In this paper the quality and analysis of the computed tomography scan sets are presented in the context of creating a 3DD model of a heart for the ultrasonography simulator. Data was collected during regular patients examination, using various equipment and technique, therefore not every set has required quality. CT data can be fast characterized with histogram that can show if the brightness ranges of objects (heart structures) are selective. This makes CT data usable for simulation by applying a transform function on the CT images to produce ultrasonographylike images. The aim is to use a PACS system of Hospital, which is the source of data. Therefore a proper technique and system for analysis is needed
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Due to the development of new imaging devices, which produce a large number of tomographic slices, a...
The CT2TEE is an online transoesophageal echocardiography (TEE) simulator [2] developed on the AGH U...
The paper describes two particular applications of image processing for the purpose of analysis and ...
Diagnostics of cardiovascular system conditions and diseases is considered the most important task o...
The paper deals with processing of imaging data obtained in the course of different medical examinat...
Diagnostics of cardiovascular system conditions and diseases is considered the most important task o...
Diseases of the heart and blood vessels represent one of the most challenging problems for advanced ...
BACKGROUND: Since cardiac anatomy continues to play an important role in the practice of medicine an...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Computer Tomography (CT) and in particular super fast, 64 and 256 detector CT has rapidly advanced o...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Due to the development of new imaging devices, which produce a large number of tomographic slices, a...
The CT2TEE is an online transoesophageal echocardiography (TEE) simulator [2] developed on the AGH U...
The paper describes two particular applications of image processing for the purpose of analysis and ...
Diagnostics of cardiovascular system conditions and diseases is considered the most important task o...
The paper deals with processing of imaging data obtained in the course of different medical examinat...
Diagnostics of cardiovascular system conditions and diseases is considered the most important task o...
Diseases of the heart and blood vessels represent one of the most challenging problems for advanced ...
BACKGROUND: Since cardiac anatomy continues to play an important role in the practice of medicine an...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Computer Tomography (CT) and in particular super fast, 64 and 256 detector CT has rapidly advanced o...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Medical images do not provide a natural visualization of 3D anatomical structures, while 3D digital ...
Due to the development of new imaging devices, which produce a large number of tomographic slices, a...
The CT2TEE is an online transoesophageal echocardiography (TEE) simulator [2] developed on the AGH U...