The recent advances in smart devices and communication technologies offer many opportunities to the creation of innovative smart environments and services. In particular, there is a strong interest about smart homes and energy-cost control services. Indeed, firstly the residential sector has been proved to be one of the most energy-intensive [Bertoldi et al. 2012]; secondly a lot of research recently focuses on smart device connectivity issues and information management models [Kofler et al. 2012] as well as energy efficiency architectures and services for the smart home [Torunski et al. 2012]. However, energy control is only one of the possible enabling functionalities; in fact, smart homes can make several intelligent objects cooperate each other to achieve higher performances and support the users’ everyday life: higher safety, better comfort, improved quality of life, reduced operative costs, or assisted living functionalities.
Designing and simulating smart home environments and related services / Peruzzini, Margherita; Capitanelli, A; Papetti, A; Germani, M.. - STAMPA. - 1:(2014), pp. 1145-1156. (Intervento presentato al convegno Design 2014 tenutosi a Catvat-Dubrovnik nel 19-22 May).
Designing and simulating smart home environments and related services
PERUZZINI, MARGHERITA;
2014
Abstract
The recent advances in smart devices and communication technologies offer many opportunities to the creation of innovative smart environments and services. In particular, there is a strong interest about smart homes and energy-cost control services. Indeed, firstly the residential sector has been proved to be one of the most energy-intensive [Bertoldi et al. 2012]; secondly a lot of research recently focuses on smart device connectivity issues and information management models [Kofler et al. 2012] as well as energy efficiency architectures and services for the smart home [Torunski et al. 2012]. However, energy control is only one of the possible enabling functionalities; in fact, smart homes can make several intelligent objects cooperate each other to achieve higher performances and support the users’ everyday life: higher safety, better comfort, improved quality of life, reduced operative costs, or assisted living functionalities.
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