# The RESILIENT Dataset: Multimodal Monitoring of Ageing-Related Comorbidities and Cognitive Decline

## TL;DR

The RESILIENT dataset combines wearable and home monitoring data to study aging-related health issues and cognitive decline, aiming to improve healthcare through early detection and personalized interventions.

## Contribution

The RESILIENT dataset introduces a novel multimodal platform integrating physiological, sleep, and mental health data for aging-related comorbidities and dementia research.

## Key findings

- The dataset reveals correlations between cognitive function, mental health, physical activity, and sleep.
- The study provides a foundation for virtual wards to support healthcare services through predictive models.
- Integration of wearable and in-home monitoring technologies enables tracking of aging-related health patterns.

## Abstract

The growing ageing population and prevalence of comorbidities pose significant healthcare challenges, from increasing hospitalisations to dementia risk. Healthcare systems primarily treat single conditions, overlooking the complex interplay of chronic diseases. Advances in wearable technology and remote healthcare monitoring technologies offer opportunities to enhance management of comorbidities and early intervention to improve healthcare outcomes. This study presents the RESILIENT dataset, a collection of physiological, sleep, and mental health assessment data conducted as part of an ageing-related comorbidities and dementia study. The RESILIENT study has developed a digital platform to integrate data from wearable devices and in-home monitoring technologies to track physiological, sleep, and cognitive patterns. The validation analysis using the Resilient data highlights correlations between cognitive function, mental health, physical activity, and sleep, aligning with existing literature. By leveraging this dataset, researchers can develop predictive models for early detection and personalised interventions aimed at reducing unplanned hospital admissions and improving health outcomes. The study provides technical foundations and pilot validation for constructing virtual wards to support and complement healthcare services.