Micro-LED Row-Shift and Frame-Rotation Scheduling to Reduce Color Break-Up

The patent applies dynamics by making the color updating schedule adaptive and variable. Instead of a fixed traditional schedule, the system dynamically adjusts the timing and sequence of color subframe updates based on detected motion or specific display conditions. This dynamic adjustment prevents color break-up artifacts while maintaining operational simplicity through automated detection and adaptation.

The patent changes the temporal parameters of the color updating schedule. By modifying when different color subframes are updated relative to each other (changing the timing parameters), the system eliminates color break-up. The invention introduces variable update intervals and sequencing that adapt to content characteristics, resolving the contradiction between image quality and schedule complexity.

The patent segments the display frame into multiple color subframes (e.g., red, green, blue components) and applies different update schedules to each segment. By dividing the color update process into separate controllable segments and applying row-shifting and frame-rotation techniques to each segment independently, the system achieves image consistency while managing complexity through modular organization of update operations.

The patent introduces spatial dimensionality changes through row-shifting (changing which rows are updated at each time step) and frame-rotation (changing the temporal sequence in which color components are updated). These dimensional transformations of the update schedule prevent color break-up by ensuring that no single color component remains static while others update, thereby achieving image consistency through multi-dimensional scheduling variations.