We propose a semi-automated region-based color segmentation algorithm to extract anatomical structures, including soft tissues, in the color anatomy slices of the Visible Human data. Our approach is based on repeatedly dividing an image into regions using Voronoi diagrams and classifying the regions based on experimental classification statistics. The user has the option of reclassifying regions in order to improve the final boundary. Our results indicate that the algorithm can find accurate outlines in a small number of iterations and that manual interaction can markedly improve the outline. This approach can be extended to 3D color segmentation
A description is given of a computer vision system, developed to serve as the front-end of a medical...
A description is given of a computer vision system, developed to serve as the front-end of a medical...
This PhD dissertation is focused on the development of algorithms for the automatic segmentation of ...
This paper presents the process of segmentation of color biomedical images. We take into account mic...
Image segmentation i.e. dividing an image into regions and categories is a classic yet still challen...
This paper presents a new algorithm for the unsupervised segmentation of tissue images. It relies on...
The study of cellular tissues provides an incontestable source of information and comprehension abou...
We propose new hybrid methods for automated segmentation of radiological patient data and the Visibl...
Cataloged from PDF version of article.Staining methods routinely used in pathology lead to similar c...
Abstract – This paper is concerned with quantitative analysis of color biomedical images. We take in...
Staining methods routinely used in pathology lead to similar color distributions in the biologically...
Diagnosis by medical images implies the expert ability of recognizing patterns of interest in terms ...
This PhD dissertation is focused on the development of algorithms for the automatic segmentation of ...
©2003 Springer. The original publication is available at www.springerlink.com: http://dx.doi.org/10....
A description is given of a computer vision system, developed to serve as the front-end of a medical...
A description is given of a computer vision system, developed to serve as the front-end of a medical...
A description is given of a computer vision system, developed to serve as the front-end of a medical...
This PhD dissertation is focused on the development of algorithms for the automatic segmentation of ...
This paper presents the process of segmentation of color biomedical images. We take into account mic...
Image segmentation i.e. dividing an image into regions and categories is a classic yet still challen...
This paper presents a new algorithm for the unsupervised segmentation of tissue images. It relies on...
The study of cellular tissues provides an incontestable source of information and comprehension abou...
We propose new hybrid methods for automated segmentation of radiological patient data and the Visibl...
Cataloged from PDF version of article.Staining methods routinely used in pathology lead to similar c...
Abstract – This paper is concerned with quantitative analysis of color biomedical images. We take in...
Staining methods routinely used in pathology lead to similar color distributions in the biologically...
Diagnosis by medical images implies the expert ability of recognizing patterns of interest in terms ...
This PhD dissertation is focused on the development of algorithms for the automatic segmentation of ...
©2003 Springer. The original publication is available at www.springerlink.com: http://dx.doi.org/10....
A description is given of a computer vision system, developed to serve as the front-end of a medical...
A description is given of a computer vision system, developed to serve as the front-end of a medical...
A description is given of a computer vision system, developed to serve as the front-end of a medical...
This PhD dissertation is focused on the development of algorithms for the automatic segmentation of ...