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Hand Written Indian Numeral Character Recognition using Deep Learning approaches

机译:使用深度学习方法手写印度数字字符识别

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摘要

Hand written Character recognition is evolving topic as the size and shape of the hand written characters could not be uniquely characterized. The proposed work considers the numeral characters in the image form in varieties of orientation and shape for the digits. The features are extracted and subjected to NaïveBayes classifier, BayesNet classifier and the results associated with the metrics are worked out. Recently, the deployment of machine learning techniques is widespread and has proven improved performance. In the proposed work we have deployed the deep learning network with one stage of convolution layer with 20 numbers of 5x5 filters, Rectifier Linear Unit, Max pooling layer, fully connected softmax layer. The MNIST dataset with 60000 number of training images and 10000 numbers of testing images are used to experiment the proposed network. The results observed using the deep learning techniques are superior to the existing classifier such as NaïveBayes and BayesNet classifier and also the recent work proposed using deep learning techniques with 3x3 filers in the convolution layer.
机译:手写字符识别是一个不断发展的主题,因为手写字符的大小和形状无法唯一地描述。提出的工作考虑了图像形式中的数字字符在数字方向和形状方面的变化。提取特征并进行NaïveBayes分类器,BayesNet分类器,然后得出与度量相关的结果。最近,机器学习技术的部署已广泛普及,并已证明其性能得到了改善。在拟议的工作中,我们已经部署了深度学习网络,该网络的一级卷积层具有20个5x5滤波器,整流器线性单元,最大池化层,完全连接的softmax层。 MNIST数据集具有60000张训练图像和10000张测试图像用于实验所提出的网络。使用深度学习技术观察到的结果优于现有的分类器,例如NaïveBayes和BayesNet分类器,以及最近在卷积层中使用具有3x3过滤器的深度学习技术提出的工作。

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