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Enhanced Biometric Based Attendance Module Interfaced with POS for an Academic Institution

机译:基于POS的增强型基于生物特征识别的出勤模块,用于学术机构

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This paper presents developed attendance register module for a smart campus. A convenient test on four courses was carried out on the register module for courses A, B, C and D for five lecture days. A total of twenty students were involved in the test. This module is a careful improvement of the previous SAMSYS module. The validation of attendance manually has become cumbersome, energy sapping and leads to waste of productive time. The academic attendance policy has continually insisted on the 70/30 % benchmark which has also provoked a lot of issues at various fora. The improvement provides for instant print out of attendance after class lectures and after examination periods. In the design, the PIC18F462 microcontroller has been used to achieve adequate results. Also, the PIC16F88 was used for the keyboard decoder to convert scan codes to ASCII character for the microcontroller. Adequate attendance security measures have also been put in place for effective attendance management. It showed better performance over the previous design.
机译:本文介绍了为智能校园开发的出勤登记模块。在课程A,B,C和D的注册模块上,对五个课程进行了方便的测试,为期五天。共有20名学生参与了测试。该模块是对先前SAMSYS模块的精心改进。手动验证出勤变得麻烦,耗能并且导致生产时间的浪费。学术出勤政策一直坚持70/30%的基准,这在各个论坛上也引发了很多问题。改进后的课堂讲课和考试期结束后,即时打印出来的出勤率。在设计中,使用了PIC18F462单片机来获得足够的结果。此外,PIC16F88还用于键盘解码器,以将单片机的扫描代码转换为ASCII字符。为了有效的出勤管理,还采取了足够的出勤安全措施。与以前的设计相比,它表现出更好的性能。

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