Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network
碩士 === 大同工學院 === 資訊工程學系 === 84 === In this thsis, we propose a clustering method based on Self- OrganizingFeature Map (SOFM) model for Chinese character classification. Since the total number of Chinese characters is extremely large, we...
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ndltd-TW-084TTIT03920012016-02-03T04:32:08Z http://ndltd.ncl.edu.tw/handle/49377359593911859669 Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network 自我特徵映對類神經網路於中文字字形群組化與分類上之應用 Chen, Chih-Wei 陳志偉 碩士 大同工學院 資訊工程學系 84 In this thsis, we propose a clustering method based on Self- OrganizingFeature Map (SOFM) model for Chinese character classification. Since the total number of Chinese characters is extremely large, we can not directly train a neural network (NN) using all the Chinese characters in a way thatused for alphanumeric character recognition. Therefore, we propose a two- stage recognition scheme for Chinese character recognition. In the first stage, we incorporate the so-called GVF feature extraction mechanism to the SOFM so as to elicit the shape related feature for characters. BecauseGVF is insensitive to shape distortion, the characters with similar shapes will be categorized into the same class. By that, the number ofcharacters in each class will be dramatically reduced. Therefore, we canuse certain well-known NN models to recognize the characters of a particular class. This implies that the next stage of our OCCR system consists of several NN's, each of which is effectively in classificationa small set of characters. In this thesis, the training set of 5401 commonly used Chinese charactersare obtained from Eten. This training set is categorized into 100 classesvia a 10 X 10 SOMF. A number of experiments are conducted to verify theeffectiveness of the proposed work. Tai-Wen Yue 虞台文 1996 學位論文 ; thesis 50 zh-TW |
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碩士 === 大同工學院 === 資訊工程學系 === 84 === In this thsis, we propose a clustering method based on Self-
OrganizingFeature Map (SOFM) model for Chinese character
classification. Since the total number of Chinese characters is
extremely large, we can not directly train a neural network (NN)
using all the Chinese characters in a way thatused for
alphanumeric character recognition. Therefore, we propose a two-
stage recognition scheme for Chinese character recognition. In
the first stage, we incorporate the so-called GVF feature
extraction mechanism to the SOFM so as to elicit the shape
related feature for characters. BecauseGVF is insensitive to
shape distortion, the characters with similar shapes will be
categorized into the same class. By that, the number
ofcharacters in each class will be dramatically reduced.
Therefore, we canuse certain well-known NN models to recognize
the characters of a particular class. This implies that the next
stage of our OCCR system consists of several NN's, each of which
is effectively in classificationa small set of characters. In
this thesis, the training set of 5401 commonly used Chinese
charactersare obtained from Eten. This training set is
categorized into 100 classesvia a 10 X 10 SOMF. A number of
experiments are conducted to verify theeffectiveness of the
proposed work.
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author2 |
Tai-Wen Yue |
author_facet |
Tai-Wen Yue Chen, Chih-Wei 陳志偉 |
author |
Chen, Chih-Wei 陳志偉 |
spellingShingle |
Chen, Chih-Wei 陳志偉 Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
author_sort |
Chen, Chih-Wei |
title |
Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
title_short |
Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
title_full |
Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
title_fullStr |
Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
title_full_unstemmed |
Shape-Oriented Chinese Character Clustering And Classification Using An SOFM Neural Network |
title_sort |
shape-oriented chinese character clustering and classification using an sofm neural network |
publishDate |
1996 |
url |
http://ndltd.ncl.edu.tw/handle/49377359593911859669 |
work_keys_str_mv |
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