Image Generation TRIZ Cases
- 3D Image Data Navigation via Highlight-Driven Opacity Mapping
Highlight-driven opacity mapping suppresses surrounding structures to resolve navigation complexity on standard 2D displays.
- Dynamic Backfilling 3D Point Cloud Gaps
A graphics system generates new points to fill gaps in 3D point clouds during zoom operations.
- Unified Digital Image Selection System for Vector and Raster Graphics
A unified digital image selection system generates vector and raster selection representations from a single user input.
- Ray Tracing Micropolygon Hierarchy Decomposition
Dynamic micropolygon decomposition builds acceleration hierarchies on-demand, reducing computational costs for highly complex geometry modeling.
- 3D Reconstruction Using Tetrahedral Meshing for Non-Regular Point Clouds
Tetrahedral meshing resolves noise sensitivity and computational complexity in 3D reconstruction by applying preliminary action and segmentation principles.
- Volume Rendering Interaction via Distance-Based Color Modification
A volume rendering method modifies color values based on spatial distance from input points to reduce computational load.
- VR Point Cloud Rendering via CPU-GPU Occlusion Culling
A VR system uses a CPU to select visible points from a point cloud for GPU rendering at high frame rates.
- Mesh Shader Tile-Based Rendering Pipeline Memory Management
A mesh shader outputs legacy parameters alongside an axis-aligned bounding box structure for tile-based rendering visibility streams.
- Mesh Shader Bounding Volume API for GPU Memory Optimization
Bounding volume segmentation reduces memory bandwidth bottlenecks by filtering unnecessary data before rendering.
- Well-Fit Bounding Volumes for Ray Tracing Performance
Well-fit bounding volumes reduce false positives and unnecessary shader program execution by better conforming to underlying geometry.
- Ray Tracing Acceleration Structure Morton Code Division
Adaptive reference levels adjust space division methods based on Morton distance to reduce computational resources and memory bandwidth.
- Virtual Light Source Illumination Model for Medical Volume Rendering
A virtual light source inside tissue models absorption and scattering to produce photo-realistic medical volume rendering.