… We assume tissue deformation can be approximated by an affine … We model tissue deformation
using a 2D affine transformation to calculate an approximate initial displacement. We call …

… affine transformation is confronted to the experimental data from uniaxial and biaxial mechanical
tests on two planar connective tissues… displacements, measured by the displacement of …

… image registraton techniques: affine (uniformly distributed … based on the resultant displacement
field computed from the … structure and the surrounding lung tissue. A chest belt was used …

… displacements, , and a set of constraints that cause the spline to become “flat” far from the
points, ie, the spline relaxes to an affine transformation as … an accurate model of tissues is not a …

… defined at the B-spline control points is capable of obtaining smaller registration errors than
the traditional displacement. The traditional ICP methods use a unidirectional cost function …

… of scale and shear are referred to as affine transformations. … this model is that there are no
constraints of the displacement and … models at a cellular level should be able to explain tissue …

… First the epidermis was removed with a scalpel along with any sub-dermal tissue. The …
universal test machine (model DN10). The machine recorded the vertical displacement, while the …

… a displacement field has been computed, our algorithm estimates, in a robust fashion, a rigid
or affine transformation … 7h and j are due to those small detached bits of tissue in the source …

… In this section, centered rigid and centered affine transformation are used to represent the
local displacement for each region since it is more intuitive to represent rotation, scaling, and …

… displacements, dd, and a set of constraints that cause the spline to become "flat" far from the
points, ie, the spline relaxes to an affine transformation … an accurate model of tissues is not a …