A hybrid method for airway segmentation and automated measurement of bronchial wall thickness on CT

Keyphrases

• Airway 25%
• Airway Morphology 25%
• Airway Segmentation 100%
• Airway Structure 25%
• Airway Surface 25%
• Airway Tree 50%
• Airway Wall 100%
• Airway Wall Thickness 25%
• Automated Measurement 100%
• Bifurcation Point 25%
• Branch Point 25%
• Bronchial Airways 25%
• Bronchial Wall Thickening 100%
• Chest Computed Tomography Image 25%
• Computational Framework 25%
• Computed Tomography 100%
• Computer Methods 25%
• Estimation Algorithms 25%
• Evaluation Criteria 25%
• Full Width at Half Maximum 25%
• Fundamental Challenges 25%
• High-resolution Computed Tomography Scan 25%
• Human Chest 25%
• Hybrid Method 100%
• Infectious Respiratory Disease 25%
• Inflammatory Lung Disease 25%
• Intensity Level 25%
• Lumen 50%
• Lumen Area 25%
• Lung Parenchyma 25%
• Manual Segmentation 25%
• Markov Random Walk 25%
• Multiple Bifurcation 25%
• Multiple Branches 25%
• Novel Hybrids 25%
• Organ Segmentation 25%
• Outer Wall 25%
• Phase Congruency 25%
• Precise Segmentation 25%
• Publicly Available Data 25%
• Pulmonary Disease 25%
• Random Walk Algorithm 25%
• Relative Fuzzy Connectedness 25%
• Segmentation Method 50%
• Segmentation Problem 25%
• Soft Boundary 25%
• Spatially Constrained 25%
• State-of-the-art Techniques 25%
• Tree Structure 50%
• Tumor Segmentation 25%
• Variable Intensity 25%
• Wall Boundary 25%
• Wall Surfaces 25%

Medicine and Dentistry

• Computer Assisted Tomography 100%
• High-Resolution Computed Tomography 33%
• Lung Parenchyma 33%
• Neoplasm 33%
• Pulmonary Infection 33%
• Respiratory Airway 33%
• Silo-Filler's Disease 33%

Immunology and Microbiology

• Computer Assisted Tomography 100%
• Lung Parenchyma 33%