Smart Homes and Health Telematics

Volume 5120 of the series Lecture Notes in Computer Science pp 62-72

Design of a Smart Continence Management System Based on Initial User Requirement Assessment

  • Jit BiswasAffiliated withInstitute for Infocomm Research,  
  • , Aung Aung Phyo WaiAffiliated withInstitute for Infocomm Research,  
  • , Victor Siang Fook FooAffiliated withInstitute for Infocomm Research,  
  • , Chris NugentAffiliated withComputer Science Research Institute, University of Ulster
  • , Maurice MulvennaAffiliated withComputer Science Research Institute, University of Ulster
  • , David CraigAffiliated withBelfast City Hospital
  • , Peter PassmoreAffiliated withBelfast City Hospital
  • , Daqing ZhangAffiliated withInstitut TELECOM - TELECOM & Management SudParis
  • , Jer En LeeAffiliated withAlexandra Hospital
    • , Philip Lin Kiat YapAffiliated withAlexandra Hospital

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Those with dementia need closer attention and monitoring when they develop incontinence. Incontinence can lead to medical complications such as skin breakdown, places greater demands on caregivers, and strips the patients of their dignity. We have taken a step towards building a smart continence management system (SCMS) by automating the detection of events and forwarding details of these events to caregivers. Besides reducing bedsores and concomitant ill-effects of the elderly remaining in soiled diapers for prolonged periods, SCMS also benefits caregivers, helping them improve visitation schedules and time management. In the user-requirements generation phase, a cohort of people were interviewed. Subsequently the user-requirements were translated into technical specifications, based on which, a product survey was conducted. The system was designed, implemented, deployed and is being evaluated at a nursing home in Singapore. Initial results are encouraging. A planned usability study/overall system evaluation will provide new requirements for the second version.


Continence Management System Dementia Patients Wireless Sensor Networks