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Research map / 3D vision / Face and shape

Cross-Atlas Convolution for Parameterization Invariant Learning on Textured Mesh Surface

CVPR 2019 · 3D vision › Face and shape · approach: Learned mesh and geometric representations · 19 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add cross-atlas convolution and pooling (ablation)MeshMNIST classifier with MLP, max pooling, and FC layers · MeshMNIST testaccuracy: 88.6% -> 96.5%Helped
Use MLP, row-wise max pooling, and FC layers instead of standard FC layers (ablation)MeshMNIST classifier · MeshMNIST testaccuracy: 30.8% -> 88.6%Helped
Use MLP, row-wise max pooling, and FC layers instead of standard FC layers (ablation)MNIST classifier · MNIST testaccuracy: 99.2% -> 96.8%Hurt
Add testing-stage fusion across individual and overlapping mesh parts (ablation)Cross-atlas convolution on Ruemonge2014 · Ruemonge2014class avg. IoU: 61.58% -> 67.15%Helped
Add natural-image training to texture-map training (ablation)Cross-atlas convolution on Ruemonge2014 · Ruemonge2014class avg. IoU: 67.15% -> 67.91%Helped
Train on images rather than texture maps (ablation)Cross-atlas convolution on Ruemonge2014 · Ruemonge2014class avg. IoU: 67.15% -> 64.84%Hurt

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