Display Device Compression Loss Level Management

The patent applies different compression loss levels to different regions of the display panel based on their degradation characteristics. Areas with similar degradation levels are grouped together and assigned the same compression loss level, allowing aggressive compression where appropriate while preserving quality where needed. This regional differentiation resolves the contradiction by making compression loss precise rather than uniform across the entire panel.

The patent dynamically adjusts the compression loss level parameter based on the degradation level of circuit elements in different regions. By changing this parameter according to actual degradation conditions, the system optimizes the balance between data size reduction and compensation precision, preventing both excessive compression loss and unnecessary data retention.

The patent divides the display panel into multiple regions and assigns different compression loss levels to each region based on local degradation characteristics. This allows the system to account for spatial variations in circuit element degradation without requiring individually customized processing for each subpixel, thus maintaining reasonable processing complexity while improving display quality uniformity.

The patent segments the display panel into multiple regions for independent compression loss level management. By grouping subpixels into regions with similar degradation patterns, the system achieves fine-grained control over compression quality without the overhead of processing each subpixel individually, resolving the contradiction between complexity and precision.

The patent assigns different compression loss levels to different regions based on their specific degradation patterns. Regions with low degradation can use higher compression loss levels to save storage space, while regions with high degradation use lower compression loss levels to preserve compensation effectiveness. This localized approach optimizes both storage capacity utilization and compensation reliability.

The patent adjusts the compression loss level parameter dynamically according to the degradation level of each region. This parameter adaptation ensures that compression aggressiveness matches the actual compensation needs, preventing both unnecessary data retention in stable regions and excessive compression loss in degraded regions, thereby optimizing storage capacity while maintaining compensation effectiveness.