人脸识别系统设计与制造

Menq-Jiun Wu, Ye Chen, Yi-Sheng Liao, Jun-An Chen, Hao-Han Lin
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引用次数: 1

摘要

人脸识别的理论主要来源于特征向量的思想。将人脸图像转换成一系列数字,形成特征向量。对于人脸图像的特征向量,其内容包括各种特征,如:人脸高度、人脸宽度、平均面部颜色、嘴唇宽度和鼻子高度。人脸识别操作是将人脸图像的特征向量输入与数据集中大量的特征向量进行比较,从而识别出个人身份。本文的人脸识别系统主要是在Python环境下实现的。人脸生成是通过脸部自拍实现的。图像被切割以保留人脸的部分,并存储在数据库中。将输入的人脸图像与数据集中保存的人脸图像进行比较,如果相似度值超过阈值true。该程序将显示人脸图像识别。否则,系统将显示错误信息。完成了人脸识别系统的设计,实验结果表明,人脸识别是正确的。最后利用笔记本电脑摄像头拍摄人脸图像,对比结果也是正确的。
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Face-recognition System Design and Manufacture
The theory of face recognition is mainly from the idea of feature vectors. The face image is converted into a series of numbers to form a feature vector. For a feature vector of a face image, its content includes various features, such as: face height, face width, average face color, lips width, and nose height. The face-recognition operation is to compare the input of the feature vector of a face image with a large number of feature vectors in a dataset to identify the personal identity.The face recognition system in this paper is mainly implemented in the Python environment. Face generation is achieved by selfie of face. The image is cut to retain the part of the face, and stored in the database. Comparing the face image input with those saved in the dataset, if the similarity value passes the threshold value of true. The program will show the face image identification. Otherwise, the system will display a false message. The face recognition system is completed and the experimental results show the correct face-recognition. Finally the laptop Webcam is used to take the face image, and the result of comparison is also correct.
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