Occlusion detection and recognizing human face using neural network

Tanvi Patel, Jalpa Patel
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引用次数: 6

Abstract

Face recognition is one of the most important problems of verifying or identifying a face from query image or input image. This system has emerged as an important field in case of surveillance systems. Face detection is a very powerful tool for video surveillance, human computer interface, face recognition, and image database management. Occlusion means extraneous objects that hinder face recognition, e.g., face covered with scarf, wearing glasses, beard, cap etc., is one of the greatest challenges in face recognition systems. Other issues are illumination, pose, expressions etc. An efficient method is used for detection of occlusions, which specifies the missing information in the occluded face. Method used for face detection is Viola-Jones algorithm, for occlusion detection and reconstruction of face fast weighted PCA is used are Neural Network (NN) is used for face recognition. Other appropriate methods are Principal Component Analysis (PCA), Local Binary Pattern (LBP), Eigenfaces. Propose method which is used will detect occluded face and recognize the face with the help of given same faces from the database.
基于神经网络的人脸遮挡检测与识别
人脸识别是从查询图像或输入图像中验证或识别人脸的重要问题之一。该系统已成为监控系统中的一个重要领域。人脸检测是视频监控、人机界面、人脸识别、图像数据库管理等方面非常强大的工具。遮挡是指妨碍人脸识别的外来物体,如戴围巾、戴眼镜、胡须、帽子等,是人脸识别系统面临的最大挑战之一。其他问题是照明、姿势、表情等。提出了一种有效的遮挡检测方法,该方法指定被遮挡的人脸中缺失的信息。人脸检测采用Viola-Jones算法,人脸遮挡检测和重建采用快速加权PCA,人脸识别采用神经网络(NN)。其他合适的方法有主成分分析(PCA)、局部二值模式(LBP)、特征面。提出了一种检测被遮挡人脸并利用数据库中给定的相同人脸进行人脸识别的方法。
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