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Research map / Learning theory and algorithms / Matrix and tensor methods

Deep Non-Blind Deconvolution via Generalized Low-Rank Approximation

NeurIPS 2018 · Learning theory and algorithms › Matrix and tensor methods · approach: Geometry of low-rank and SPD structure · 61 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
GLRA separable-filter initialization instead of random initialization (ablation)deconvolution CNN · Figure 7 feature mapsvisual quality / feature sharpnessHelped
vary inverse-kernel size d (120 to 170) and M size m (35 to 60) (ablation)GLRA network · testing setPSNR/SSIMNo clear effect
use GLRA network instead of VEM on Gaussian blurVEM · Gaussian blur with saturated pixelsPSNR: 24.0954 -> 25.6931Helped
use GLRA network instead of VEM on Gaussian blurVEM · Gaussian blur with saturated pixelsSSIM: 0.8822 -> 0.8768Hurt
use GLRA network instead of IRCNN on BSD100 Gaussian blurIRCNN · BSD100 Gaussian blurPSNR: 22.3735 -> 23.2141Helped
use GLRA network instead of IRCNN on BSD100 Gaussian blurIRCNN · BSD100 Gaussian blurSSIM: 0.8012 -> 0.7730Hurt
use GLRA network on motion blur kernels instead of MLPMLP · motion blur examplePSNR/SSIMHurt

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