Towards the Integration of Mixed Reality and Machine Learning for Older Adults Personalized Smart Home and Health Monitoring

This contribution proposes a multi-modal system for older adults' health monitoring within the smart home framework that integrates Mixed Reality, a network of IoT sensors, wearable health sensors, and users' feedback to collect data and monitor older adults' health. It provides a comprehensive framework for older adults' health monitoring and safe exercise sessions to enhance their physical and cognitive well-being. The proposed system allows older adults to control the smart home features and benefit from assistive services via a mixed reality application. The system explores exploiting machine learning models to provide personalized physical and cognitive training routines to enhance older adults' quality of life, autonomy, and general well-being. It leverages historical data coming from wearable sensors, smart mixed reality glasses, IoT sensors, and users' feedback to predict the users' health status and activity level and suggest the proper exercise routine accordingly.

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Publication Details

Published
2024-10-21
DOI
https://doi.org/10.1109/metroxraine62247.2024.10796635
Primary Topic
Context-Aware Activity Recognition Systems
Type
article
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article

Towards the Integration of Mixed Reality and Machine Learning for Older Adults Personalized Smart Home and Health Monitoring

Marco Sacco, Atieh Mahroo
Context-Aware Activity Recognition Systems
article

Towards the Integration of Mixed Reality and Machine Learning for Older Adults Personalized Smart Home and Health Monitoring

Marco Sacco, Atieh Mahroo
article en

Abstract

This contribution proposes a multi-modal system for older adults' health monitoring within the smart home framework that integrates Mixed Reality, a network of IoT sensors, wearable health sensors, and users' feedback to collect data and monitor older adults' health. It provides a comprehensive framework for older adults' health monitoring and safe exercise sessions to enhance their physical and cognitive well-being. The proposed system allows older adults to control the smart home features and benefit from assistive services via a mixed reality application. The system explores exploiting machine learning models to provide personalized physical and cognitive training routines to enhance older adults' quality of life, autonomy, and general well-being. It leverages historical data coming from wearable sensors, smart mixed reality glasses, IoT sensors, and users' feedback to predict the users' health status and activity level and suggest the proper exercise routine accordingly.

National Research Council (IT)
Openalex Percentile: Top 76%
Context-Aware Activity Recognition Systems
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Towards the Integration of Mixed Reality and Machine Learning for Older Adults Personalized Smart Home and Health Monitoring — Marco Sacco, Atieh Mahroo · (2024) | TGRS Research Map | TGRS