首页> 外文会议>2017 IEEE 9th International Conference on Humanoid, Nanotechnology, Information Technology, Communication and Control, Environment and ManagementbElectronic resource >Microcontroller-based room access control system with professor attendance monitoring using fingerprint biometrics technology with backup keypad access system
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Microcontroller-based room access control system with professor attendance monitoring using fingerprint biometrics technology with backup keypad access system

机译:基于微控制器的房间访问控制系统,通过使用指纹生物特征识别技术的教授出勤监控以及备用键盘访问系统

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The conventional way of opening a room was used in the classrooms and laboratory rooms of the Colegio de San Juan de Letran Engineering building, wherein the doors were unlocked using the key for each doorknob in the building. The switching of lights and air-conditioning units were also manual and time consuming. The researchers constructed a prototype focused on automating the access of the room and the control of the utilities such as the lights and the air-conditioning units. Biometrics system specifically; finger print, with a backup code was the main access keys for the automation. The attendance log and the access information will be stored in a SD card and it would serve as the database of the system The design project with a secured biometric access system aims to lessen the time wasted on waiting for the personnel-in-charge in opening the room and the overstaying of the proffers in a certain class. This also monitored the attendance of the professors per class.
机译:在San Juan de Letran工程大楼的教室和实验室房间中,使用了传统的打开房间的方式,其中使用大楼中每个门把手的钥匙将门解锁。照明和空调装置的切换也是手动且费时的。研究人员构建了一个原型,专注于自动进入房间并控制照明和空调装置等公用设施。生物识别系统;带有备份代码的指纹是自动化的主要访问键。出勤记录和访问信息将存储在SD卡中,并将其用作系统数据库。具有安全生物识别访问系统的设计项目旨在减少在等待负责人开放时所浪费的时间房间和特定阶层的教授的居所这也监控了每班教授的出勤率。

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