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Single Image Object Modeling Based on BRDF and R-Surfaces Learning

CVPR 2016 · 3D vision › Face and shape · approach: Neural implicit surface reconstruction · 3 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
add photo-consistency and smoothing refinement (ablation)BRDF and r-surfaces modeling method · MIT datasetZ-MAE: 26.9816 -> 7.0197Helped
add photo-consistency and smoothing refinement (ablation)BRDF and r-surfaces modeling method · MIT datasetN-MAE: 0.5872 -> 0.2692Helped
add photo-consistency and smoothing refinement (ablation)BRDF and r-surfaces modeling method · MIT datasetS-MSE: 0.0394 -> 0.0261Hurt
add photo-consistency and smoothing refinement (ablation)BRDF and r-surfaces modeling method · MIT datasetL-MSE: 0.0217 -> 0.0174Helped
replace learned normal-field modeling with contour-only reconstruction (ablation)BRDF and r-surfaces modeling method · MIT datasetZ-MAE: 7.0197 -> 37.1768Hurt
replace learned normal-field modeling with contour-only reconstruction (ablation)BRDF and r-surfaces modeling method · MIT datasetN-MAE: 0.2692 -> 0.7728Hurt

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