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Optimizing Wearable Device and Testing Parameters to Monitor Running-Stride Long-Range Correlations for Fatigue Management in Field Settings.

Joel Thomas FullerDominic ThewlisJodie Anne WillsJonathan David BuckleyJohn Bradley ArnoldEoin William DoyleTim Leo Atherton DoyleClint Ronald Bellenger
Published in: International journal of sports physiology and performance (2023)
Detecting altered gait following intensive training was possible using 200 to 300 strides and a 100-Hz sampling rate, although 100 and 200 Hz underestimated α compared to higher rates. Using 2-session mean data lowers smallest detectable change values by nearly half compared to single-session data. Coaches, runners, and researchers can use these findings to integrate wearable-device gait monitoring into practice using dynamic systems variables.
Keyphrases
  • high intensity
  • electronic health record
  • heart rate
  • big data
  • primary care
  • healthcare
  • cerebral palsy
  • blood pressure
  • data analysis