(Including but not limited to the following topics)
Topic One: Sports Biomechanics
Human motion modeling and simulation
Analysis and Optimization of sports techniques
Musculoskeletal Mechanics and modeling
Biomechanics of sports equipment (shoes, clothing, gear, etc.)
Injury Biomechanics and Rehabilitation Engineering
Gait analysis and balance control
Surface electromyography (sEMG) and its applications
Sports biomechanics testing technologies (force measurement platforms, high-speed cameras, etc.)
Bionic movement and robot exoskeletons
The Application of Biomechanics in National Fitness
Theme Two: Statistics
Statistical mechanics
Statistical Theory and methods
Statistical calculation
Multivariate statistical analysis
Statistical prediction and decision-making
Statistical Logic
Statistical Law
Economic Statistics
Management Statistics
Statistics of Science and Technology
Social statistics
Educational Statistics
Medical statistics
Environmental and Ecological statistics
International Statistics
Engineering Statistics
Literature statistical analysis
Chemistry and Procedural Analysis
Reliability Engineering
Theme Three: Data Science
Machine learning
Data mining
Data analysis
Data visualization
Health Data Science
Intelligent manufacturing system
Data privacy protection
Model fitting and data analysis
Predictive Models and Economic research