Eyeball Tracking Delay Detection via Coordinate Difference

The patent applies preliminary action by pre-calculating and storing the mapping relationship between gaze point coordinates and time in a lookup table. When delay detection is needed, the system directly queries this pre-established mapping relationship rather than performing real-time calculations, thereby reducing processing time and delay while maintaining rendering efficiency

The patent uses copying by creating a virtual mechanical eye model that replicates the optical characteristics and movement patterns of a real human eye. This virtual model allows the system to simulate and detect delay without requiring actual human subject testing, enabling efficient delay measurement while preserving the accuracy needed for high-resolution gaze-based rendering

The patent replaces complex mechanical measurement systems with a computational approach. Instead of using sophisticated hardware to directly measure delay, the system uses a virtual mechanical eye model and software-based coordinate mapping to simulate and calculate delay, thereby reducing physical device complexity while maintaining measurement precision

The patent introduces an intermediary element - the virtual mechanical eye model - that mediates between the actual eyeball tracking system and the delay measurement process. This intermediary allows indirect measurement of delay through coordinate difference calculation, simplifying the overall detection system while preserving accuracy