Athlete muscle measurement and exercise data monitoring based on embedded system and wearable devices

Wearable devices are considered to evaluate the performance of athletes during sports activities. Preliminary steps include recording motion variables at a sufficiently high sample rate throughout the test series. Load tracking sports science has become a very popular topic for athletes who are trained and competitive. Experiential research and process-based research have produced a rapid increase in the use of the dental approach by scientists and trainers to monitor the training load routinely and to capture the best way of capturing and interpreting data. This field has developed at such a rapid pace. In recent years, it has led to the development of new and novel model businesses that accurately place loads inside and outside to protect athletes and help them measure-protection from injury and poor health. Using Support Vector Machines (SVMs) to guide training and monitor athlete muscle measurement's well-being to detect any improvement in measures against poor team related to poor physical health effects all options and mechanisms required are proposed in the system analysis. Tracking application can be wearable technology that calculates the biomechanical and physiological parameters of athletes. Scored the second goal, that collaborative research opportunities between academic groups, sports medicine clinics, and sports team performance programs could help stream players across different sports fields use this technology. A supplementary biochemical profile and the use of wearable devices to track an athlete's mental intelligence were discussed. Key Indicator Value Not Available Using one wireless network connection can send other electronic devices at transmission speeds for reduction. Some experimental data have been reported on this method.