Display Device Timing Controller Inversion Scheme Coordination

The patent merges the inversion scheme control into a unified decision-making process by having timing controllers share detection results and coordinate their operations. When problem patterns are detected, controllers exchange information and apply consistent inversion schemes across all display areas, eliminating the previous issue of independent and conflicting inversion decisions.

The patent implements feedback mechanisms where timing controllers detect problem patterns in image data and provide this information to other controllers. This feedback loop ensures that all controllers are aware of the same image characteristics and can coordinate their inversion schemes accordingly, maintaining image quality consistency across the entire display panel.

The patent segments the timing control function into multiple independent timing controllers, each responsible for specific display areas. This segmentation allows the system to handle high resolution by dividing the control task rather than requiring a completely new controller design, thereby reducing development time and costs while maintaining high-resolution performance.

The patent makes timing controllers universal by designing them to handle multiple display areas and coordinate with other controllers through shared protocols. This multi-functionality allows existing controller designs to be reused for high-resolution applications, eliminating the need for entirely new controller development and reducing both time and cost.