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Models/MIM-Swin-V2

MIM-Swin-V2

Reported on 26 benchmarks across 2 tasks · 1 paper

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

Computer Vision13 results

  • Depth EstimationonNYU-Depth V2
    Delta < 1.25· 2023-11-07
    0.9361
    best: 0.989 (UniK3D (FT, metric))
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonNYU-Depth V2
    Delta < 1.25^2· 2023-11-07
    0.9916
    best: 1 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonNYU-Depth V2
    Delta < 1.25^3· 2023-11-07
    0.9981
    best: 1 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonNYU-Depth V2
    RMSE· 2023-11-07
    0.3046
    best: 0.013 (Defocus/DepthNet (Normalized))
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonNYU-Depth V2
    absolute relative error· 2023-11-07
    0.0864
    best: 0.026 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonNYU-Depth V2
    log 10· 2023-11-07
    0.0365
    best: 0.059 (SC-DepthV2)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    Delta < 1.25· 2023-11-07
    0.9757
    best: 0.99 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    Delta < 1.25^2· 2023-11-07
    0.9974
    best: 0.999 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    Delta < 1.25^3· 2023-11-07
    0.9994
    best: 1 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    RMSE· 2023-11-07
    2.0373
    best: 1.394 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    RMSE log· 2023-11-07
    0.077
    best: 0.048 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    Sq Rel· 2023-11-07
    0.1458
    best: 0.224 (SfM-Revisited)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • Depth EstimationonKITTI Eigen split
    absolute relative error· 2023-11-07
    0.0508
    best: 0.029 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938

Methodology13 results

  • 3DonNYU-Depth V2
    Delta < 1.25· 2023-11-07
    0.9361
    best: 0.989 (UniK3D (FT, metric))
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonNYU-Depth V2
    Delta < 1.25^2· 2023-11-07
    0.9916
    best: 1 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonNYU-Depth V2
    Delta < 1.25^3· 2023-11-07
    0.9981
    best: 1 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonNYU-Depth V2
    RMSE· 2023-11-07
    0.3046
    best: 0.013 (Defocus/DepthNet (Normalized))
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonNYU-Depth V2
    absolute relative error· 2023-11-07
    0.0864
    best: 0.026 (HybridDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonNYU-Depth V2
    log 10· 2023-11-07
    0.0365
    best: 0.059 (SC-DepthV2)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    Delta < 1.25· 2023-11-07
    0.9757
    best: 0.99 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    Delta < 1.25^2· 2023-11-07
    0.9974
    best: 0.999 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    Delta < 1.25^3· 2023-11-07
    0.9994
    best: 1 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    RMSE· 2023-11-07
    2.0373
    best: 1.394 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    RMSE log· 2023-11-07
    0.077
    best: 0.048 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    Sq Rel· 2023-11-07
    0.1458
    best: 0.224 (SfM-Revisited)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938
  • 3DonKITTI Eigen split
    absolute relative error· 2023-11-07
    0.0508
    best: 0.029 (SPIDepth)
    Analysis of NaN Divergence in Training Monocular Depth Estimation ModelarXiv:2311.03938