人脸识别系统采用多层前馈神经网络和可变学习率的主成分分析

Raman Bhati
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引用次数: 7

摘要

本文提出了一种新的方法来实现多层前馈神经网络的最优学习率,从而减少了多层前馈神经网络的学习时间。研究了最优内迭代次数和隐藏节点数量对学习时间和识别率的影响。将主成分分析和多层前馈神经网络分别应用于人脸识别系统中进行特征提取和识别。本文表明,识别率和训练时间取决于隐藏节点的数量。在这种方法中,我们使用了可变学习率,并证明了它比恒定学习率的优越性。所有实验均采用ORL数据库。
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Face recognition system using multi layer feed Forward Neural Networks and Principal Component Analysis with variable learning rate
In this paper we have proposed a new way to achieve the optimum learning rate that can reduce the learning time of the multi layer feed forward neural network. The effect of optimum numbers of inner iterations and numbers of hidden nodes on learning time and recognition rate has been shown. The Principal Component Analysis and Multilayer Feed Forward Neural Network are applied in face recognition system for feature extraction and recognition respectively. The paper shows that the recognition rate and training time are dependent on numbers on hidden nodes. In this approach we have used variable learning rate and demonstrated its superiority over constant learning rate. We have used ORL database for all the experiments.
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