Image Memory Management TRIZ Cases
- Circular Buffer Memory for Meandering Data Array Access
Segmented banks in a circular buffer reduce storage capacity and latency for meandering motion vector access.
- GPU Texture Cache Partial Decompression for Power Reduction
A GPU cache stores decompressed texels to avoid redundant processing during rendering requests.
- Conservative Rasterization EarlyZ Optimization via Inner Coverage
Exposing inner coverage information to the conservative rasterization pipeline enables EarlyZ processing for fully covered pixels.
- Display Mode Detection Circuit for Resolution Adaptation
Front-end circuit fetches image signals to determine input mode before back-end processing begins.
- Graphics Processing Stage Sampling Point Deduplication
A graphics processing stage compares sampling points to identify identical data values before execution.
- Residency Map Descriptors for Partially Resident Texture Memory Management
A residency map tracks populated texture levels to guide GPU sampling requests toward resident data without expanding descriptor size.
- Display Device Image Sticking Removal via Local Luminance Adjustment
A display controller detects image sticking areas and adjusts surrounding luminance to remove visual artifacts.
- Virtual Graphics Browser Pre-Boot Rendering
A virtual graphics browser learns component capabilities during firmware initialization to dispatch drivers for dynamic video rendering.
- Control Device Format Determination for Image Output
A control device acquires server identification and file type information to assess data format interpretability before output.
- Peripheral Component Multiplexing Bus Architecture
A peripheral component multiplexes a shared bus to allow multiple processors to access one interface slot without external bridge integrated circuits.
- Fixed Slot Buffer for Video Coding Storage Efficiency
Fixed slot buffers store reference pictures to resolve storage efficiency and control complexity trade-offs in video decoding.
- Off-Screen Buffer Segmentation for Video Memory Reduction
Segmenting the display buffer into a smaller off-screen area reduces video memory consumption while maintaining update efficiency.