使用物联网的智能指纹认证和警报系统

K. Elavarasi, V. Mohana
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引用次数: 0

摘要

一个人的指纹永远不会与另一个人的指纹相匹配,指纹识别是最安全的身份识别系统之一。因此,可以通过建立一个系统来防止不必要的访问,该系统可以存储一个或多个授权用户的指纹,并且只有在检测到存储的指纹与用户自己的指纹之间匹配时才允许访问设备。如果凭据泄露给他人或被盗,依赖密码的门锁机制很容易被破解;因此,共享访问权限的用户需要基于生物识别的安全系统。我们建立了一个集中控制系统,通过这个系统,我们能够确定哪些人可以进入特定的房间,哪些人不可以进入。这是一个基于Arduino UNO的设备,具有灵活的工作能力,并通过使用指纹传感技术提供物理安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Fingerprint Authentication and Alert System Using IoT
Person’s fingerprints will never match those of another person, fingerprint recognition is among the most secured types of identification systems. Therefore, it is possible to prevent unwanted access by building a system that can store the fingerprints of one or more authorized users and only allow access to the device whenever a match is detected between the stored fingerprints as well as the user’s own fingerprints. Door lock mechanisms that rely on passwords can be readily broken into if the credentials are divulged to another person or stolen; as a result, users who have shared access need a biometric-based security system. We have set up a centralized control system through which we are able to determine who is permitted to enter particular rooms and who is not permitted to do so. This is a device based on Arduino UNO that has flexible working capabilities and offers physical security through the use of fingerprint sensing technologies.
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