Extended Reality Encoding for Predicted Display Window Adjustment

The patent applies preliminary action by predicting the display window location in advance before transmission. The image source predicts where the display device will need to show content, pre-processes or pre-compresses the image data accordingly, and transmits only the necessary portions. This allows optimization of compression parameters for the predicted region of interest, maintaining image quality in critical areas while reducing overall transmission data.

The system performs preliminary action by predicting future display window locations and preparing image data in advance. This allows the system to process and transmit image data for multiple future frames simultaneously, effectively increasing the processing throughput without compromising the perceived frame rate. The prediction mechanism enables the system to anticipate user viewing needs and prepare content proactively, maintaining smooth user experience even with reduced instantaneous processing demands.

The patent applies local quality by differentiating the processing level for different regions of the image. Instead of uniformly reducing rendering time across the entire image, the system identifies the predicted display window location and allocates more processing resources to that specific region. Critical areas within the predicted display window receive higher quality rendering, while peripheral or less important areas use reduced processing, thus maintaining overall image quality perception while reducing total generation time.

The system uses preliminary action to predict display window locations and pre-determine which image data portions are most critical for transmission. By anticipating future display needs, the system can prioritize transmission of essential image data and compress or omit less critical portions, optimizing the data transmission rate to match communication capacity constraints while maintaining acceptable frame rates.