CADER: CAD-constrained elastic registration for voxel-accurate sparse-view 3D surface reconstruction in minutes

Keyphrases

• Microcomputed Tomography 100%
• Computed Tomography 100%
• Elastic Registration 100%
• Computed Tomography Reconstruction 100%
• Sparse View 100%
• 3D Surface Reconstruction 100%
• Acquisition Time 66%
• Filtered Back Projection 66%
• Information-centric 33%
• Measurement Accuracy 33%
• Image Acquisition 33%
• Turbine Blade 33%
• Computational Efficiency 33%
• CAD Model 33%
• Metrology 33%
• High-throughput 33%
• Gradient-based Optimization 33%
• Coordinate Measuring Machine 33%
• X-ray 33%
• High Attenuation 33%
• Aerospace Components 33%
• Industrial Data 33%
• Reconstruction-based 33%
• Industrial Components 33%
• Internal Geometry 33%
• Reconstruction Time 33%
• Sub-image 33%
• Total Processing Time 33%
• X-ray Projection 33%
• Edge-aware 33%
• Voxelwise 33%
• Projection Space 33%
• Optimization Heuristics 33%
• Nickel Alloys 33%
• Renderer 33%
• Wall Thickness Measurement 33%
• Multi-scale Radial Basis Function 33%
• Forward Projection 33%
• Volumetric Computed Tomography 33%
• High Precision Metrology 33%
• Rasterization 33%
• Hierarchical Surface 33%
• Computed Tomography Segmentation 33%
• Image Sampling 33%
• Wall Thickness Variation 33%
• Biomedical Components 33%
• Analytical Gradient 33%
• Sub-voxel 33%
• Gradient of mutual Information 33%
• Surface Deformation Model 33%
• Industrial Nondestructive Testing 33%
• Viewpoint Optimization 33%
• Voxel Reconstruction 33%

Engineering

• Computer Aided Design 100%
• Constrainedness 100%
• X Ray 50%
• Mutual Information 25%
• Acquisition Time 25%
• Blade Turbine 25%
• Processing Time 25%
• Non-Destructive Testing 25%
• Radial Basis Function 25%
• Multiscale 25%
• Coordinate Measuring Machine 25%
• Deformation Model 25%
• Alloy 25%
• Industrial Complex 25%
• Surface Deformation 25%
• Rasterization 25%
• Forward Projection 25%