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A Micro-sensor for Physical Frailty Evaluation

This GCTT collaboration combines Division of Surgery and Interventional Sciences with Medical Physics and Biomedical Engineering to assess a new generation of cloud enabled motion sensors

Lady with a walking stick

1 September 2021

Grant


骋谤补苍迟:听Grand Challenges Small Grants
Year awarded:听2021-22
Amount awarded:听拢5,000

础肠补诲别尘颈肠蝉听


  • Darren Player, Division of Surgery and Interventional Sciences听
  • Terence Leung,听Medical Physics and Biomedical Engineering

Assessment of the Reliability and Validity of a Micro-Sensor for Physical Frailty Evaluation听will assess a new generation of AI-embedded sensors with the capability of cloud processing. These battery powered, coin-size sensors (3-axis accelerometers/gyropscopes) will be used to measure motion signals during the 鈥渟it-to-stand鈥 frailty and mobilty tests. The team are working with STMicroelectronics to further explore the utlility of a sensor board, which allows motion signals to be uploaded to the cloud and analysed results to be shared. If deemed suitably reliable and valid, this investigation will lead to further clinical studies and applications with significant impact.

Outputs and Impacts


  • Awaiting outputs and impacts