Reconfigurable Circuit Image Processor for Data Reduction

The patent applies dynamic reconfiguration of the circuit based on image data features. The processor analyzes features of image data (such as pixel value distributions and spatial characteristics) and dynamically selects or reconfigures circuit structures to match the data characteristics. This allows the circuit scale to be adaptively adjusted rather than fixed, resolving the contradiction by making the circuit dynamic rather than static.

The patent changes circuit parameters (such as processing parallelism, memory allocation, and algorithm selection) based on detected image data features. By monitoring features like pixel value ranges, gradient distributions, and region homogeneity, the system adjusts circuit operating parameters to optimize data reduction while controlling circuit scale.

The patent transforms the fixed circuit configuration into a dynamic one that can reconfigure itself based on image data features. The system includes feature detection modules that analyze incoming image data and control logic that reconfigures the circuit accordingly, enabling the same hardware to adapt to different image characteristics without increasing fundamental device complexity.

The patent designs a universal circuit architecture that can perform multiple processing functions through reconfiguration. Rather than having separate dedicated circuits for different image processing tasks, a single reconfigurable circuit structure handles various functions by changing its internal configuration based on the detected image features, thereby achieving multi-functionality without proportionally increasing device complexity.