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Image Blind Denoising With Generative Adversarial Network Based Noise Modeling

CVPR 2018 · Image generation › GANs · approach: GAN-based image manipulation · 637 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use GAN-generated noise samples to augment extracted noise blocks when training the denoising CNN (ablation)GCBD · BSD68, synthetic Gaussian and mixture noisePSNR (dB): 0.34 dB and 0.91 dB lowerHelped
Use GAN-based noise modeling and generated training data rather than the blind Gaussian DnCNN-B modelGCBD · BSD68, mixture noise s = 15 and s = 25PSNR (dB): 40.75 -> 42.00; 37.54 -> 39.87Helped
Use GAN-based noise modeling and generated training data rather than BM3DGCBD · DNDPSNR (dB): 34.61 -> 35.58Helped
Train with approximate noise data modeled by GAN instead of accurate synthetic noise dataGCBD · BSD68, mixture noise s = 15 and s = 25PSNR (dB): 42.42 dB and 40.21 dB; 42.46 dB and 40.22 dBNo clear effect
Use GAN rather than pixel-based GMM for noise modelingGCBD · Real-world noise sample modelingnoise sample similarity to observed noiseHelped
Apply GCBD rather than DnCNN-BBSD68 Gaussian blind denoising · Gaussian noise σ = 15 and σ = 25PSNR (dB): 31.61 -> 31.59; 29.16 -> 29.15No clear effect

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