Application of infrared thermal sensing based on object detection in oxygen exercise training: analysis of thermal energy consumption

Abstract

With the increasing attention to fitness and sports science, the analysis of energy consumption in sports training has become an important research field. This paper aims to discuss the application of infrared thermal sensing technology based on target detection in aerobic exercise training, especially its effect in the analysis of heat consumption. Firstly, the basic principle of infrared thermal imaging and its application in temperature measurement are introduced, and the advantages of infrared sensor in capturing dynamic target temperature information are emphasized. This paper discusses the target image detection technology based on infrared sensor, including infrared target detection method, image feature extraction, moving target location, etc. The relationship between exercise intensity and heat consumption can be effectively extracted by analyzing the change of heat in different areas during exercise. In the aspect of applying related technology to aerobic exercise intensity simulation, the influence of different exercise intensity on aerobic exercise effect was studied and analyzed, which provided quantitative basis for exercise training. The results show that the use of infrared thermal imaging technology can achieve accurate monitoring of heat consumption during exercise, so as to provide personalized training programs for athletes. Therefore, the application of infrared thermal sensing technology based on target detection in aerobic training not only improves the accuracy of thermal energy consumption analysis, but also provides a new perspective for optimizing training efficiency.