Dynamic Buffer Allocation for Image Processing Pixel Regions

The patent implements dynamic buffer capacity allocation by allowing the buffer size to be automatically adjusted according to the actual number of input and output pixels for each image processing task. The storage device transitions from a static fixed-capacity buffer to a dynamic buffer that adapts its capacity based on real-time processing requirements, resolving the contradiction between adaptability and complexity.

The patent creates a universal buffer management mechanism that can handle multiple different image processing tasks (resolution conversion, spatial filtering, edge extension, trimming) through a single adaptive buffer allocation system. This multi-functional approach allows the storage device to automatically adjust buffer capacities regardless of which specific processing task is being performed, eliminating the need for task-specific buffer configurations.

The patent implements dynamic buffer capacity adjustment that automatically adapts to different image processing tasks while maintaining high processing efficiency. The buffer size is dynamically recalculated based on the specific pixel count ratios required by each task (e.g., expansion for edge extension, reduction for trimming), allowing the system to achieve optimal efficiency for each task without sacrificing versatility.