This paper presents a 3D shape reconstruction/intra-patient rigid registration technique used to establish a Nephron-Sparing Surgery preoperative planning.
This paper presents a three-dimensional (3-D) shape reconstruction/intrapatient rigid registration technique used to establish a Nephron-Sparing Surgery ...
... partial information registration technique should be used. In our paper we propose a methodology based on spherical harmonics, which can be used for partial ...
Spherical Harmonics Based Intrasubject 3-D Kidney Modeling ...
colab.ws › articles › tbme.2006.883653
This paper presents a three-dimensional (3-D) shape reconstruction/intrapatient rigid registration technique used to establish a Nephron-Sparing Surgery ...
However, because the kidney is difficult to demarcate from the liver or the spleen, a partial information registration technique should be used. In our paper we ...
Spherical harmonics based intrasubject 3-D kidney modeling/registration technique applied on partial information. scientific article published on November ...
This paper presents a three-dimensional (3-D) shape reconstruction/intrapatient rigid registration technique used to establish a Nephron-Sparing Surgery ...
Spherical Harmonics Based Intrasubject 3-D Kidney Modeling/Registration Technique Applied on Partial Information. Article. Full-text available. Dec 2006.
We found that a Spherical Harmonics (SH) parameterized surface is a reasonable modeling technique, as one can adjust the level of detail by limiting the number ...
This paper proposes an algorithm for 3D organ tracking based on spherical harmonics (SH) and subspace clustering. The potential deformation subspaces are ...