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The study focuses on designing a motion capture analysis system to preserve the cultural context and technical accuracy of traditional martial arts.

A048: Design and Application of Motion Capture Analysis System for Sports Intangible Cultural Heritage

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The study focuses on designing a motion capture analysis system to preserve the cultural context and technical accuracy of traditional martial arts.
Developed a multi-modal motion capture system integrating optical, inertial, and force sensors.
Conducted technical validation by simulating occlusion and assessing positioning errors.
Performed a cultural fidelity assessment through expert scoring using a double-blind design.
Implemented a 6-month longitudinal study comparing skill acquisition in MCAS and traditional teaching groups.
The hybrid motion capture system reduced positioning errors to 2.3 mm compared to 8.7 mm for optical-only systems.
The MCAS group achieved 94.3% cultural accuracy, significantly higher than the standard (72.1%) and traditional (65.4%) groups.
Skill acquisition in the MCAS group was 37% faster, with an 8% dropout rate compared to 23% in traditional teaching.
Cultural cognition scores were 41% higher in the MCAS group.

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This research aims to enhance cultural accuracy and skill acquisition in martial arts using an innovative motion capture system.

Haoxiang Xie (2026) studied this question.

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