Image Generation TRIZ Cases
- Multi-layer Digital Elevation Model for Real-time Simulation
A multi-layer digital elevation model structure consolidates terrain and bathymetric data into a unified framework for concurrent surface rendering.
- 3D Mesh Vertex Data Fixed Point Indexing
Segments 3D mesh vertex data into significance-based fixed point values, reducing transmission latency while preserving full resolution geometry.
- Real-Time Cloth Simulation via Linear Stretch Shear Model
Linearized energy functions reduce computational complexity to enable real-time cloth animation while maintaining high quality.
- Point Cloud Visibility Determination via Inversion and Convex Hull
Inverting point clouds to create an inversed object allows convex hull analysis for rapid visibility determination.
- 3D Surface Intersection Computation Using Point Cloud Filtering
Segmented point cloud processing reduces computation time for complex surface intersections while maintaining precise geometric details.
- Video See-Through Reprojection with Generative AI Content
A video see-through system combines camera sensor data with generative image content to enhance display immersion.
- Volumetric Image Rendering Using Significance-Based Sampling
A volumetric image rendering unit calculates a significance factor for sampled points along a path to select appropriate shading processes.