Automated identification of organs in medical imaging is becoming possible using texture analysis on whole organ cross-sections. However, there exists a need to identify organs using smaller sub-sections, or sub-regions, of organs. Two motivations drives this research: first, segmenting organs from the backgrounds of images requires significant manual intervention; second, this technique will be applied when a clinicial selects a region of interest and requests an identification of the organ currently selected. This research addresses the question of how well does the classifier perform as the window size becomes smaller
INTRODUCTION / BACKGROUND: The large size and high resolution of histopathological whole slide image...
This research project is concerned with automated analysis of microscopic images used in clinical pa...
We present a method for the automatic segmentation of vascular structures in stacks of serial sectio...
Texture is often considered as a repetitive pattern and the constructing structure is known as texel...
Medical images contain a large amount of visual information about structures and anomalies in the hu...
OBJECTIVE: To create algorithms and application tools that can support routine diagnoses of various ...
Analysis of medical images is resource demanding and time-consuming, and automatic procedures are ne...
Texture analysis and classification of soft tissues in Computed Tomography (CT) images recently adva...
This paper presents the preliminary result on feature selection for the purpose of classifying soft ...
Abstract Magnetic resonance imaging (MRI) is a powerful medical imaging technique to provide detaile...
This research project is concerned with automated analysis of microscopic images used in clinical pa...
This paper provides summary of our experiments with automatic segmentation of liver parenchym. It pr...
Automatic organ segmentation on a full-body scan image is a challenging task as most of the organ se...
The aim of this research is to investigate the possibility of using medical image information to ext...
Abstract—Texture is often considered as a repetitive pat-tern and the constructing structure is know...
INTRODUCTION / BACKGROUND: The large size and high resolution of histopathological whole slide image...
This research project is concerned with automated analysis of microscopic images used in clinical pa...
We present a method for the automatic segmentation of vascular structures in stacks of serial sectio...
Texture is often considered as a repetitive pattern and the constructing structure is known as texel...
Medical images contain a large amount of visual information about structures and anomalies in the hu...
OBJECTIVE: To create algorithms and application tools that can support routine diagnoses of various ...
Analysis of medical images is resource demanding and time-consuming, and automatic procedures are ne...
Texture analysis and classification of soft tissues in Computed Tomography (CT) images recently adva...
This paper presents the preliminary result on feature selection for the purpose of classifying soft ...
Abstract Magnetic resonance imaging (MRI) is a powerful medical imaging technique to provide detaile...
This research project is concerned with automated analysis of microscopic images used in clinical pa...
This paper provides summary of our experiments with automatic segmentation of liver parenchym. It pr...
Automatic organ segmentation on a full-body scan image is a challenging task as most of the organ se...
The aim of this research is to investigate the possibility of using medical image information to ext...
Abstract—Texture is often considered as a repetitive pat-tern and the constructing structure is know...
INTRODUCTION / BACKGROUND: The large size and high resolution of histopathological whole slide image...
This research project is concerned with automated analysis of microscopic images used in clinical pa...
We present a method for the automatic segmentation of vascular structures in stacks of serial sectio...