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A Face Recognition Method Based on Broad Learning of Feature Block

机译:基于特征块广泛学习的人脸识别方法

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摘要

Recently, deep learning methods are widely used in face recognition, but the model training time is long, and the problem of global optimal solution cannot be guaranteed. In order to solve the problem of high time cost in face recognition training, this paper applies Broad Learning System (BLS) to face recognition. At the same time, BLS is sensitive to the input features, and the occlusion and illumination problems in the recognition process are considered. The idea of feature block is introduced to BLS. Final weighted facial features and face recognition. Experiments were carried out on ORL and Yale-B datasets, and compared with BLS, PCA and improved deep learning algorithm. The results show that our method is not affected by the number of features on the face dataset with strong illumination and occlusion, maintaining a high recognition accuracy.
机译:最近,深入学习方法广泛用于人脸识别,但模型训练时间很长,无法保证全局最优解决方案的问题。为了解决人脸识别培训的高时间成本问题,本文应用广泛的学习系统(BLS)面对面识别。同时,BLS对输入特征敏感,并且考虑了识别过程中的闭塞和照明问题。特征块的想法被引入BLS。最终加权面部特征和面部识别。实验在ORL和Yale-B数据集上进行,并与BLS,PCA和改进的深度学习算法进行比较。结果表明,我们的方法不受面部数据集的特征数量的影响,具有强烈的照明和闭塞,保持高识别精度。

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