Processor Architectures/Configuration TRIZ Cases
- Developer Controlled GPU Layout via Shading Language
Shading language instructions define GPU resource layout, reducing CPU overhead and improving utilization.
- Interface Unit for Pipeline Context Switching
An interface unit redirects drained pipeline data to buffer memory during context switching.
- Precision Modulated Shading for GPU Rendering
Precision modulated shading selects floating-point formats to match instruction sensitivity.
- Heterogeneous 3D Graphics Processor with Unified API Configuration
Arbiter unit couples programmable and fixed function pipeline stages in a heterogeneous graphics processor for flexible resource management.
- Hybrid GPU-FPGA System for Secure Person Tracking
A hybrid GPU-FPGA system accelerates adaptive color histogram tracking and pose estimation.
- Correlation Convolution Engine for GPU Vision Processing
A configurable correlation and convolution engine accelerates graphics pipeline operations.
- Radar Signal Processing via Camera Interface Frames
Converting radar data to camera interface frames enables multi-vector processors to handle sensing tasks, reducing system complexity and cost.
- Merged Shader Eliminates Memory Access in Graphics Pipeline
A merged shader function processes vertices and generates primitives directly within the graphics pipeline.