DEVELOPMENT OF AN IMPROVED DATABASE FOR YORUBA HANDWRITTEN CHARACTER

Oluwashina O. Oyeniran, Joshua O. Oyeniyi, L. Omotosho, I. Ogundoyin
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Abstract

For improved human comprehension and autonomous machine perception, optical character recognition has been saddled with the task of translating printed or hand-written materials into digital text files. Many works have been proposed and implemented in the computerization of different human languages in the global community, but microscopic attempts have also been made to place Yoruba Handwritten Character on the board of Optical Character Recognition. This study developed a novel available dataset for research on offline Yoruba handwritten character recognition so as to fill the gaps in the existing knowledge. The developed database contains a total of 12,600 characters being made up of 70 classes from a total number of 200 writers, in which 80 % (10,500) is regarded as the training and validation dataset while the remaining 20 % (2,100) is regarded as testing dataset. The dataset is available on https://github.com/oluwashina90/Yoruba-handwritten-character-database. Hence, it is the complete and largest dataset available for Yoruba Handwritten character research.
开发改进的约鲁巴手写体字符数据库
为了提高人类的理解能力和机器的自主感知能力,光学字符识别被赋予了将印刷或手写材料翻译成数字文本文件的任务。在国际社会中,不同人类语言的计算机化已经提出并实施了许多工作,但也进行了微观尝试,将约鲁巴手写字符放在光学字符识别板上。本研究开发了一个新的可用于离线约鲁巴手写字符识别研究的数据集,以填补现有知识的空白。所开发的数据库共包含12600个字符,由来自200名作者的70个类别组成,其中80%(10500)被视为训练和验证数据集,其余20%(2100)则被视为测试数据集。数据集在上可用https://github.com/oluwashina90/Yoruba-handwritten-character-database.因此,它是可用于约鲁巴手写体字符研究的完整且最大的数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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21
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6 weeks
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