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Design and development of a technological platform based on a sensorized social robot for supporting older adults and caregivers: GUARDIAN ecosystem

Authors :
Ciuffreda, I.
Amabili, G.
Casaccia, S.
Benadduci, M.
Margaritini, A.
Maranesi, E.
Marconi, F.
de Masi, A.
Alberts, J.W.
Koning, J. de
Cuijpers, R.
Revel, G.M.
Nap, H.H.
Vastenburg, M.H.
Villaverde Naveira, A.
Bevilacqua, R.
Ciuffreda, I.
Amabili, G.
Casaccia, S.
Benadduci, M.
Margaritini, A.
Maranesi, E.
Marconi, F.
de Masi, A.
Alberts, J.W.
Koning, J. de
Cuijpers, R.
Revel, G.M.
Nap, H.H.
Vastenburg, M.H.
Villaverde Naveira, A.
Bevilacqua, R.
Source :
International Journal of Social Robotics
Publication Year :
2023

Abstract

Item does not contain fulltext<br />In this paper, a new ecosystem to support older adults and their caregivers in an indoor living environment is proposed. The GUARDIAN ecosystem is designed to address the different needs of end users in different countries. The ecosystem consists of a socially assistive robot (SAR), including sensors, and two mobile applications (one for caregivers and one for the older user). Starting from a user-centred and value-sensitive co-design approach, three key user requirements have been identified: monitoring, reminding, and social companionship. User requirements were translated into technical requirements to develop a flexible system architecture. Usability tests were performed to verify the satisfaction level about the GUARDIAN concept. User tests were carried out in three different countries involving 13 older adults, 14 informal carers and 15 formal carers showing that the proposed ecosystem satisfies the user requirements. These results confirm the feasibility of the application of the GUARDIAN ecosystem in living indoor environments.<br />06 september 2023<br />20 p.

Details

Database :
OAIster
Journal :
International Journal of Social Robotics
Publication Type :
Electronic Resource
Accession number :
edsoai.on1411625104
Document Type :
Electronic Resource