A neighborhood correspondence loss and a geodesic correction algorithm let particle-based shape models adapt to local geometry while preserving cross-shape correspondence, matching or beating PSM at half the particle count.
High variability of acetabular offset in primary hip osteoarthritis influences acetabular reaming—a computed tomography–based anatomic study,
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Adaptive Particle-Based Shape Modeling for Anatomical Surface Correspondence
A neighborhood correspondence loss and a geodesic correction algorithm let particle-based shape models adapt to local geometry while preserving cross-shape correspondence, matching or beating PSM at half the particle count.