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D. Cai†, J. Chen†, J. H. Zhao†, Y. Xue, S. Yang, **W. Yuan**, M. Feng, H. Y. Weng, S. G. Liu,
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Y. L. Peng, J. Y. Zhu, K. R. Wang, C. Jackson, H. P. Tang#, J. Z. Huang, X. Y. Wang#
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- This work introduce HiCervix, the most extensive, multi-center cervical cytology dataset currently available to the public. HiCervix includes 40,229 cervical cells from 4,496 whole slide images, categorized into 29 annotated classes. Along with our benchmark HierSwin method HierSwin, a hierarchical vision transformer-based classification network.
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- This work introduces HiCervix, the most extensive, multi-center cervical cytology dataset currently available to the public. HiCervix includes 40,229 cervical cells from 4,496 whole slide images, categorized into 29 annotated classes. Along with our benchmark HierSwin method HierSwin, a hierarchical vision transformer-based classification network.
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