Hybrid CNN-GRU Model for Handwritten Text Recognition on IAM, Washington and Parzival Datasets

Madhav Sharma, Renu Bagoria, Praveen Arora
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Abstract

The aim of using the CNN-GRU Hybrid Model for HTR is to improve the accuracy of existing HTR systems by developing more robust models that can handle the variability of handwriting styles and the complexity of language. The proposed model combines CNN and GRU and is evaluated on multiple datasets, including IAM, Washington, and Parzival, to provide a comprehensive analysis and comparison with existing models. The CNN-GRU architecture proposed in the study has been tested on IAM, Washington, and Parzival datasets, and it was found to have lower CER and WER scores compared to many other models. The model achieved CER scores of 7.16%, 6.S%, and S.06% and WER scores of16.16%, 17.24%, and 19.13% on the IAM, Washington, and Parzival datasets, respectively.
在IAM, Washington和Parzival数据集上手写文本识别的混合CNN-GRU模型
使用CNN-GRU混合模型用于HTR的目的是通过开发更健壮的模型来处理手写风格的可变性和语言的复杂性,从而提高现有HTR系统的准确性。提出的模型结合了CNN和GRU,并在多个数据集上进行了评估,包括IAM、Washington和Parzival,以提供与现有模型的全面分析和比较。研究中提出的CNN-GRU架构已经在IAM、Washington和Parzival数据集上进行了测试,发现与许多其他模型相比,它具有较低的CER和WER分数。模型的CER得分为7.16%,6。在IAM、Washington和Parzival数据集上,WER得分分别为16.16%、17.24%和19.13%。
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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