Utilizing context-aware smart-home technology for remote surveillance of mobility and sleep behaviors in elderly individuals to anticipate complex age-related health complications

This project seeks to develop a smart-home indoor positioning system (IPS) that remotely monitors the

mobility and sleep patterns of older adults. This innovative system aims to identify early signs of neurodegeneration, including Alzheimer’s disease, by expanding the scope beyond long-term memory surveillance to broader aspects of aging-related neurodegeneration. The system uses Bluetooth Low Energy (BLE) wearable devices and strategically placed beacons to track and record the mobility data of participants. This data, including daily step count and periods of inactivity, will be analyzed to identify predictors of mobility and cognitive decline, facilitating timely interventions and treatment.

By fostering independent living and reducing the need for institutional care, this project will address the increasing demand for healthcare services due to the aging population. The technology also aims to empower older adults to take control of their health conditions and provide caregivers and healthcare providers with real-time patient data. This project aims to significantly contribute to reducing mortality and disability among the elderly, whilst paving the way for economic impact through accessible and cost-effective at-home monitoring solutions.