Introduction
Physical Activity and Nutrition
Experimental Design on the Effect of Nutritional Supplementation on Physical Strength
Analysis of the Effect of Nutritional Supplementation on Physical Strength
Conclusions
References
Introduction
As one of the core technologies of the Internet of Things, mobile sensor networks have received more and more attention from researchers in recent years. Node location is a key function of many applications in mobile sensor networks, such as environmental monitoring, wild animal tracking, and medical patient monitoring applications, and location has become one of the most basic business functions [1]. A large number of sensors communicate with each other, process, and transmit information through a network of wireless communication, which can monitor, perceive, and collect various environmental information or information about monitored objects in the network distribution area in real time and process and transmit this information to required users. Different body compositions have different effects on exercise performance. Lean body mass is positively correlated with physical strength, aerobic capacity, and maximum oxygen uptake. It is one of the main factors affecting explosive power, speed, and endurance. It is generally believed that absolute strength is directly proportional to lean body mass. Weight grading, heavy athletic events thatfocus on strength and explosiveness have high requirements for lean body mass; excess body fat in the body is considered a “dead” weight, which will affect a person’s strength, speed, and endurance. The body fat percentage is significantly negatively correlated with the peak anaerobic power, and the anaerobic capacity of the two energy supply systems including phosphate and glycolysis is the energy basis for all shortterm high-intensity exercise. This shows that body composition has a close relationship with sports competition [2].