Display Data Correction for Irregular Screens

The patent applies preliminary action by correcting display data before it is transmitted to the display screen. The correction process identifies pixel units in irregular areas and pre-adjusts their grayscale values or timing to prevent cross talk from occurring during normal operation. This proactive correction eliminates the harmful interaction between data traces and driving power sources before it can degrade image quality.

The patent applies local quality by treating different regions of the display screen differently. Pixel units in irregular areas are identified and subjected to specific correction measures such as grayscale adjustment or timing modification, while regular areas maintain normal transmission. This localized correction approach allows the display to achieve diversified shapes without compromising data transmission accuracy in critical regions.

The patent applies parameter changes by modifying display data parameters (grayscale values, timing) for pixel units in irregular areas. Instead of changing the physical structure or adding complex driving circuitry, the solution adjusts electrical parameters of the data signals to compensate for mutual coupling effects. This maintains simple device architecture while achieving the precision needed to eliminate cross talk.