In this study we created 3D model of pulmonary blood vessels in order to help surgeons while they are performing bronoschopy which is for cancer detection on early stages and preventing unintended interception to blood vessels during process. From Computerized Tomography scans, masks are created by using morphological operations which are used to segment lungs and blood vessels. Segmented blood vessels then shown in 3D space by relation of their pixel intensities. © 2018 IEEE
Computer-aided systems in medical imaging nowadays play a crucial role to assist clinicians. Researc...
It is of significant clinical interest to study pulmonary artery structures in the field of medical ...
Innovative scanning technologies such as computed X-ray tomography (CT), magnetic resonance imaging ...
A anÃlise de imagens mÃdicas por meio de tÃcnicas de visÃo computacional tornou-se bastante promisso...
International audienceObjectives The long-term goal of this project is to quantify the aeration of l...
Recently, the disease arteriosclerosis has rapidly increased, and in particular the type that origin...
ABSTRACT: This paper presents vascular tree reconstruction and artery-vein separation methods from 3...
Context 3-Dimensional (3D) imaging is utilized in a variety of ways in medicine, including ultra-sou...
In this thesis, we developed methods focusing on quantifying pulmonary vascular diseases and assessi...
It is known from histology studies that lung vessels are affected in viral pneumonia. However, their...
Medical imaging is nowadays much more than only providing data for diagnosis. It also links 'classic...
This paper describes an algorithm for extracting pulmonary vascular trees (arteries plus veins) from...
Pulmonary vascular extraction from chest CT images plays an important role in the diagnosis of lung ...
Objective Each pulmonary segment is an anatomical and functional unit. However, it is fundamentally ...
Medical image analysis using computer vision techniques has become quite promising because of its im...
Computer-aided systems in medical imaging nowadays play a crucial role to assist clinicians. Researc...
It is of significant clinical interest to study pulmonary artery structures in the field of medical ...
Innovative scanning technologies such as computed X-ray tomography (CT), magnetic resonance imaging ...
A anÃlise de imagens mÃdicas por meio de tÃcnicas de visÃo computacional tornou-se bastante promisso...
International audienceObjectives The long-term goal of this project is to quantify the aeration of l...
Recently, the disease arteriosclerosis has rapidly increased, and in particular the type that origin...
ABSTRACT: This paper presents vascular tree reconstruction and artery-vein separation methods from 3...
Context 3-Dimensional (3D) imaging is utilized in a variety of ways in medicine, including ultra-sou...
In this thesis, we developed methods focusing on quantifying pulmonary vascular diseases and assessi...
It is known from histology studies that lung vessels are affected in viral pneumonia. However, their...
Medical imaging is nowadays much more than only providing data for diagnosis. It also links 'classic...
This paper describes an algorithm for extracting pulmonary vascular trees (arteries plus veins) from...
Pulmonary vascular extraction from chest CT images plays an important role in the diagnosis of lung ...
Objective Each pulmonary segment is an anatomical and functional unit. However, it is fundamentally ...
Medical image analysis using computer vision techniques has become quite promising because of its im...
Computer-aided systems in medical imaging nowadays play a crucial role to assist clinicians. Researc...
It is of significant clinical interest to study pulmonary artery structures in the field of medical ...
Innovative scanning technologies such as computed X-ray tomography (CT), magnetic resonance imaging ...