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Models/CLIP4STR-L*

CLIP4STR-L*

Reported on 9 benchmarks across 3 tasks · 1 paper · 3 SOTA

Note: results are matched by exact model name. Different papers may use the same name for different model variants.

Computer Vision6 results

  • Scene ParsingonICDAR2013
    Accuracy· uses extra data· 2023-12-29
    99.42
    SOTA
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • Scene Text RecognitiononICDAR2013
    Accuracy· uses extra data· 2023-12-29
    99.42
    SOTA
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • Scene ParsingonSVTP
    Accuracy· uses extra data· 2023-12-29
    98.13
    best: 98.6 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • Scene ParsingonICDAR2015
    Accuracy· uses extra data· 2023-12-29
    92.6
    best: 93.5 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • Scene Text RecognitiononSVTP
    Accuracy· uses extra data· 2023-12-29
    98.13
    best: 98.6 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • Scene Text RecognitiononICDAR2015
    Accuracy· uses extra data· 2023-12-29
    92.6
    best: 93.5 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028

Audio3 results

  • 2D Semantic SegmentationonICDAR2013
    Accuracy· uses extra data· 2023-12-29
    99.42
    SOTA
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • 2D Semantic SegmentationonSVTP
    Accuracy· uses extra data· 2023-12-29
    98.13
    best: 98.6 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028
  • 2D Semantic SegmentationonICDAR2015
    Accuracy· uses extra data· 2023-12-29
    92.6
    best: 93.5 (DTrOCR 105M)
    An Empirical Study of Scaling Law for OCRarXiv:2401.00028