利用深度学习技术从棕榈叶中识别马来拉姆语字符

Remya Sivan, Tripty Singh, P. Pati
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引用次数: 0

摘要

博物馆图书馆里的棕榈叶等古代手稿是丰富的知识来源。数字化有助于存储这些知识,为未来提供保护,并使其能够在全球范围内访问。在为这些手稿建立离线手写识别系统时,不同的书写风格、当前废弃和稀有字符的存在、图像质量和棕榈叶是需要处理的一些挑战。本文的重点是利用深度学习技术识别棕榈叶中可用的马拉雅拉姆语字符。首先利用直方图和轮廓法从棕榈叶中分割出线条。随后,从行中提取单个字符。使用自定义卷积神经网络(CNN)来识别这些分割的字符。经过训练的CNN以86%的准确率识别了48类分割字符。此外,本文还将结果与其他标准CNN模型进行了比较。
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Malayalam Character Recognition from Palm Leaves Using Deep-Learning
Ancient manuscripts like palm leaves, available in museum libraries, are a rich source of knowledge. Digitization helps store this knowledge protected for the future & enables its global access. Varying writing styles, presence of currently discarded & rare characters, quality of imaging, and palm leaves are some of the challenges to be handled while building an offline handwritten recognition system for these manuscripts. This paper focuses on recognizing Malayalam characters available in palm leaves using deep learning techniques. With the help of the histogram and contour method, lines are segmented from palm leaves first. Subsequently, individual characters are extracted from the lines. A customized Convolution Neural Network (CNN) is employed to recognize these segmented characters. This trained CNN recognizes forty-eight classes of segmented characters with 86% accuracy. Additionally, this paper compares the results with other standard CNN models.
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