3D Display Apparatus Blur Correction for Vergence-Accommodation Conflict

The patent applies preliminary action by pre-calculating and correcting blur for multiple viewing positions in advance. The correction system computes corrected images for each position before display, allowing the system to address vergence-accommodation conflict without adding physical display planes. This resolves the contradiction by preparing compensation data beforehand rather than adding hardware volume.

The patent uses copying by generating corrected image copies for different viewing positions. Instead of creating multiple physical display planes, the system creates digital copies of the image with position-specific blur corrections applied. These corrected image copies are then displayed on a single display plane, reducing apparatus size while maintaining viewing comfort across multiple positions.

The patent applies segmentation by dividing the viewing space into discrete positions and calculating blur corrections for each segment independently. The correction system segments the continuous viewing environment into specific positions (first position, second position, etc.), allowing precision improvement at each position while managing complexity through systematic division rather than holistic processing.

The patent uses parameter changes by adjusting blur parameters for different viewing positions. The correction system modifies image parameters (blur amount, focus) based on the viewing position parameter. This allows viewing precision to be improved at multiple positions through parameter adjustment rather than fundamental system redesign, controlling processing complexity through parameter-based adaptation.

The patent applies partial action by generating corrected images for specific, discrete viewing positions rather than continuously for all possible positions. The correction system focuses computational resources on key positions (first position, second position, third position) where viewing occurs, improving image quality at these points while avoiding the excessive data generation that would result from continuous position coverage.

The patent uses periodic action by displaying corrected images in a time-sequential manner corresponding to different viewing positions. Instead of simultaneously displaying all corrected images (which would triple data volume), the system displays corrected images periodically - first corrected image, then second corrected image, then third corrected image - reducing instantaneous data requirements while maintaining quality at each position.