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Classification of Handwritten Devanagari Number – An analysis of Pattern Recognition Tool using Neural Network and CNN

机译:手写德那戈拉尼号的分类 - 用神经网络和CNN分析模式识别工具

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This paper majorly concerns the classification of handwritten numerals of Devanagari Script. The major contributions in this paper are 1) Development of a dataset for handwritten numerals similar to MNIST dataset, 2) Analysis of Pattern Recognitions tools based on NN and Convolution Neural Network, 3) Detailed discussion on the results by calculating the Precision, recall and F-measure values and compared with the other dataset available online. The present dataset includes 4,282 handwritten numerals of Devanagari which are collected from people of different ages. In the methodology developed in this paper, all the numerals are extracted from the image. After pre-processing, the images are resized to 30X30 which are later converted to vectors. These vectors with labels are the inputs for the classifiers. ANN classifier is designed by using PRTool and Deep Learning network is designed to make comparison with ANN. Data for training and testing splits into different ratios – 80:20, 70:30, 60:40 and 50:50. This research has achieved accuracy of more than 95%. The results of the dataset generated are compared with the dataset available online.
机译:本文主要涉及Devanagari脚本的手写数字的分类。本文的主要贡献为1)用于手写数字的数据集,类似于MNIST DataSet,2)基于NN和卷积神经网络的模式识别工具分析,3)通过计算精度,召回和召回和F测量值并与其他数据集进行比较。目前的数据集包括由不同年龄的人收集的devanagari的4,282个手写标号。在本文开发的方法中,从图像中提取所有数字。在预处理之后,将图像调整为30x30,后来转换为向量。具有标签的这些向量是分类器的输入。 ANN分类器是通过使用PRTOOL和深度学习网络设计的,旨在与ANN进行比较。培训和测试数据分裂成不同比例 - 80:20,70:30,60:40和50:50。这项研究取得了超过95%的准确度。生成的数据集的结果与在线可用的数据集进行比较。

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