The utility of a marched absorbing layer boundary condition in the finite element analysis of diffuse photon density wave propagation in tissues relevant to breast imaging.
Chengyu LiM. Rex CheungPublished in: Comput. Biol. Medicine (2009)
Keyphrases
- boundary conditions
- finite element analysis
- wave propagation
- finite element model
- breast tissue
- pectoral muscle
- breast cancer detection
- finite element
- medical imaging
- image analysis
- photon counting
- shape from shading
- computer aided diagnosis
- sufficient conditions
- material properties
- breast cancer
- friction coefficient
- stress distribution
- computer vision
- mechanical properties
- image processing
- boundary value problem
- computer aided design
- finite element method
- transmission line
- medical images
- high resolution
- x ray
- experimental data
- machine learning
- control system
- computer aided
- markov chain