Dynamic OLED Compensation for Mura Reduction

The patent applies dynamics by making the compensation parameter adjustable based on brightness level. Instead of using a fixed pre-stored compensation parameter, the system dynamically selects or adjusts the compensation parameter according to the current brightness level, allowing the compensation effect to adapt to varying display conditions while maintaining process efficiency.

The patent implements parameter changes by modifying the compensation parameter value based on brightness level. The system changes the compensation parameter from a static pre-stored value to a dynamic value that varies with brightness, thereby improving compensation accuracy across different brightness conditions without significantly increasing system complexity.

The patent applies partial action by adjusting compensation parameters selectively based on brightness level requirements. Instead of continuously adjusting parameters for all possible brightness levels, the system adjusts parameters only when necessary to achieve the desired compensation effect, reducing unnecessary processing while maintaining brightness uniformity.

The system optimizes parameter changes by adjusting compensation parameters only to the extent needed for different brightness levels. Rather than implementing full parameter adjustments across all brightness ranges, the system makes targeted parameter changes that achieve sufficient compensation while minimizing processing time and computational overhead.

The patent resolves the contradiction by introducing a dynamic parameter selection mechanism that adapts to brightness levels. The system incorporates a brightness level detection component and a parameter selection component that work together to automatically select appropriate compensation parameters based on current brightness, eliminating the Mura phenomenon without requiring complex manual adjustment mechanisms.

The system eliminates the Mura phenomenon by implementing parameter changes that adapt to brightness conditions. The compensation parameter is changed from a fixed value to a variable value that depends on brightness level, achieving improved display uniformity while keeping the implementation relatively simple through automated parameter selection based on brightness detection.

The patent applies segmentation by dividing the brightness range into multiple levels, with each level having its own optimized compensation parameter. This segmentation approach allows the system to achieve high compensation accuracy for each brightness level while keeping the overall system structure manageable through organized parameter storage and selection mechanisms.

The patent uses an intermediary approach by introducing a parameter selection component that acts as a mediator between brightness level detection and compensation application. This intermediary component simplifies the system structure by centralizing the parameter selection logic, thereby achieving high compensation accuracy without proportionally increasing overall system complexity.