Research on Face Recognition System Based on Deep Convolutional Machine Learning Model

Changjian Huang, Liuchun Zhan, Xianfeng Zeng
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Abstract

This paper proposes a face recognition system based on a deep convolutional neural network algorithm. Firstly, according to the distribution law of pose face, the nonlinear manifold space of pose face is divided into different manifold layers and local subspaces. At the same time, this paper defines the low-level feature construction method for the pose face in the local subspace to realize the face sample expansion with pose change. Then this paper obtains a self-learning deep convolutional neural network through network structure initialization, global and local adaptive expansion of the network structure. In this way, the deep nonlinear feature extraction and recognition of pose-changing faces is realized. The experimental simulation shows that the recognition accuracy rate of the algorithm on Clubfeet, AR and ORL face databases reaches 98.89%, 99.67% and 100% respectively. The algorithm has a fast convergence rate.
基于深度卷积机器学习模型的人脸识别系统研究
本文提出了一种基于深度卷积神经网络算法的人脸识别系统。首先,根据位姿面分布规律,将位姿面的非线性流形空间划分为不同的流形层和局部子空间;同时,本文在局部子空间中定义了位姿人脸的底层特征构建方法,实现了随位姿变化的人脸样本扩展。然后通过网络结构初始化、网络结构的全局自适应扩展和局部自适应扩展得到一个自学习的深度卷积神经网络。通过这种方法,实现了变姿人脸的深度非线性特征提取与识别。实验仿真表明,该算法在Clubfeet、AR和ORL人脸数据库上的识别准确率分别达到98.89%、99.67%和100%。该算法具有较快的收敛速度。
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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