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Feasibility testing of a novel prosthetic socket sensor system.

Tonya L RichGreg VossStuart FairhurstMary MatsumotoSteven BrielmaierKarl KoesterThéoden I NetoffAndrew H HansenJohn E Ferguson
Published in: Disability and rehabilitation (2022)
We collected sensor data during walking trials while participants wore varying numbers of sock plies and qualitative feedback on the design of the socket fit sensor system. For analysis, peak sensor measurements during walking cycles were identified and combined with socket fit data (i.e., a clinician-determined level of "good," "too tight," or "too loose" and the number of sock ply worn each trial). We found consistent relationships between peak sensor measurements and socket fit in our sample. Also, all users expressed an interest in the device, highlighting its potential benefits during early prosthesis training.Implications for RehabilitationEnsuring socket fit is challenging for many prosthesis users.A novel wearable sensor system can be used to identify socket fit issues for some prosthesis users.This type of system could be most helpful for new prosthesis users and those with sensory and cognitive challenges.
Keyphrases
  • electronic health record
  • clinical trial
  • systematic review
  • machine learning
  • big data
  • blood brain barrier
  • heart rate
  • lower limb
  • deep learning