2results about How to "Guaranteed personalization" patented technology

This invention relates to a gynecological postoperative rehabilitation guidance system based on 5G and XR, specifically in the field of gynecological postoperative rehabilitation. Through multimodal data fusion and intelligent algorithms, it achieves non-invasive and precise quantitative assessment of pelvic floor muscle contraction quality, and transforms the assessment results into immersive and dynamic visual feedback attached to a virtual coach in real time. This significantly improves the standardization of movements and the intuitiveness of guidance in home rehabilitation training. At the same time, based on the user's historical status and reinforcement learning, it adaptively optimizes subsequent training parameters, forming a complete intelligent closed loop of assessment, feedback, and optimization. This effectively improves user training compliance and ensures the safety, personalization, and efficiency of the rehabilitation process.

The present disclosure relates to a method for downloading an application resource package and an electronic device. The method applied to a content distribution server comprises: in response to an initial download request initiated by a first application client, returning a total byte number of the application resource package to the first application client; in response to a fragment download request sent by the first application client according to the total byte number, detecting whether a first byte interval requested by the fragment download request hits a second byte interval; in the case of a hit, pulling first fragment data from a source station server and returning the first fragment data to the first application client, so that the first application client obtains a target application resource package containing a current tracking identifier according to the first fragment data, and the first application server establishes a first mapping relationship between a first client identifier and a second client identifier according to the current tracking identifier; wherein the first fragment data is obtained by rewriting data corresponding to the first byte interval of the application resource package according to the current tracking identifier by the source station server.