Nonlinear registration of serial coronary CT angiography (CCTA) for assessment of changes in atherosclerotic plaque

Engineering

• Progression 100%
• Anatomical Landmark 100%
• Region of Interest 50%
• Gaussian Kernel 50%
• Similarities 50%
• Squared Difference 50%
• Energy Function 50%
• Fine Detail 50%
• Gradient Descent Method 50%
• Obtained Image 50%
• Demonstrates 50%
• High Resolution 50%
• Histogram 50%

Keyphrases

• Coronary CT Angiography 100%
• Change Assessment 100%
• Nonlinear Registration 100%
• Anatomical Landmarks 28%
• Global Displacement 28%
• Deformation Displacement 28%
• Coronary Plaque Progression 14%
• Dual-source CT 14%
• Volume-preserving Constraints 14%
• Gaussian Kernel 14%
• Coronary Plaque Regression 14%
• Target Registration Error 14%
• Interest Structure 14%
• Interobserver Variability 14%
• Inverse Consistency Error 14%
• CT Scanner 14%
• Coronary Tree 14%

Computer Science

• Anatomical Landmark 100%
• 3D Imaging 50%
• Registration Error 50%
• Observer Variability 50%
• Gaussian Kernel 50%
• Energy Function 50%
• Squared Difference 50%
• Gradient Descent Method 50%