脱机手写古穆克文字的预分割字符识别

Munish Kumar, M. Jindal, R. Sharma, S. Jindal
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引用次数: 7

摘要

本文提出了一种特征提取技术,用于古尔木克手写体分割字的识别。实验使用了来自200位不同作者的7000个离线手写古穆克汉字样本。以古穆克文35个基本汉字为对象,提出了基于汉字图像边界范围的特征提取技术。本文还采用了基于PCA的特征选择技术来降低数据的维数。我们使用了k-NN、SVM和MLP分类器。支持向量机被用于四种不同的核。在本研究中,采用RBF核支持向量机和5重交叉验证技术对35类问题的识别准确率达到了93.8%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Offline handwritten pre-segmented character recognition of Gurmukhi script
In this paper, we have proposed a feature extraction technique for recognition of segmented handwritten characters of Gurmukhi script. The experiments have been performed with 7000 specimens of segmented offline handwritten Gurmukhi characters collected from 200 different writers. We have considered the set of 35 basic characters of the Gurmukhi script and have proposed the feature extraction technique based on boundary extents of the character image. PCA based feature selection technique has also been implemented in this work to reduce the dimension of data. We have used k-NN, SVM and MLP classifiers. SVM has been used with four different kernels. In this work, we have achieved maximum recognition accuracy of 93.8% for the 35-class problem when SVM with RBF kernel and 5-fold cross validation technique were employed.
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来源期刊
Machine Graphics and Vision
Machine Graphics and Vision Computer Science-Computer Graphics and Computer-Aided Design
CiteScore
0.40
自引率
0.00%
发文量
1
期刊介绍: Machine GRAPHICS & VISION (MGV) is a refereed international journal, published quarterly, providing a scientific exchange forum and an authoritative source of information in the field of, in general, pictorial information exchange between computers and their environment, including applications of visual and graphical computer systems. The journal concentrates on theoretical and computational models underlying computer generated, analysed, or otherwise processed imagery, in particular: - image processing - scene analysis, modeling, and understanding - machine vision - pattern matching and pattern recognition - image synthesis, including three-dimensional imaging and solid modeling
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