A novel method to quantify and compare anatomical shape: Application in cervix cancer radiotherapy

Keyphrases

• Cervical Cancer 100%
• Clinical Target Volume 100%
• Cancer Radiotherapy 100%
• Anatomical Shape 100%
• Population-based 80%
• Parametric Active Contours 60%
• Radiation Therapy 40%
• Computation Time 40%
• Number of Iterations 40%
• Residual Deformation 40%
• Treatment Delivery 20%
• Tumor Motion 20%
• Volume-targeted 20%
• Dose Level 20%
• Target Coverage 20%
• Dosimetric 20%
• Adaptive Radiation Therapy 20%
• Tumor Evolution 20%
• Fast Convergence 20%
• Cervical Cancer Patients 20%
• Numerical Modeling 20%
• Numerical Model 20%
• Random Variation 20%
• 3D Surface 20%
• 3D Data 20%
• Gross Margin Analysis 20%
• Margin Recipe 20%
• OAR Sparing 20%
• Geometric Change 20%
• Systematic Variation 20%
• Icosahedron 20%
• Object Surface 20%
• Tumor Deformation 20%
• Van Herk 20%
• 2D Plane 20%
• Geodesic Dome 20%

Engineering

• Radiotherapy 100%
• Target Volume 100%
• Anisotropic 80%
• Active Contour 60%
• Computation Time 40%
• Iteration Number 40%
• Nodes 20%
• Reference Frame 20%
• Systematic Analysis 20%
• Dose Level 20%
• Main Step 20%
• Numerical Model 20%
• Numerical Modeling 20%
• Random Variation 20%
• Sampled Node 20%
• Random Nature 20%