… We use low frequency eigenvectors in order to get a smooth fit for a target deformation
since our goal is to guarantee a smoothly varying deformation rather than isometry. Hence, we …

… a method of modelling inter-fractional organ deformation and … model of organ motion and
deformation. Eigenmodes are … largest eigenvalues, are the ‘principal’ deformation modes, …

… Our goal is to represent the animated 3D model as the deformation of low frequencies (…
from a 3D animated model by truncating the number of eigenvectors in Eigen framework of the …

… Familiarity with determinants, eigenvalue problems and the Singular Value Decomposition
… that any two deformations that satisfy equation (3.7) will have deformation gradients related …

… model based on a superquadric fit followed by a freeform deformation (FFD) to fit unstructured
3D … volumetric deformation called free-form deformation (FFD). It is a tool devoted to the …

… 3D morphable models of nonrigid objects has attracted intense interest in computer vision
since the advent of deformable and eigen-models … video” in which the video plane is deformed …

… Therefore, the principal deformations modes associated with small eigenvalues are likely
to be more closely related to acquisition noise than to anatomical variations between …

… surface as a linear combination of its eigenvectors, whose weights became the unknown of
… modes weights with their corresponding inverse squared eigenvalues. Using a subset of the …

… between a statistic model and a fully-fitted 3D mesh into a low … the parameters for eigen-texturing
and eigen-deformation for … and synthesis based on a 3d model,” IEEE Trans. Pattern …

… In these experiments, we use a Stanford bunny model and make a non-isometric deformation
on the surface and then generate uniform triangle meshes on both surfaces. We employ …