ADR--Anatomy-Driven Reformation.

摘要: Dedicated visualization methods are among the most important tools of modern computer-aided medical applications. Reformation such as Multiplanar or Curved Planar have evolved useful that facilitate diagnostic and therapeutic work. In this paper, we present a novel approach can be seen generalization to curved surfaces. The main concept is generate reformatted volumes driven by individual anatomical geometry specific patient. This process generates flat views structures many tasks diagnosis, navigation annotation. Our reformation framework based on non-linear as-rigid-as-possible volumetric deformation scheme uses generic triangular surface meshes input. To manage inevitable distortions during reformation, introduce importance maps which allow controlling error distribution improving overall visual quality in areas elevated interest. method seamlessly integrates with well-established concepts slice-based inspection datasets believe it improve efficiency workflows. demonstrate this, additionally an integrated system discuss several use cases substantiate its benefits.