Simulation of badminton sports injury prediction based on the internet of things and wireless sensors

摘要

To study the joint, in order to reduce the global approach is to provide an overview of the risk to injury the badminton. Leg and back injuries were mainly due to lack of strength or mobility while the hand and shoulder area were injured due to incorrect technique. This aspect contributes to the prevention of lower limb injury programs that should be addressed. Fatigue affects the way these tendons are less powerful and more unstable the way punching is done abruptly in the water, as well as jumps. Increased physical strength program to prevent training injuries. Badminton evaluation is the process of evaluating the performance of most players to improve their training skills and identify their strengths and weaknesses for them. Some traditional assessment methods were deficient in human resources, professional knowledge and objective methods. In addition, quality parameters and rating models for evaluating feather ball use are still under research. In this research, the main purpose of the Internet of Things is to design and create a new and effective system for badminton evaluation. The next generation cheating game training things architecture website is proposed. To confirm its effectiveness, a motion sensor meme-based Wireless Sensor Device (WSD) (Micro Electro Mechanical System) is used to identify the technical status of different badminton players and badminton strokes. Includes custom sensor nodes for system data collection, mobile applications, and processing units for cloud-based data.