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Plausible but Unimplantable: A Trustworthiness Audit of Shape Completion Foundation Models for Cranial Defect Reconstruction

Marek Wodzinski, Kamil Kwarciak, Daria Hemmerling, Mateusz Daniol · 2026 · arXiv

DOI: 10.48550/arXiv.2610.30035 · open-access PDF

Japanese

頭蓋骨の部分を失った患者は、正確に欠陥に合うインプラントを必要とし、そのようなインプラントは、専門家によってCADで手動で描かれているため、各ケースを遅く、高価にします。このタスクは、形状完成の問題として考慮され得るので、事前訓練された完成モデル、そして現在最初の形状完成の基礎モデルは、その手動のステップを除去する方法のように見えます。我々は3つの公的にリリースされた事前訓練された形状完成モデル、そのうちの2つの基礎モデル、239の頭蓋骨欠陥にゼロショットを適用しました。

Machine translation (Meta M2M100); the English original follows.

Abstract

A patient who has lost part of the skull vault needs an implant that fits the defect exactly, and such implants are still drawn by hand in CAD by specialists, which makes each case slow and expensive. The task can be considered as a shape completion problem, so pretrained completion models, and now the first shape completion foundation models, look like a way to remove that manual step. We audited three publicly released pretrained shape completion models, two of them foundation models, applied zero-shot to 239 cranial defects, some carved from public skull datasets and some real post-craniect

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