Application of Spectral Imaging Technology Based on Computer Simulation in the Prevention of Sports Injuries in Aerobics

Abstract

Calisthenics is a widely popular and high-intensity exercise, but the frequency of sports injuries has increased accordingly. Therefore, this paper explores the application potential of spectral imaging technology based on sports biomechanics in the early warning system of aerobics sports injury to provide opportunities for early injury recognition and intervention. The biomechanical data and spectral imaging data of aerobics athletes during their training were collected through experimental research. Changes in specific joint angles and muscle strength of athletes during exercise were observed to exhibit features associated with injury. Spectral imaging techniques can provide accurate measurements of biological signals such as skin surface temperature and blood flow, further revealing the underlying mechanisms of sports injuries. Therefore, the spectral imaging technology based on sports biomechanics has the potential to be applied to the early warning system of sports injury in aerobics. It enables early identification of potential injury risks and interventions to protect athlete health and safety by monitoring joint Angle changes and muscle strength in athletes, combined with quantitative analysis of spectral imaging data.