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Word Spotting Based on Pyramidal Histogram of Characters Code for Handwritten Text Documents

机译:基于手写文本文档的字符代码的字符直方图的单词斑点

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In this work, we propose a three-phase convolutional neural networkbased approach for word spotting in handwritten text documents. The system uses a reconstructive convolutional neural network model for segmentation of text document into words. The segmented words are converted into pyramidal histogram of characters code for text representation using modified PHOCNet model. Finally, edit distance is used as a similarity measure between query word and word from text repository. The system is capable of answering the query by example as well as query by a string. The proposed model is also very robust and flexible for the availability of handwritten document repository as training data. The proposed model is validated on IAM dataset of handwritten documents which have 1539 different handwritten text documents from 657 writers.
机译:在这项工作中,我们提出了一种三相卷积神经网络基于手写文本文档中的单词斑点的方法。该系统使用重建卷积神经网络模型,用于将文本文档分割为单词。使用修改的Phocnet模型将分段单词转换为文本表示的字符代码的金字塔直方图。最后,编辑距离用作来自文本存储库的查询单词和单词之间的相似性度量。系统能够通过示例和字符串查询回答查询。该模型也非常强大,灵活,可用于手写文档存储库作为培训数据。所提出的模型在手写文档的IAM数据集上验证,其中来自657名作家的1539个不同的手写文本文件。

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