Application of intelligent diagnosis based on optical medical equipment in adjustment of type 2 diabetes exercise prescription

Abstract

Abstract The current exercise prescribing adjustment system has several limitations that limit patient engagement and treatment effectiveness. Therefore, this paper designs a remote operating system based on optical medical equipment to realize the remote operation of exercise prescription adjustment. The system uses advanced optical sensing technology to monitor the patient's physiological parameters in real time, and these data will be transmitted to the medical team's terminal equipment through remote transmission technology to provide timely monitoring and diagnostic support. The medical team can remotely control the optical medical device on the patient through the terminal device to adjust the exercise prescription of diabetic patients. Through real-time communication with the patient, the medical team can flexibly adjust the exercise prescription according to the patient's physiological parameters and needs, so as to achieve better treatment results. The system also supports data storage and analysis, and the medical team can extract valuable information through in-depth analysis of the patient's physiological parameter data to provide scientific basis for individualized treatment plans.