mogvision / ADL

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ADL: Adversarial Distortion Learning for Denoising and Distortion Removal

Morteza Ghahremani, Mohammad Khateri, Alejandra Sierra, Jussi Tohka

AiVi, UEF, Finland


This repository is the official implementation of ADL: Adversarial Distortion Learning for denoising medical and computer vision images (arxiv, supp, pretrained models, visual results).

TensorFlow PyTorch google colab logo

\ ADL achieves state-of-the-art Gaussian denoising performance in

Network architectures

Denoising Results on BSD68 and CBSD68:

σ BM3D WNNM DnCNN NLRN FOCNet MWCNN DRUNet SwinIR ADL (ours)
15 31.08 31.37 31.73 31.88 31.83 31.86 31.91 31.97 :fire: 32.11 :fire:
25 28.57 28.83 29.23 29.41 29.38 29.41 29.48 29.50 :fire: 29.50 :fire:
50 25.60 25.87 26.23 26.47 26.50 26.53 26.59 26.58 :fire: 26.87 :fire:
CBSD68 (img_id: test015) Noisy (σ=25) SwinIR ADL (ours)
σ BM3D WNNM EPLL MLP CSF TNRD DnCNN DRUNet SwinIR ADL (ours)
15 33.52 33.90 33.86 33.87 33.91 - 34.10 34.30 34.42 :fire: 34.61 :fire:
25 30.71 31.24 31.16 31.21 31.28 31.24 31.43 31.69 31.78 :fire: 32.18 :fire:
50 27.38 27.95 27.86 27.96 28.05 28.06 28.16 28.51 28.56 :fire: 29.02 :fire:
CBSD68 (img_id: test015) Noisy (σ=50) SwinIR ADL (ours)

Denoising Results on Medical Images:

2D (click here)

3D MRI Brain-BrainWeb (click here)

3D MRI knee-fastMRI (click here)


Citation

If you find ADL useful in your research, please cite our tech report:

@article{ADL2022,
    author = {Morteza Ghahremani, Mohammad Khateri, Alejandra Sierra, Jussi Tohka},
    title = {Adversarial Distortion Learning for Medical Image Denoising},
    journal = {arXiv:2204.14100},
    year = {2022},
}