Automations can help support the achievement of various types of goals in a smart home. We present an architecture enabling the possibility of supporting user goals consistent with the principles of a circular economy (such as energy saving and waste recycling). It includes meta-design tools for creating automations that better fit user needs and controlling their execution through innovative modalities based on conversational agents and augmented reality, and a home Digital Twin useful for supporting relevant simulations and analytics to understand the potential impact of specific automations on aspects relevant for circular economy.
An architecture for green smart homes controlled by end users
Gallo S.;Mattioli A.;Paterno' F.;
2024
Abstract
Automations can help support the achievement of various types of goals in a smart home. We present an architecture enabling the possibility of supporting user goals consistent with the principles of a circular economy (such as energy saving and waste recycling). It includes meta-design tools for creating automations that better fit user needs and controlling their execution through innovative modalities based on conversational agents and augmented reality, and a home Digital Twin useful for supporting relevant simulations and analytics to understand the potential impact of specific automations on aspects relevant for circular economy.| File | Dimensione | Formato | |
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3656650.3656710.pdf
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Descrizione: An Architecture for Green Smart Homes Controlled by End Users
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Towards an architecture-open.pdf
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Descrizione: This is the Submitted version (preprint) of the following paper: Gallo S. et al. “An Architecture for Green Smart Homes Controlled by End Users”, 2024 submitted to “AVI '24: Proceedings of the 2024 International Conference on Advanced Visual Interfaces”. The final published version is available on the publisher’s website https://dl.acm.org/doi/10.1145/3656650.3656710.
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