Segmentation-Free Handwriting Recognition in Historical Handwritten Documents Using Large Vision-Language Models
The standard handwriting recognition pipeline segments a page into lines before recognising anything. Large vision-language models make it reasonable to ask whether that step is still needed.
We benchmark nine commercial and open-weight LVLMs across four scripts and three difficulty levels. Page-level input outperforms line segmentation on every handwritten script we tested, and at lower inference cost — for Cyrillic, Gemini 2.5 Pro’s character error rate drops from 22.6% to 3.9%. The exception is the most degraded historical collection (Bentham), where segmentation still helps.
Citation
T. Hallyburton, L. Berset, G. A. Fink, A. Fischer and A. Scius-Bertrand. "Segmentation-Free Handwriting Recognition in Historical Handwritten Documents Using Large Vision-Language Models." 14th Int. Symposium on Information and Communication Technology (SOICT), 2025. Springer CCIS series.
