Display Panel Booting Time Reduction via Conditional Sensing

The patent implements a dynamic sensing process that adapts to the power-off period duration. When the power-off period exceeds a threshold, the sensing process is performed to maintain image quality. When the power-off period is short, the sensing process is skipped to reduce booting time. This dynamic approach resolves the contradiction by making the sensing operation conditional rather than fixed.

The patent changes the parameter of sensing process execution based on the power-off period duration. By using the power-off period as a decision parameter, the system dynamically adjusts whether to perform sensing, thereby balancing image quality maintenance with booting time reduction according to actual operating conditions.

The patent makes the sensing process dynamic by conditioning it on the power-off period duration. This resolves the contradiction by making the system adaptive - performing sensing only when necessary (long power-off periods) and skipping it when unnecessary (short power-off periods), thereby maintaining image quality while improving user convenience through faster booting when appropriate.

The patent implements a skipping mechanism where the sensing process is omitted when the power-off period is shorter than the threshold. This allows the system to rush through the booting process without the time-consuming sensing operation when pixel deterioration is likely minimal, thereby improving user convenience without significantly compromising image quality in such scenarios.