Inertial Motion Capture System
Advanced wearable technology featuring full-body inertial sensor network for precise motion capture and verification. Academic research project implementing distributed sensor fusion and real-time biomechanical analysis.
Advanced wearable technology for comprehensive motion analysis
Ergonomic sensor placement for natural movement without interference, designed for extended wear and comfort during motion capture sessions.
Multi-axis accelerometers and gyroscopes providing precise orientation, acceleration, and angular velocity data for each body segment.
Wireless sensor network architecture enabling synchronized data collection from multiple body-mounted inertial measurement units.
Advanced algorithms for motion validation, gesture recognition, and biomechanical analysis with real-time feedback capabilities.
Comprehensive motion data processing including joint angle calculation, velocity analysis, and movement pattern recognition.
Live motion visualization and analysis with wireless data streaming for immediate feedback and performance assessment.
Sophisticated sensor fusion and wireless communication system
Distributed IMU sensors with 9-DOF measurement capabilities including accelerometer, gyroscope, and magnetometer data fusion.
Wireless networking protocol for synchronized data transmission from body-mounted sensors to central processing unit.
Advanced signal processing algorithms for sensor fusion, motion reconstruction, and biomechanical analysis.
User interface for motion visualization, data analysis, and system configuration with real-time feedback display.
Versatile motion capture system for research and development
Performance analysis for athletes with detailed biomechanical feedback and movement optimization recommendations.
Physical therapy monitoring and progress tracking for patients recovering from injuries or mobility impairments.
Human movement studies and biomechanical research with precise data collection and analysis capabilities.
Motion capture for gaming applications and virtual reality environments with full-body tracking.