Including but not limited to the following contents:
Track 1: Sports Engineering and Intelligent Equipment
Sports equipment design and development
Intelligent sports equipment and wearable devices
Motion sensors and signal processing
Motion data collection and wireless transmission
Intelligent technology for sports venues
Virtual reality and simulation training systems
Motion equipment shock absorption and energy feedback technology
Standardization and testing technology for sports equipment
Integration of intelligent tracks/fields and Internet of Things
Development of sports rehabilitation training equipment
Sports simulation software and modeling
Wind tunnel experiments and aerodynamics of sports equipment
Digital physical fitness training equipment
New sports material product design
Sports biomechanics and ergonomics
Track 2: Computer Vision and Motion Analysis
Motion capture and motion analysis system
Human body posture estimation and action recognition
Computer vision and motion technology analysis
Three-dimensional motion reconstruction and inverse dynamics
Video-assisted refereeing and Hawk-Eye technology
Real-time positioning and tracking system for athletes
Application of deep learning in motion analysis
Lightweight posture estimation and edge deployment
Multimodal motion data fusion analysis
Risk assessment and protection for sports injuries
Gait analysis and balance control
Inverse biomechanical parameter inversion based on AI
Real-time motion feedback and decision support system
Sports big data analysis and visualization
Application of computer vision in competitive sports