Abstract: Background: While smart objects are present in our cities everywhere, the real aim of the In- ternet of Things is not turned into reality yet. Each smart object is still designated to a specific task and requires proprietary procedures for interaction. Thus, it becomes more necessary to have a connection platform for abstracting the complexity of smart objects and to present their data to the end-users through a simpler interaction procedure. Objective: This paper aims at defining a model that represents a connection/interaction layer between smart objects and people, building a more intuitive human interface towards the Internet of Things. Method: We propose an immersive virtual platform, able to engage end-users and let them be aware of the following strategic factors: where smart objects are deployed in the city, what features/data they of- fer, and how this data represents context for the urban areas. Results: We have developed and tested a prototypical Virtual Environment of Things, within an immer- sive 3D environment in which the user can explore the virtualized urban area and interact with the available smart objects through gestures and affordable Virtual Reality devices. The virtual environment is fed by real-time data produced by a multiprotocol sensing middleware that simplifies the interaction with physical devices through high-level RESTful APIs. Conclusion: Paying attention to interconnection of people and things, this prototype empowers final us- ers with engaging tools in order to enhance the fruition of the IoT paradigm. The developed system was compared with existing solutions and fully tested in a real scenario.
Abstracting IoT Complexity Through an Innovative Virtual Environment of Things
MAINETTI, LUCA;MIGHALI, VINCENZO;PATRONO, Luigi;
2017-01-01
Abstract
Abstract: Background: While smart objects are present in our cities everywhere, the real aim of the In- ternet of Things is not turned into reality yet. Each smart object is still designated to a specific task and requires proprietary procedures for interaction. Thus, it becomes more necessary to have a connection platform for abstracting the complexity of smart objects and to present their data to the end-users through a simpler interaction procedure. Objective: This paper aims at defining a model that represents a connection/interaction layer between smart objects and people, building a more intuitive human interface towards the Internet of Things. Method: We propose an immersive virtual platform, able to engage end-users and let them be aware of the following strategic factors: where smart objects are deployed in the city, what features/data they of- fer, and how this data represents context for the urban areas. Results: We have developed and tested a prototypical Virtual Environment of Things, within an immer- sive 3D environment in which the user can explore the virtualized urban area and interact with the available smart objects through gestures and affordable Virtual Reality devices. The virtual environment is fed by real-time data produced by a multiprotocol sensing middleware that simplifies the interaction with physical devices through high-level RESTful APIs. Conclusion: Paying attention to interconnection of people and things, this prototype empowers final us- ers with engaging tools in order to enhance the fruition of the IoT paradigm. The developed system was compared with existing solutions and fully tested in a real scenario.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
