Development of a biometrically- controlled door system (using iris), with power backup

A. Falohun, E. Omidiora
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引用次数: 9

Abstract

This paper presents a design and implementation of a biometrically-controlled door system using iris recognition with power backup(case: Nigeria with epileptic power supply) where user's life property will serve as the key to granting access to a place or resource . Today, door system with handles is sub-standard due to its instability to provide the expected security and is susceptible to breakages and deliberate compromises of human operators(due to corruption). Black iris data sets were used to simulate the iris recognition algorithms employed on the fabricated door prototype. The system was tested with a number of pre-enrolled templates and some fresh, incoming subjects. The door only unlocked for pre-enrolled subjects while for the latter, access denial was the case. The door system developed thus, answered only to iris signature.
开发生物识别控制的门系统(使用虹膜),带电源备份
本文介绍了一种生物识别控制的门系统的设计和实现,该系统使用带电源备份的虹膜识别(案例:尼日利亚的癫痫电源),其中用户的生命财产将作为授予访问某个地方或资源的关键。今天,有把手的门系统是不合格的,因为它不稳定,不能提供预期的安全性,而且容易损坏和人为的妥协(由于腐败)。利用黑色虹膜数据集,对拼装门原型的虹膜识别算法进行了仿真。该系统用一些预先注册的模板和一些新入学的科目进行了测试。这扇门只对预先登记的受试者打开,而对后者,则是拒绝进入的情况。门系统就是这样发展起来的,只响应虹膜签名。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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