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Unsupervised Deep Shape Descriptor With Point Distribution Learning

CVPR 2020 · Point clouds › Shape and surface completion · approach: Unsupervised shape correspondence · 19 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use the proposed unsupervised descriptor instead of 3D-GAN featuresModelNet40 classification · ModelNet40accuracy: 83.3% -> 84.7%Helped
use multi-scale descriptor fusion instead of a single σ = 0.08 descriptor (ablation)the proposed shape descriptor · ShapeNet test setaccuracy: 94.3% -> 96.2%Helped
use a single σ value of 0.04 instead of multi-scale descriptor fusion (ablation)the proposed shape descriptor · ShapeNet test setaccuracy: 96.2% -> 91.4%Hurt
use a single σ value of 0.12 instead of multi-scale descriptor fusion (ablation)the proposed shape descriptor · ShapeNet test setaccuracy: 96.2% -> 92.9%Hurt
apply rotations up to 20 degreesthe proposed shape descriptor · ShapeNet rotated test shapesaccuracy: above 93.0%No clear effect
apply 45-degree rotations along each axisthe proposed shape descriptor · ShapeNet rotated test shapesaccuracy: drops by 2.3%Hurt
add Gaussian noise with standard deviation less than 0.04the proposed shape descriptor · ShapeNet noisy test shapesaccuracyNo clear effect

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