Frame Rendering Extrapolation for Head-Mounted Displays

The patent applies preliminary action by performing motion estimation and calibration on consecutive input frames before display. The system pre-processes frames to generate extrapolated frames that predict future frame positions, allowing the display to present high-frame-rate content without requiring high-end rendering hardware at the moment of display. This advance preparation resolves the contradiction by shifting computational load from real-time rendering to pre-processing.

The patent uses copying by generating extrapolated frames that are copies or predictions of future frame states based on motion estimation from previous frames. Instead of rendering each frame independently in real-time, the system creates predicted copies of what future frames will look like, enabling high frame rates through intelligent frame generation rather than brute-force rendering power.

The patent applies parameter changes by transforming the frame rendering approach from direct real-time rendering to a parameter-based prediction system. The system changes the fundamental parameter from rendering every frame at full quality to using motion vectors and calibration data to generate intermediate frames. This parameter transformation maintains fluent experience while dramatically reducing hardware requirements.

The patent substitutes the mechanical rendering system with a computational prediction system. Instead of relying on raw rendering power to generate each frame, the system uses motion estimation algorithms and calibration data to mathematically predict frame positions and generate extrapolated frames. This substitution replaces brute-force mechanical rendering with intelligent computational methods, reducing hardware cost while maintaining fluency.