Gyrus and Sulcus Modelling Utilizing a Generic Topography Analysis Strategy for Processing Arbitrarily Oriented 3D Surfaces

Keyphrases

• 3D Surface 100%
• Gyrus 100%
• Depth Level 100%
• Topographic Analysis 100%
• Sulcus 100%
• Quantitative Measurement 50%
• Graph Representation 50%
• Human Brain 50%
• Medial Axis 50%
• Graph Analysis 50%
• Brain Surface 50%
• Fitness Function 50%
• Accurate Identification 50%
• Robust Identification 50%
• Cyclic Graph 50%
• Depth Value 50%
• Surface Element 50%
• Arbitrary Surface 50%
• Region Merging 50%
• Topographical Structures 50%
• Novel Classification 50%
• Level Change 50%
• Optimum Path 50%
• Image Processing Strategy 50%
• Optimal Depth 50%
• Depth Profile 50%

Engineering

• Image Processing 100%
• Quantitative Measurement 100%
• Medial Axis 100%
• Human Brain 100%
• Fitness Function 100%
• Surface Element 100%
• Analysis Strategy 100%
• Depth Profile 100%
• Processing Strategy 100%

Computer Science

• Image Processing 100%
• Quantitative Measurement 100%
• Graph Representation 100%
• Medial Axis 100%
• High Importance 100%
• Fitness Function 100%
• Processing Strategy 100%
• Merging Region 100%