The aim of this work is finding a way to make calculation of bone mineral density of vertebrae with the use of internal calibration tissues fully automatic procedure. To accomplish that several methods for segmentation and classification of paraspinal muscle and subcutaneous fat were tested. For the testing and learning procedure of this work manually labelled database of tissues of interest was created and medically verified
This paper provides summary of our experiments with automatic segmentation of liver parenchym. It pr...
Anonymised human CT data sets were automatically segmented into bone, fat, and other soft tissue bas...
The authors analyze the design of a method for automatized evaluation of parameters in orthopantomog...
This thesis deals with the segmentation and classification of paraspinal muscle and subcutaneous adi...
Automatic segmentation of human organs allows more accurate calculation of organ doses in radiationt...
PurposeTo introduce and validate an automated unsupervised multi-parametric method for segmentation ...
The study introduces a novel method for automatic segmentation of vertebral column tissue from MRI i...
Detection and segmentation of the column of vertebral bodies are intermediate steps required to iden...
Automatic segmentation of whole-body bone scintigrams as a preprocessing step for compute
Peripheral Quantitative Computerized Tomography (pQCT) allows the acquisition of bone specimens with...
The theme of this Master Thesis is modeling and simulation of the musculoskeletal system. The purpos...
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and ...
Advanced model-based iterative reconstruction algorithms in quantitative computed tomography (CT) pe...
Bone is one of the important parts of human, as main part of the body it will support the vital inte...
The volumetric distribution of bone tissue can be analysed in terms of orthotropic medium. In this c...
This paper provides summary of our experiments with automatic segmentation of liver parenchym. It pr...
Anonymised human CT data sets were automatically segmented into bone, fat, and other soft tissue bas...
The authors analyze the design of a method for automatized evaluation of parameters in orthopantomog...
This thesis deals with the segmentation and classification of paraspinal muscle and subcutaneous adi...
Automatic segmentation of human organs allows more accurate calculation of organ doses in radiationt...
PurposeTo introduce and validate an automated unsupervised multi-parametric method for segmentation ...
The study introduces a novel method for automatic segmentation of vertebral column tissue from MRI i...
Detection and segmentation of the column of vertebral bodies are intermediate steps required to iden...
Automatic segmentation of whole-body bone scintigrams as a preprocessing step for compute
Peripheral Quantitative Computerized Tomography (pQCT) allows the acquisition of bone specimens with...
The theme of this Master Thesis is modeling and simulation of the musculoskeletal system. The purpos...
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and ...
Advanced model-based iterative reconstruction algorithms in quantitative computed tomography (CT) pe...
Bone is one of the important parts of human, as main part of the body it will support the vital inte...
The volumetric distribution of bone tissue can be analysed in terms of orthotropic medium. In this c...
This paper provides summary of our experiments with automatic segmentation of liver parenchym. It pr...
Anonymised human CT data sets were automatically segmented into bone, fat, and other soft tissue bas...
The authors analyze the design of a method for automatized evaluation of parameters in orthopantomog...