This paper presents the preliminary result on feature selection for the purpose of classifying soft tissues of abdominal organs in computer tomography (CT) images. From the images in the dataset, texture features were first extracted, and the most relevant features were identified based on the Information Gain measure. Then a Decision Tree classifier was used to select the optimal subset of features. The initial experiments indicated that, by removing the combinations of the descriptors and distances which have the lowest Information Gain, as much as 83 % of the original features were removed without sacrificing the classification accuracy at all, for the overall dataset or any individual organ, or even improving it significantly for some o...
In this paper, a kernel-based classifier for liver disease distinction of computer tomography (CT) i...
Computed tomographic (CT) colonography is a promising alternative to traditional invasive colonoscop...
In this paper a feasibility study of liver CT dataset classification, using features from different ...
Texture analysis and classification of soft tissues in Computed Tomography (CT) images recently adva...
Aim: Automatic CT dataset classification is important to efficiently create reliable database annota...
This paper discusses the process of developing an automated imaging system for classification of tis...
Objectives: The aim of the present study is to define an optimally performing computer-aided diagnos...
The segmentation of medical scans (CT, MRI, etc.) and the subsequent identification of key features ...
Aim of this paper is to evaluate the diagnostic contribution of various types of texture features in...
Abstract. In high-dimensional spaces classification methods could be more effective using various fe...
Automated identification of organs in medical imaging is becoming possible using texture analysis on...
This paper proposes an automatic system for early detection of liver diseases from Computed tomograp...
Pancreas segmentation in 3-D computed tomography (CT) data is of high clinical relevance, but extrem...
Pancreas segmentation in 3-D computed tomography (CT) data is of high clinical relevance, but extrem...
In this paper we present the deep study about the Bio- Medical Images and tag it with some basic ext...
In this paper, a kernel-based classifier for liver disease distinction of computer tomography (CT) i...
Computed tomographic (CT) colonography is a promising alternative to traditional invasive colonoscop...
In this paper a feasibility study of liver CT dataset classification, using features from different ...
Texture analysis and classification of soft tissues in Computed Tomography (CT) images recently adva...
Aim: Automatic CT dataset classification is important to efficiently create reliable database annota...
This paper discusses the process of developing an automated imaging system for classification of tis...
Objectives: The aim of the present study is to define an optimally performing computer-aided diagnos...
The segmentation of medical scans (CT, MRI, etc.) and the subsequent identification of key features ...
Aim of this paper is to evaluate the diagnostic contribution of various types of texture features in...
Abstract. In high-dimensional spaces classification methods could be more effective using various fe...
Automated identification of organs in medical imaging is becoming possible using texture analysis on...
This paper proposes an automatic system for early detection of liver diseases from Computed tomograp...
Pancreas segmentation in 3-D computed tomography (CT) data is of high clinical relevance, but extrem...
Pancreas segmentation in 3-D computed tomography (CT) data is of high clinical relevance, but extrem...
In this paper we present the deep study about the Bio- Medical Images and tag it with some basic ext...
In this paper, a kernel-based classifier for liver disease distinction of computer tomography (CT) i...
Computed tomographic (CT) colonography is a promising alternative to traditional invasive colonoscop...
In this paper a feasibility study of liver CT dataset classification, using features from different ...