Papers › Full Page Handwriting Recognition via Image to Sequence Extraction

Full Page Handwriting Recognition via Image to Sequence Extraction

11 Mar 2021arXiv:2103.06450archive 2025-07-28

Sumeet S. Singh, Sergey Karayev

We present a Neural Network based Handwritten Text Recognition (HTR) model architecture that can be trained to recognize full pages of handwritten or printed text without image segmentation. Being based on Image to Sequence architecture, it can extract text present in an image and then sequence it correctly without imposing any constraints regarding orientation, layout and size of text and non-text. Further, it can also be trained to generate auxiliary markup related to formatting, layout and content. We use character level vocabulary, thereby enabling language and terminology of any subject. The model achieves a new state-of-art in paragraph level recognition on the IAM dataset. When evaluated on scans of real world handwritten free form test answers - beset with curved and slanted lines, drawings, tables, math, chemistry and other symbols - it performs better than all commercially available HTR cloud APIs. It is deployed in production as part of a commercial web application.

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Code

CT2001/image-to-latex mentioned on GitHubpytorchMIT report
CT2001/image-to-latex-biology mentioned on GitHubpytorchMIT report
kingyiusuen/image-to-latex mentioned on GitHubpytorchMIT report
tobiasvanderwerff/MetaHTR mentioned on GitHubpytorchMIT report

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Tasks

HTRHandwriting RecognitionHandwritten Text RecognitionImage SegmentationMathSemantic Segmentation

Results from the paper archive 2025-07-28

TaskDatasetModelMetricValueRank at snapshotLeaderboardReport
Handwritten Text Recognition IAM FPHR+Aug Paragraph Level (~145 dpi) CER 6.3 #11 of 17 Archive leaderboard report
Handwritten Text Recognition IAM FPHR+Aug Line Level (~145 dpi) CER 6.5 #14 of 17 Archive leaderboard report
Handwritten Text Recognition IAM FPHR Paragraph Level (~145 dpi) CER 6.7 #16 of 17 Archive leaderboard report

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