Abstract: We present a novel approach for deformation modelling and exploit it on scoliosis monitoring. Despite the extensive use of surface topographies to ...
We present a novel approach for deformation modelling and exploit it on scoliosis monitoring. Despite the extensive use of surface topographies to monitor ...
We present a novel approach for deformation modelling and exploit it on scoliosis monitoring. Despite the extensive use of surface topographies to monitor ...
Jun 8, 2010 · The new parameters model and delineate the possible shape changes caused by scoliosis. The results show that this new non-rigid algorithm not ...
Recently, a non-rigid surface matching method based on least squares estimation was proposed, where the authors measured the deformation due to scoliotic ...
Bibliographic details on Non-Rigid Surface Matching Technique as a Tool in Scoliosis Deformation Modelling.
Abstract: A method is currently being developed for automatically modelling deformations that occur on a scoliosis patient's back over a period of time.
Missing: Technique | Show results with:Technique
The algorithm includes new parameters able to model shape changes caused by normal growth and scoliosis deformation. This non-rigid matching algorithm ...
Missing: Technique | Show results with:Technique
We proposed a novel non-rigid matching based on least squares approach to model the surface deformations due to scoliosis. New parameters have been ...
Missing: Technique | Show results with:Technique
Classifying torso deformity in scoliosis using orthogonal maps of the torso · Non-rigid surface matching to unmask scoliotic deformity in surface topography.