Three-dimensional segmentation of pulmonary artery volume from thoracic computed tomography imaging.
Tamas J. LindenmaierKhadija SheikhEmma BluemkeIgor GyacskovMarco MuraChristopher LicskaiLisa MielniczukAaron FensterIan A. CunninghamGrace ParragaPublished in: Medical Imaging: Biomedical Applications in Molecular, Structural, and Functional Imaging (2015)
Keyphrases
- computed tomography
- airway tree
- ct scans
- medical imaging
- three dimensional
- medical images
- x ray
- radiation doses
- ct images
- low dose
- cone beam ct
- ct data
- cone beam
- computer tomography
- ct imaging
- image analysis
- image reconstruction
- medical image processing
- cardiac ct
- lymph nodes
- anatomical structures
- rigid registration
- image processing
- imaging modalities
- image segmentation
- image registration
- magnetic resonance imaging
- cross sectional
- magnetic resonance images
- computer aided diagnosis
- contrast enhanced
- motion artifacts
- computer vision
- image guided
- micro ct
- lung nodules
- volume rendering
- treatment planning
- intraoperative
- coronary artery disease
- remote sensing
- fracture detection
- clinical applications
- positron emission tomography
- pattern recognition