Arduino Based Real-Time Face Recognition And Tracking System

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Abstract

People must remember more passwords and carry more cards these days, as security becomes more important every day. However, such implementations are becoming less safe and feasible, resulting in a surge in interest in biometric systems techniques. Biometrics systems are those that record the physical characteristics of persons in an electronic environment and use that information to recognize them when needed. It works on the idea of identifying a person's physical traits that he cannot change and are distinguishable from others. The designed system aimed to successfully achieve face recognition through real- time detection, comparing the result with pre-recorded face images and tracking the human’s face using a webcam- based system. The system accuracy has been tested in different cases; based on the detection distance, person’s appearance variation, multi-angle posing and multi-people. The system successfully implements face recognition, detection, and tracking with a satisfactory accuracy of 93%
基于Arduino的实时人脸识别与跟踪系统
如今,随着安全变得越来越重要,人们必须记住更多的密码,携带更多的卡片。然而,这样的实现变得越来越不安全和可行,导致人们对生物识别系统技术的兴趣激增。生物识别系统是在电子环境中记录人的身体特征,并在需要时使用这些信息来识别他们的系统。它的工作原理是识别一个人的身体特征,他不能改变,并与其他人区分开来。设计的系统旨在通过实时检测,将结果与预先录制的人脸图像进行比较,并使用基于网络摄像头的系统跟踪人脸,从而成功地实现人脸识别。在不同情况下测试了系统的精度;基于检测距离、人的外表变化、多角度摆拍和多人。该系统成功地实现了人脸识别、检测和跟踪,准确率达到93%
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