利用低分辨率虹膜图像进行考勤监控的虹膜识别性能

Teh Wei Hsiung, Shahrizat Shaik Mohamed
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引用次数: 20

摘要

生物特征识别系统是识别系统中应用的技术之一。虹膜识别系统是最可靠的个人身份识别系统。目前,许多应用已经实现了该功能,如高安全性环境,医院,机场,政府机构,教育设施等的考勤系统。传统的安全保护方法不可靠,如密码可能被遗忘或黑客入侵,身份证可能丢失或伪造。本课题的主要目的是利用低分辨率图像实现虹膜识别的高质量性能,用于考勤监控系统。本项目采用现有的霍夫变换和道格曼积分微分算子两种方法,以低分辨率图像作为输入,确定虹膜检测的最佳技术。结果表明,采用霍夫变换识别低分辨率虹膜的准确率为100%,而采用道格曼积分微分算子的准确率仅为86.88%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance of iris recognition using low resolution iris image for attendance monitoring
The biometric identification system is one of the technology used in the recognition system. Iris recognition system is the most reliable system for an individual identification. Nowadays, many applications have been implemented with this feature such as the time attendance system for high security environment, hospitals, airports, government agencies, educational facilities, and etc. The conventional method applied on the security is not reliable such as the passwords may be forgotten or hacked and ID cards may be lost or forged. The main purpose of this project is to achieve good quality performance of iris recognition using low resolution image for attendance monitoring system. This project apply two existing methods which are Hough Transform and Daugman's Integro Differential Operator to identify the best technique of iris detection using low resolution image as input. The results show that these techniques capable to recognize the low resolution iris with the accuracy of 100% when applied Hough Transform compared to the Daugman's Integro Differential Operator with only 86.88%.
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