%0 Journal Article %1 FujisawaJul1992 %A Fujisawa, H. %A Nakano, Y. %A Kurino, K. %D Jul 1992 %J Proceedings of the IEEE %K analysis, character components, connected data document form frames, handwritten hypotheses, image interrelations, label multiple numerals, optical pattern patterns, positions processing, recognition, recognitionOCR, relationships, segmentation, semantic spatial structure tabular touching %N 7 %P 1079-1092 %R 10.1109/5.156471 %T Segmentation methods for character recognition: from segmentation to document structure analysis %V 80 %X A pattern-oriented segmentation method for optical character recognition that leads to document structure analysis is presented. As a first example, segmentation of handwritten numerals that touch are treated. Connected pattern components are extracted, and spatial interrelations between components are measured and grouped into meaningful character patterns. Stroke shapes are analyzed and a method of finding the touching positions that separates about 95% of connected numerals correctly is described. Ambiguities are handled by multiple hypotheses and verification by recognition. An extended form of pattern-oriented segmentation, tabular form recognition, is considered. Images of tabular forms are analyzed, and frames in the tabular structure are extracted. By identifying semantic relationships between label frames and data frames, information on the form can be properly recognized

@article{FujisawaJul1992, abstract = {A pattern-oriented segmentation method for optical character recognition that leads to document structure analysis is presented. As a first example, segmentation of handwritten numerals that touch are treated. Connected pattern components are extracted, and spatial interrelations between components are measured and grouped into meaningful character patterns. Stroke shapes are analyzed and a method of finding the touching positions that separates about 95% of connected numerals correctly is described. Ambiguities are handled by multiple hypotheses and verification by recognition. An extended form of pattern-oriented segmentation, tabular form recognition, is considered. Images of tabular forms are analyzed, and frames in the tabular structure are extracted. By identifying semantic relationships between label frames and data frames, information on the form can be properly recognized}, added-at = {2011-03-27T19:47:06.000+0200}, author = {Fujisawa, H. and Nakano, Y. and Kurino, K.}, biburl = {https://www.bibsonomy.org/bibtex/26579e538281aca5c1f0d8b0023d7af12/cocus}, doi = {10.1109/5.156471}, file = {:./Fujisawa.pdf:PDF}, interhash = {03a467e1d7430e57eb29da7ab9fe77a3}, intrahash = {6579e538281aca5c1f0d8b0023d7af12}, issn = {0018-9219}, journal = {Proceedings of the IEEE}, keywords = {analysis, character components, connected data document form frames, handwritten hypotheses, image interrelations, label multiple numerals, optical pattern patterns, positions processing, recognition, recognitionOCR, relationships, segmentation, semantic spatial structure tabular touching}, number = 7, pages = {1079-1092}, review = {touching characters}, timestamp = {2011-03-27T19:47:07.000+0200}, title = {Segmentation methods for character recognition: from segmentation to document structure analysis}, volume = 80, year = {Jul 1992} }