Image Processing Command Generation for Single-Color Data

The single-color image data is divided into multiple partial images corresponding to the number of filter circuits. Each partial image is processed independently by a separate filter circuit in parallel, enabling efficient utilization of multiple processors while maintaining high processing speed.

The patent transforms the single-color image data into a multi-dimensional structure by organizing pixel values into multiple partial images that correspond to different color component fields. This allows the data to be processed in parallel across multiple filter circuits, effectively adding a processing dimension without increasing hardware complexity.

The filter circuits designed for color processing are made universal by enabling them to process single-color images through a novel data organization method. The same multi-color filter circuits can handle both color and single-color images, with the single-color processing achieving high speed through parallel execution across multiple circuits using the partial image technique.

The patent creates multiple copies of single-color image data organized as partial images, where each copy corresponds to a different color component field. These copied data structures are then processed in parallel by multiple filter circuits, enabling single-color images to utilize the full capacity of color-optimized hardware.