Optimizing Athlete Training and Injury Mitigation Using Fuzzy Information-Based Skeletal Motion Analysis
TL;DR
This study develops a strategy using intuitionistic fuzzy rough sets to analyze skeletal motion for optimizing athlete training and reducing injury risks. It aims to enhance performance, endurance, and recovery through targeted programs.
Optimizing Athlete Training and Injury Mitigation Using Fuzzy Information-Based Skeletal Motion Analysis
Zaiyong Shou; Ying Hou
https://doi.org/10.1109/ACCESS.2024.3512416
Volume 13
In modern sports, enhancing athletic performance and minimizing the risk of injuries is crucial to optimize athlete training and injury mitigation. An athlete’s efficiency, endurance, and recovery times can be improved using targeted training programs. This study aims to develop a new strategy to study different training programs for injury mitigation based on an intuitionistic fuzzy rough set (IF...