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Offline Handwritten English Character Recognition Based on Convolutional Neural Network

机译:基于卷积神经网络的离线手写英语字符识别

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This paper applies Convolutional Neural Networks (CNNs) for offline handwritten English character recognition. We use a modified LeNet-5 CNN model, with special settings of the number of neurons in each layer and the connecting way between some layers. Outputs of the CNN are set with error-correcting codes, thus the CNN has the ability to reject recognition results. For training of the CNN, an error-samples-based reinforcement learning strategy is developed. Experiments are evaluated on UNIPEN lowercase and uppercase datasets, with recognition rates of 93.7% for uppercase and 90.2% for lowercase, respectively.
机译:本文适用卷积神经网络(CNNS)进行离线手写英语字符识别。 我们使用修改的LENET-5 CNN模型,具有每层神经元数的特殊设置以及一些层之间的连接方式。 CNN的输出被设置为纠错码,因此CNN具有拒绝识别结果的能力。 为了培训CNN,开发了一种基于误差样本的强化学习策略。 实验在UniPen小写和大写数据集上进行评估,识别率为93.7%,分别为小写的90.2%。

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