Study on character recognition algorithm for end face of bundled special steel bars

In order to realize the traceability of the whole process of special steel bar production information,the production environment and shape characteristics of special steel bar were analyzed.The marking scheme based on double mark points was adopted,and the machine vision technology was used to reali...

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Autores principales: Fuxiang ZHANG, Wang GUO, Yongjian HUANG, Chunmei WANG, Fengshan HUANG
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Publicado: Hebei University of Science and Technology 2021
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Acceso en línea:https://doaj.org/article/8a71d3e03da54abd94e79e9f1c1b6342
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spelling oai:doaj.org-article:8a71d3e03da54abd94e79e9f1c1b63422021-11-23T07:09:07ZStudy on character recognition algorithm for end face of bundled special steel bars1008-154210.7535/hbkd.2021yx05005https://doaj.org/article/8a71d3e03da54abd94e79e9f1c1b63422021-10-01T00:00:00Zhttp://xuebao.hebust.edu.cn/hbkjdx/ch/reader/create_pdf.aspx?file_no=b202105005&flag=1&journal_https://doaj.org/toc/1008-1542In order to realize the traceability of the whole process of special steel bar production information,the production environment and shape characteristics of special steel bar were analyzed.The marking scheme based on double mark points was adopted,and the machine vision technology was used to realize the character recognition of the end face of the bundled special steel bars.First,Hough transform was used to segment the end face image of the bundle of special steel bars into single ones.Secondly,an image enhancement algorithm based on wavelet transform was used to enhance the end face image of a single special steel bar.Then,the MSER algorithm and the edge detection algorithm were combined to complete the detection of the character area of a single special steel bar,and the character segmentation was completed based on the projection method.Finally,the end face character recognition of each special steel bar was completed by creating and training an SVM classifier,and the end face character recognition results of the bundle of special steel bars were output and saved.The results show that the new algorithm can meet the requirements of character identification in the production process of bundles,and the accuracy of character recognition can reach [BF]97.35%[BFQ].With combination of the Hough transform,the wavelet transform image enhancement algorithm,MSER algorithm,edge detection algorithm,projection method,and SVM classifier and other algorithms to character identification of special steel bar end face,the new algorithm provides reference for information acquisition,information transfer and information traceability of special steel bar production.[HQ][HQ]Fuxiang ZHANGWang GUOYongjian HUANGChunmei WANGFengshan HUANGHebei University of Science and Technologyarticlecomputer image processing; special steel bar; information marking; image enhancement; character segmentation; character recognitionTechnologyTZHJournal of Hebei University of Science and Technology, Vol 42, Iss 5, Pp 470-480 (2021)
institution DOAJ
collection DOAJ
language ZH
topic computer image processing; special steel bar; information marking; image enhancement; character segmentation; character recognition
Technology
T
spellingShingle computer image processing; special steel bar; information marking; image enhancement; character segmentation; character recognition
Technology
T
Fuxiang ZHANG
Wang GUO
Yongjian HUANG
Chunmei WANG
Fengshan HUANG
Study on character recognition algorithm for end face of bundled special steel bars
description In order to realize the traceability of the whole process of special steel bar production information,the production environment and shape characteristics of special steel bar were analyzed.The marking scheme based on double mark points was adopted,and the machine vision technology was used to realize the character recognition of the end face of the bundled special steel bars.First,Hough transform was used to segment the end face image of the bundle of special steel bars into single ones.Secondly,an image enhancement algorithm based on wavelet transform was used to enhance the end face image of a single special steel bar.Then,the MSER algorithm and the edge detection algorithm were combined to complete the detection of the character area of a single special steel bar,and the character segmentation was completed based on the projection method.Finally,the end face character recognition of each special steel bar was completed by creating and training an SVM classifier,and the end face character recognition results of the bundle of special steel bars were output and saved.The results show that the new algorithm can meet the requirements of character identification in the production process of bundles,and the accuracy of character recognition can reach [BF]97.35%[BFQ].With combination of the Hough transform,the wavelet transform image enhancement algorithm,MSER algorithm,edge detection algorithm,projection method,and SVM classifier and other algorithms to character identification of special steel bar end face,the new algorithm provides reference for information acquisition,information transfer and information traceability of special steel bar production.[HQ][HQ]
format article
author Fuxiang ZHANG
Wang GUO
Yongjian HUANG
Chunmei WANG
Fengshan HUANG
author_facet Fuxiang ZHANG
Wang GUO
Yongjian HUANG
Chunmei WANG
Fengshan HUANG
author_sort Fuxiang ZHANG
title Study on character recognition algorithm for end face of bundled special steel bars
title_short Study on character recognition algorithm for end face of bundled special steel bars
title_full Study on character recognition algorithm for end face of bundled special steel bars
title_fullStr Study on character recognition algorithm for end face of bundled special steel bars
title_full_unstemmed Study on character recognition algorithm for end face of bundled special steel bars
title_sort study on character recognition algorithm for end face of bundled special steel bars
publisher Hebei University of Science and Technology
publishDate 2021
url https://doaj.org/article/8a71d3e03da54abd94e79e9f1c1b6342
work_keys_str_mv AT fuxiangzhang studyoncharacterrecognitionalgorithmforendfaceofbundledspecialsteelbars
AT wangguo studyoncharacterrecognitionalgorithmforendfaceofbundledspecialsteelbars
AT yongjianhuang studyoncharacterrecognitionalgorithmforendfaceofbundledspecialsteelbars
AT chunmeiwang studyoncharacterrecognitionalgorithmforendfaceofbundledspecialsteelbars
AT fengshanhuang studyoncharacterrecognitionalgorithmforendfaceofbundledspecialsteelbars
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