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Corrective learning of autoassociative neural network for handwritten numeral recognition

机译:手写数字识别自动关联神经网络的纠正学习

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摘要

Autoassociative neural network is a network having the same number of neurons in input and output layers, and the less in the hidden layers. The network is trained using the input vector itself as the desired output. This training leads to minimize the mean square error between the input and the output, however it does not necessary minimize the classification error. This paper proposes a new corrective learning method which moves away the hypersurface of a class to which an input pattern is misclassified. The efficiency of the proposed method is evaluated and studied by handwritten numeral recognition using three layered and five layered autoassociative neural networks.
机译:自动关联神经网络是一种网络,其在输入和输出层中具有相同数量的神经元,隐藏层中的较少。 使用输入向量本身培训网络作为所需输出培训。 此培训导致输入和输出之间的均方误差最小化,但它不必最小化分类误差。 本文提出了一种新的纠正学习方法,它移动了输入模式被错误分类的类的超短面。 通过使用三层和五层自动化神经网络的手写数字识别评估和研究所提出的方法的效率。

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