XR Rendering Prioritizing Avatar Parts for Bandwidth Constraints

The patent applies local quality by differentiating rendering resolution for different virtual objects based on their importance to the user experience. High-priority objects (e.g., avatars, interactive objects) are rendered at high resolution, while low-priority objects are rendered at lower resolution, thereby maintaining overall quality of experience while reducing total computational load.

The patent extracts and prioritizes specific virtual objects that are most important to the user experience (such as avatars and interactive objects) and applies high-resolution rendering only to these extracted elements, while reducing or eliminating high-resolution rendering for less important background or peripheral objects.

The system allows users to self-configure rendering priorities through preference settings, where users automatically indicate which avatar parts or virtual objects are most important to them. This self-service approach reduces the need for complex system-wide priority management while still achieving personalized high-quality rendering for preferred elements.

The patent segments the virtual environment into distinct priority levels, dividing virtual objects and avatar parts into high-priority, medium-priority, and low-priority categories. This segmentation simplifies priority management by creating clear, manageable groups rather than requiring individual configuration for each element.