Dynamic Service Level Allocation for Extended Reality Applications

The patent segments the extended reality application processing into multiple parts: terminal-based processing for immediate response requirements and network/cloud-based processing for computationally intensive tasks. This segmentation allows the system to distribute processing load appropriately, improving response speed for critical functions while reducing terminal power consumption by offloading heavy processing to network resources.

The patent applies local quality by assigning different processing locations based on specific task requirements. Critical time-sensitive processing functions are executed locally at the terminal to minimize latency, while less time-critical but computationally intensive functions are processed at the network/apparatus level. This localized quality approach ensures that each processing location optimizes for its specific strengths, reducing overall system latency while maintaining manageable terminal complexity.

The patent implements dynamics by enabling the service level and processing architecture to dynamically adjust based on real-time terminal capability assessments and network conditions. The system continuously monitors parameters such as terminal processing power, memory availability, network bandwidth, and latency, then automatically reconfigures the processing distribution between terminal and network. This dynamic adaptation improves system versatility and resource efficiency while the automated nature of the adjustments helps manage system complexity through intelligent control algorithms.