在线生物识别系统的开发

Victor Oluwatobiloba Adeniji, M. Scott, Nomnga Phumzile
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引用次数: 9

摘要

本研究提出了一个自动化的在线生物识别系统(OBCARS)原型。该系统的设计和开发旨在解决高等教育机构各种教室的考勤纸错位和/或撕裂的挑战。此外,该系统旨在提供一种高效有效的班级考勤跟踪方法,防止学生之间的考勤标记,并简化学生的考勤记录计算。该系统采用生物指纹识别器,让个别学生在系统的后端数据库输入他/她的听课记录。该系统在南非爱丽丝堡大学计算机科学系的50名学生身上进行了可用性和指纹识别准确性的测试。测试结果表明,系统级准确度为97%。学生考勤跟踪的平均执行时间为8.7秒,而使用纸质考勤的平均执行时间为22.6秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of an Online Biometric-enabled Class Attendance Register System
This study presents an automated Online Biometric-enabled Class Attendance Register System (OBCARS) prototype. The system design and development is aimed at addressing the challenges of misplaced and/or torn attendance register paper sheets in various classrooms in Higher Educational Institutions. Also, the system is aimed at providing an efficient and effective class attendance tracking method that prevents attendance marking impersonation among students, and eases students' attendance record computation. The system adopted the use of biometric fingerprint reader for an individual student to input his/her attendance record for lectures attended in the system's back-end database. The system was tested with 50 students in the Department of Computer Science, University of Fort Hare Alice, South Africa for usability and fingerprint recognition accuracy. The test result indicated 97% accuracy at system level. The average execution time for student attendance tracking is 8.7 seconds against 22.6 seconds using paper attendance.
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