Application of Wearable Sensors in Physical education for biomedical surveillance and human-machine interface

Continuous biological surveillance requires less mechanical aid and affordable wearable technology and sensors. The health industry benefits greatly from the rapid development and expansion of the Internet of Things (IoT). Measuring the accuracy of physical education systems is a major difficulty for fitness and sports trackers, as human dependability is a primary concern for these technologies. This study supports the use of a portable sensor device for monitoring activities in athletes' training. The proposed method is achieved with the help of monitoring physical education using a wearable sensor device(MPE-Wsd)to track their health. With the Service Level Agreement (SLA) method, processing power requirements are estimated with the help of a server. The article opened with a unique and compelling model for health. The article offers a portable sensor for use at the human-machine interface. It's convenient for both the participants and the doctor to have access to the various sources of information. With this new field of study, policymakers may make the most efficient use of hardware and software designed for the Internet of Things. Provides the network with instantaneous access to large-scale resources while reducing operational and capital expenditures. Many mental and physiological diseases are rising as the global population ages because point-of-care (POC) treatment and continuous disease monitoring are important. The results of the tests validate the technique as being both convenient and economical to employ regularly.