR(红外)传感器和LCD(液晶显示器)。
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