Infrared thermal radiation imaging and human-computer interaction technology in tennis training assistance system simulation: complex thermodynamic model

Abstract

The combination of infrared thermal radiation image and human-computer interaction technology provides a new auxiliary means for athlete training. In this paper, the application of infrared thermal radiation image in tennis training auxiliary system is studied, aiming at improving the effect of sports training through complex thermodynamic model. This paper introduces the particularity of tennis and the challenges existing in training, emphasizes the necessity of using advanced technology to optimize training, discusses virtual reality (VR) and human-computer interaction technology, and expounds their potential in sports training. Virtual reality provides an immersive training environment that enables athletes to practice in simulated scenarios, while human-computer interaction technology enhances the interaction between athletes and the system, improving the controllability of training and the timeliness of feedback. In the part of tennis training auxiliary system, the system design combines infrared thermal imaging technology to realize real-time monitoring of athletes' body temperature distribution and motion state, so as to adjust the training plan. The implementation stage shows the application of the system in actual training, including data collection, analysis and feedback mechanism, aiming at guiding athletes' improvement in training through scientific data. This paper summarizes the advantages of the tennis training assistant system combining infrared thermal radiation image and human-computer interaction technology, and emphasizes its potential in improving training effect and optimizing sports performance.