METHOD FOR OPERATING ON AN ENVIRONMENT

A method of operating on an environment (100) comprising the steps of capturing one or more image streams of the environment (10); generating one or more environment-representative signals (Setl) as a function of the captured image streams; acquiring one or more environment datasets (Set2); sending...

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Bibliographische Detailangaben
Hauptverfasser: Maffione, Eugenio Maria, Demaria, Andrea
Format: Patent
Sprache:eng ; fre ; ger
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Zusammenfassung:A method of operating on an environment (100) comprising the steps of capturing one or more image streams of the environment (10); generating one or more environment-representative signals (Setl) as a function of the captured image streams; acquiring one or more environment datasets (Set2); sending the environment-representative signals (Setl) and the environment datasets (Set2) to the intermediate processing unit (1300); generating an environment signal (Se) as a function of the representative signals (Setl) and the environment dataset (Set2); sending the environment signal (Se) to the central processing unit (1400); comparing the environment signal (Se) with reference signals (Sr) associated with the selected environment (10); generating, using data processing algorithms, residing in the central processing unit (1400) as a function of the comparison between the environment signal (Se) and the reference signals (Sr): an action signal (Sa) representative of an operation to be performed on the selected environment (10); or a periodic monitoring signal (Sm); generating a plurality of operation signals (L) representative of operations to be performed on the environment (10) as a function of the environment signal (Se) generated if an action signal (Sa) is generated; generating a first activity completion signal (Scl) or a second activity completion signal (SC2) as a function of a confirmation signal (Scon); repeating the steps from acquiring one or more environment-related image streams (10) to generating action signals (Sa) or periodic environment monitoring signals (Sm) as a function of the completion signals (SC1, SC2) and the periodic environment monitoring signal (Sm).