Transparent Display Feedback for Augmented Reality Glasses

The patent segments the image processing task into two parts: simple real-time processing is performed locally on the electronic device, while complex processing requiring cloud resources is transmitted to the cloud server. This segmentation allows the system to maintain real-time responsiveness for critical functions while utilizing cloud computing power for more demanding processing tasks, thereby resolving the contradiction between processing capability and feedback time delay.

The patent applies different compression levels to different regions of the image based on their importance. Critical regions that require high processing accuracy are transmitted with minimal or no compression, while less important regions undergo higher compression. This local quality approach allows the system to maintain overall transmission efficiency while preserving image quality in areas that matter most for processing accuracy.

The patent creates a multi-functional processing architecture where the electronic device can perform both simple local processing and serve as a client for cloud-based processing. The device dynamically selects the appropriate processing mode based on task requirements, available resources, and real-time conditions. This universal approach allows the system to maintain fast feedback speeds for simple tasks while offloading complex processing to the cloud, thereby avoiding excessive device complexity.