Smartphone Derived Movement Profiles to Detect Changes in Health Status in COPD Patients - a Preliminary Investigation

Brian Caulfield1, Daniel Kelly2, Seamas Donnelly

  • 1UCD
  • 2Ulster University

Details

09:15 - 09:30 | Wed 26 Aug | Suite 8 | WeAT21.4

Session: Clinical Engineering I

Abstract

Over 3.2 million people in the UK alone have the lung disease Chronic Obstructive Pulmonary Disease. Identifying when COPD patients are at risk of an exacerbation is a major problem and there is a need for smart solutions that provide us with a means of tracking patient health status. Smart-phone sensor technology provides us with an opportunity to automatically monitor patients. With sensors providing the ability to measure aspects of a patients daily life, such a motion, methods to interpret these signals and infer health related information are needed. In this work we aim to investigate the feasibility of utilizing motion sensors, built within smart-phones, to measure patient movement and to infer the health related information about the patient. We perform experiments, based on 7 COPD patients using data collected over a 12 week period for each patient, and identify a measure to distinguish between periods when a patient feels well Vs periods when a patient feels unwell.