Recent technological transformations lead to imagine a future in which man will be aided by innovative collaborative robotics solutions with advanced skills and socially acceptable behavior (social robotics). Design discipline can make a decisive contribution in terms of human-robot interaction, by investigating new and transversal approaches to the project. The hereby presented project aims to conceive and develop new solutions in the field of ICT assistive robotic technologies, that can prove to be capable of supporting people in carrying out health care services. This paper presents the results of the co-creation activity of a robotic system based on the IDEO HCD model. Starting from this consolidated model, through the interdisciplinary contribution of over seventeen public and private partners, new methods of participatory planning have been experimented. Therefore, among the results we present the definition of the concept within the project, but also the testing of a promising design method.

Co-designed social robotic system in Si-Robotics project

Vacanti, Annapaola
2022-01-01

Abstract

Recent technological transformations lead to imagine a future in which man will be aided by innovative collaborative robotics solutions with advanced skills and socially acceptable behavior (social robotics). Design discipline can make a decisive contribution in terms of human-robot interaction, by investigating new and transversal approaches to the project. The hereby presented project aims to conceive and develop new solutions in the field of ICT assistive robotic technologies, that can prove to be capable of supporting people in carrying out health care services. This paper presents the results of the co-creation activity of a robotic system based on the IDEO HCD model. Starting from this consolidated model, through the interdisciplinary contribution of over seventeen public and private partners, new methods of participatory planning have been experimented. Therefore, among the results we present the definition of the concept within the project, but also the testing of a promising design method.
2022
Ambient Assisted Living : Italian Forum 2020 : Conference proceedings
Inglese
884
175
186
12
9783031088377
Springer International Publishing
Cham
SVIZZERA
1th Italian Forum on Ambient Assisted Living, ForItAAL 2020
01/12/2020
Padova (Virtual, Online)
Internazionale
Comitato scientifico
Social robotics; human-robot interaction; HCD model; co-design; ageing society
no
reserved
info:eu-repo/semantics/conferenceObject
4
3. Contributo in atti di convegno (Proceedings)::3.1 Contributo in atti di convegno
Porfirione, Claudia; Casiddu, Niccolò; Burlando, Francesco; Vacanti, Annapaola
273
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11578/323534
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