Image Memory Management TRIZ Cases
- Importance-Resampled Light Sampling to Reduce Ray-Tracing Memory Incoherence
Importance resampling organizes light subsets to reduce incoherent ray-tracing memory reads.
- Multi-Core GPU Draw Splitting with Topology-Aware Triangle Integrity
Topology-aware triggers distribute complete primitives across GPU cores, reducing rendering time without incomplete-triangle errors.
- Multi-View Primitive Block Assembly for Lower Graphics Memory Bandwidth
This graphics case separates view-independent and view-specific vertex data in primitive blocks to reduce duplication and storage.
- Shader-Dependent Fragment Rendering With Two-Stage Hidden Surface Removal
A first shader stage determines fragment presence after depth testing, avoiding unnecessary second-stage work in deferred rendering.
- GPU Workload Reordering for On-Chip Resource Residency
This case reorders producer and consumer GPU workloads to limit off-chip evictions, improving performance while reducing power consumption.