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Research map / 3D vision / Depth and stereo

Light Field Spatial Super-Resolution via Deep Combinatorial Geometry Embedding and Structural Consistency Regularization

CVPR 2020 · 3D vision › Depth and stereo · approach: Neural light field and illumination imaging · 189 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use All-to-One fusion instead of All-to-All image fusion (ablation)LF spatial SR · Stanford Lytro GeneralPSNR: 41.25 -> 41.81Helped
Use All-to-One fusion instead of All-to-All feature fusion (ablation)LF spatial SR · KalantariPSNR: 43.13 -> 43.79Helped
Use All-to-One fusion instead of All-to-All image fusion (ablation)LF spatial SR · HCI newPSNR: 37.12 -> 38.24Helped
Add structural consistency regularization (ablation)All-to-One LF spatial SR · Stanford Lytro OcclusionsPSNR: 41.62 -> 41.92Helped
Add structural consistency regularization (ablation)All-to-One LF spatial SR · HCI newPSNR: 38.24 -> 38.52Helped
Add structural consistency regularization (ablation)All-to-One LF spatial SR · Occlusion_43_eslfPSNR: 33.87 -> 34.53Helped

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