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Spatially Variant Linear Representation Models for Joint Filtering

CVPR 2019 · Image generation › Image restoration · approach: Diffusion priors for denoising and deblurring · 50 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use SVLRM with CNN-estimated spatially variant coefficients instead of DJFDepth image upsampling · NYU depth upsampling ×4RMSE: 3.54 -> 1.74Helped
use SVLRM with CNN-estimated spatially variant coefficients instead of DJFDepth image upsampling · NYU depth upsampling ×8RMSE: 6.20 -> 5.59Helped
use SVLRM with CNN-estimated spatially variant coefficients instead of DJFDepth image upsampling · NYU depth upsampling ×16RMSE: 10.21 -> 7.23Helped
use SVLRM joint restoration instead of MUGIFDepth image restoration · Depth image restorationAvg. PSNRs: 34.07 -> 36.44Helped
use SVLRM joint restoration instead of MUGIFDepth image restoration · Depth image restorationAvg. SSIMs: 0.9657 -> 0.9762Helped
use SVLRM joint restoration instead of MUGIFDepth image restoration · Depth image restorationAvg. RMSEs: 5.26 -> 4.02Helped
use SVLRM denoising instead of IRCNNNatural image denoising · BSDS image denoisingAvg. PSNRs: 31.86 -> 33.04Helped
use SVLRM denoising instead of IRCNNNatural image denoising · BSDS image denoisingAvg. SSIMs: 0.8811 -> 0.8957Helped
use SVLRM denoising instead of IRCNNNatural image denoising · BSDS image denoisingAvg. RMSEs: 6.64 -> 6.32Helped
add SVLRM coefficient learning rather than directly predicting the target image (ablation)Depth image denoising · Depth image denoisingAvg. PSNRs: 35.31 -> 35.98Helped
add SVLRM coefficient learning rather than directly predicting the target image (ablation)Natural image denoising · Natural image denoisingAvg. PSNRs: 32.44 -> 33.04Helped
add CNN-estimated SVLRM coefficients instead of hand-crafted coefficient priors (ablation)Depth image denoising · Depth image denoisingAvg. PSNRs: 21.84 -> 35.98Helped

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