Jun 4, 2018 · For the four physical breast phantoms, the analytically derived elasticity differs from numeric elasticity by 18% on average, which is in ...
The computation of elastic properties is essential to simulate deformations in a realistic way. This study presents an innovative analytical method to compute ...
For the four physical breast phantoms, the analytically derived elasticity differs from numeric elasticity by 18% on average, which is in accordance with the ...
Analytical derivation of elasticity in breast phantoms for deformation tracking ; Journal: International Journal of Computer Assisted Radiology and Surgery, 2018 ...
An analytical method for elasticity computation was developed and subsequently validated on a series of geometric shapes, and on four physical breast phantoms ...
A Finite Element simulation of this deformation is presented. Different material models for breast tissue are examined, to see if they provide a sufficiently ...
This paper describes the construction of 3D statistical deformation models (SDMs) from biomechanical simulations. The method was used to capture the average ...
Our work shows that NN is a promising technique to help doctors visualize breast deformation and tumor location during treatment.
Abstract- This project's goal is to track deformations and calculate elastographic data using ultrasound imaging on phantoms with a fixed embedded ...
A biomechanical simulation was employed as the forward deformation model to evaluate the inverse breast elasticity problem, with its parameters being ...