Due to the aging of the population western world need technological solutions to improve the quality of life of the elderly/disabled people, helping them to stay independent and autonomous at home. Technologies for e-health need to be tested on real before going to the market. Unfortunately, testing solutions for “Active Assisted Living” in a domotic house requires an enormous effort in terms of work, time and money, especially because we’d need to test them with real inhabitants. Therefore we developed a 3D simulator for AAL, with the goal to model different virtual scenarios, controlled in an autonomous way by a virtual caregiver able to take decisions from information received from the sensors/inhabitants, and able to return an output in the form of services. The interface with the simulator is provided by a mobile application, while the built-in sensors of the smartphone make it an element that integrates the simulated environment.
3D Simulation for Ambient Assisted Living: Interaction through Mobile Application / Calvaresi, Paolo; Dragoni, Aldo Franco; Pierdicca, Matteo; Calvaresi, Davide; Sernani, Paolo. - STAMPA. - (2014), pp. 1-11. (Intervento presentato al convegno RTA-CSIT 2014 tenutosi a Tirana, Albania nel 12-13 december 2014).
3D Simulation for Ambient Assisted Living: Interaction through Mobile Application
CALVARESI, Paolo;DRAGONI, Aldo Franco;PIERDICCA, MATTEO;CALVARESI, DAVIDE;SERNANI, PAOLO
2014-01-01
Abstract
Due to the aging of the population western world need technological solutions to improve the quality of life of the elderly/disabled people, helping them to stay independent and autonomous at home. Technologies for e-health need to be tested on real before going to the market. Unfortunately, testing solutions for “Active Assisted Living” in a domotic house requires an enormous effort in terms of work, time and money, especially because we’d need to test them with real inhabitants. Therefore we developed a 3D simulator for AAL, with the goal to model different virtual scenarios, controlled in an autonomous way by a virtual caregiver able to take decisions from information received from the sensors/inhabitants, and able to return an output in the form of services. The interface with the simulator is provided by a mobile application, while the built-in sensors of the smartphone make it an element that integrates the simulated environment.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
