Image Generation TRIZ Cases
- 3D Part Machining Feature Recognition Using Multi-View Vision Learning
Multi-view 2D image learning maps recognized machining features back to 3D part models, improving accuracy for complex and new features.
- Object-Based 3D Environment Sharing for Low-Bandwidth Communication
Lightweight object attributes and 2D floorplans replace dense 3D imagery, cutting bandwidth while preserving realistic shared environments.
- 3D Image Slice Alignment Using Anatomical Edges and Silhouettes
Locked image slices, edge matching, and silhouette feedback improve AR alignment of 3D anatomy data without obscuring the patient.
- 3D Facility Layout Simulation With Projected Plan Views
Projected 2D plan views within a 3D building model improve facility inspection and verification without relying on separate displays.
- Virtual Scene Reflection Rendering With Selective Object Re-Rendering
Only objects affected by a changed reflection capture are re-rendered, cutting rendering overhead, power use, and frame freezing.
- 3D Model Image Mapping for More Accurate Automated Classification
Multiple image labels are reconciled through shared 3D model regions to improve automated classification accuracy and model segmentation.
- Ray Tracing Intersection Selection for Shared-Edge Determinism
Orientation-based distance comparison resolves equal-hit ties in ray tracing, reducing shared-edge holes and color inconsistency.
- Soft-Body Mesh Mapping for Low-Distortion Cloth Rendering
Dual mesh mapping uses vertex-face and vertex-vertex links to cut soft-body rendering distortion while preserving high graphic mesh precision.
- UV-Space G-Buffer Preservation for Disocclusion Frame Generation
Preserving G-buffer and optical flow in UV space gives frame generation access to hidden-surface data, reducing disocclusion pixel errors.
- Oral Cavity MPR Display Using Compressed 3D Image Data
Compressed oral CT image data enables faster multi-planar reformation while reducing storage and transmission load for 3D model viewing.
- Ray Tracing Intersection Testing With Hierarchical Acceleration
Hierarchical acceleration skips irrelevant ray tests, while stored-intersection management helps prevent memory overflow during rendering.
- 3D Model Reconstruction Using Adjacent-Structure Similarity
When object removal leaves hollows in 3D models, adjacent structures are extended and compared to restore a coherent spatial model.
- Adaptive Ray Sampler Average-Rate Control for Pixel Budgets
Importance-weighted accumulations redistribute samples from clamped pixels while maintaining the desired average count for efficient ray tracing.
- Virtual Camera Progressive Rendering for 3-D Image Capture
Progressive ray-traced rendering lets users capture a 3-D image at a chosen quality level before full refinement finishes.