Jul 24, 2023
Řečník · 0 sledujících
Řečník · 0 sledujících
Řečník · 0 sledujících
Řečník · 0 sledujících
Learning to predict a reliable characteristic orientation of 3D point clouds is an important yet challenging problem, as unordered point clouds of the same class may have largely varying appearances. In this work, we introduce CORes, a novel method to decouple the shape geometry and semantics of the input point cloud to achieve both stability and consistency. In particular, we integrate shape-geometry-based SO(3)-equivariant learning and shape-semantics-based SO(3)-invariant residual learning, where we obtain our final characteristic orientation by calibrating our SO(3)-equivariant characteristic orientation hypothesis using our SO(3)-invariant residual rotation. In experiments, CORes not only demonstrates superior stability and consistency, but also exhibits state-of-the-art performances when applied to point cloud part segmentation, given randomly rotated inputs.Learning to predict a reliable characteristic orientation of 3D point clouds is an important yet challenging problem, as unordered point clouds of the same class may have largely varying appearances. In this work, we introduce CORes, a novel method to decouple the shape geometry and semantics of the input point cloud to achieve both stability and consistency. In particular, we integrate shape-geometry-based SO(3)-equivariant learning and shape-semantics-based SO(3)-invariant residual learning, w…
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