ISP Reset Controller Isolates Image Data Errors

The patent divides the image processing system into multiple independent contexts (first context, second context, etc.), each with its own dedicated memory region. The reset controller can selectively reset only the memory region corresponding to the erroneous context without affecting other contexts. This segmentation allows isolated error handling while preserving data integrity in other processing contexts.

The patent introduces a reset controller as an intermediary component between the error detection mechanism and the memory reset operation. The reset controller receives error signals, identifies the affected context, and executes targeted reset operations only on the specific memory region associated with that context. This intermediary enables precise error isolation and prevents widespread system disruption.

The patent implements separate memory regions for different contexts (first context memory, second context memory, etc.). When an error is detected in one context, only the corresponding memory region is reset, while other memory regions retain their data. This segmentation approach minimizes information loss by limiting the reset operation to only the affected context.

The patent applies local quality by making each context's memory region have independent properties and error-handling characteristics. Each context can be reset independently based on its specific error conditions, allowing selective data recovery while preserving intact data in other contexts. This local化的 error handling strategy reduces overall data loss compared to a global reset approach.

The patent segments the memory into distinct regions (first memory region, second memory region, etc.) corresponding to different contexts. Each region can be independently managed and reset. This physical or logical segmentation provides context isolation that prevents error propagation while maintaining a relatively simple implementation through dedicated memory addressing and control mechanisms.

The reset controller serves as an intermediary that manages context isolation by receiving error signals, identifying the affected context, and executing targeted reset operations. This intermediary component simplifies the overall system architecture by centralizing the error handling logic and avoiding the need for complex distributed error management mechanisms across multiple contexts.