Real Time Detection on Face Side Image with Ear Biometric Imaging Using Integral Image and Haar-Like Feature

Fachruddin, Y. Pratama, Errissya Rasywir, Desi Kisbianty, Hendrawan, Maria Rosario Borroek
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引用次数: 4

Abstract

There are no CCTV that accurately record human movement from the front of camera. Sometimes the recording shows the figure of a human face from the side. Face detection is usually used to identify facial data with different expressions. Various studies have been developed on Facial Recognition and Expression. However, most of the analysis is about the face from the front side. To deal with the problem, it is necessary to develop research on the side face using ear biometric. This research uses Integral Image, Adaboost and Haar-Like techniques. Direct test via laptop webcam with the object facing from the side face. The experiment result of this research is that the system successfully classifies 33 ears that can be detected from 60 ear database which has been labeled manually. From 33 ear detected there are 29 ears that can be classified correctly. So the accuracy is 88% as false positive. Fault tolerance of ear position is 45.07/345384 or 0.01% in data testing. The use of Haar-Like Feature has been successfully used as a biometric ear detector on the side of the face images. Ear detection takes place at 60 frames in 5 seconds. Or about 12 frames per second. For testing via webcam, the ear can be detected in about 0.5776376 seconds.
基于积分图像和Haar-Like特征的耳侧人脸实时检测
没有闭路电视可以准确地从镜头前记录下人类的活动。有时录音会从侧面显示人脸的轮廓。人脸检测通常用于识别具有不同表情的面部数据。关于面部识别和表情的各种研究已经发展起来。然而,大多数分析都是关于正面的脸。为了解决这一问题,有必要利用耳生物识别技术对侧脸进行研究。本研究使用Integral Image、Adaboost和Haar-Like技术。通过笔记本电脑网络摄像头直接测试,物体从侧面朝向。本研究的实验结果是,系统从人工标记的60个耳库中成功地分类出了33个可检测的耳。从检测到的33只耳朵中,有29只耳朵可以正确分类。假阳性的准确率是88%耳位容错数据测试为45.07/345384或0.01%。Haar-Like Feature的使用已经成功地应用于人脸图像侧面的生物识别耳检测器。耳朵检测在5秒内完成60帧。大概是每秒12帧。通过网络摄像头进行测试,可以在0.5776376秒内检测到耳朵。
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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