Shows improved muscle activity detection in baseball players, suggesting better training methods.
With the rapid miniaturization of physiological sensing components and the widespread adoption of wearable devices, long-term physiological monitoring has become increasingly feasible in daily life and sports applications.In this study, we initially analyzed data from a conductive-fabric-based electromyography (EMG)-like sensing sleeve.The developed sleeve employs textile electrodes to emulate surface EMG sensing and integrates six sensing channels, with a small amount of water applied to enhance electrode conductivity.Compared with conventional adhesive EMG systems, the textile-based sleeve is easy to wear and effectively mitigates electrode displacement during high-speed baseball pitching motions.Experiments on three representative movements demonstrate that the proposed sleeve reliably captures muscle activity, instilling confidence in its practical use for sports training and biomechanics analysis.
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Shih et al. (2026) studied this question.
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