This invention discloses an AI-based method for monitoring
male sexual function data and a smart wearable device. The
male sexual function data monitoring method is implemented through a smart wearable device and includes: acquiring proximity data of the monitoring target, the proximity data including distance information and
time information; uploading the proximity data to a
processing module and using AI to analyze the proximity data to obtain
male sexual function data. This application provides a
test item that can be performed at home to measure nocturnal penile erection, acquiring traction force data of the posterior end of the erection, adapting to patients of different sizes, and dynamically and continuously measuring the degree of
sexual dysfunction. It not only allows for dynamic and
continuous monitoring but also helps protect patient privacy. Based on the test results, the cause can be summarized and simple treatment suggestions can be provided.