Objective. The Industrial Internet of Things is a key enabling technology for the digitalization of the industrial sector in a 4.0 perspective. The aim of the thesis is to analyze the state of art of Internet of Things industrial solutions in the world and, above all, in Italy and understand the role of IoT in achieving environmental goals and discover the close correlationrelationship between levels of commitment to environmental sustainability and integration of IoT technology in Industry 4.0.Here goes the Abstract in English of your thesis followed by a list of keywords. The Abstract is a concise summary of the content of the thesis (single page of text) and a guide to the most important contributions included in your thesis. The Abstract is the very last thing you write. It should be a self-contained text and should be clear to someone who hasn’t (yet) read the whole manuscript. The Abstract should contain the answers to the main scientific questions that have been addressed in your thesis. It needs to summarize the adopted motivations and the adopted methodological approach as well as the findings of your work and their relevance and impact. The Abstract is the part appearing in the record of your thesis inside POLITesi, the Digital Archive of PhD and Master Theses (Laurea Magistrale) of Politecnico di Milano. The Abstract will be followed by a list of four to six keywords. Keywords are a tool to help indexers and search engines to find relevant documents. To be relevant and effective, keywords must be chosen carefully. They should represent the content of your work and be specific to your field or sub-field. Keywords may be a single word or two to four words. Methodology. Several sources were used for the completion of the thesis. The analysis of the literature has served to obtain an overview of the technologies and properties that characterize the Industrial IoT, as well as the census of a IIoT Database thanks to which the primary trends in the field of the industrial IoT have been analyzed. Subsequently, through a survey sent to large Italian companies, an analysis was carried out to identify the link between technological innovation and the commitment to environmental sustainability in Italy. Conclusion. The result of the thesis focuses on the transition towards a more extensive utilization of IoT and the analysis of the correlationrelationship between technological advancement and the commitment to environmental sustainability in Italy. Through the processing of data collected through the questionnaire a data-value matrix has been created. This work has allowed us to explore the real link between sustainability and IoT technology in the context of Industry 4.0.
Obiettivo. L'Industrial Internet of Things rappresenta una tecnologia abilitante fondamentale per la digitalizzazione del settore industriale in un'ottica 4.0. Lo scopo della tesi è analizzare lo stato dell'arte delle soluzioni industriali Internet of Things nel mondo e, soprattutto, in Italia e comprendere il ruolo dell'IoT nel raggiungimento degli obiettivi ambientali e scoprire la stretta correlazione tra i livelli di impegno per la sostenibilità ambientale e l'integrazione della tecnologia IoT nell'Industria 4.0 italiana. Metodologia. Diverse fonti sono state utilizzate per il completamento della tesi. L'analisi della letteratura è servita per ottenere una panoramica delle tecnologie e delle proprietà che caratterizzano l’Industrial IoT, così come il censimento di un IIoT Database grazie al quale sono state analizzate le tendenze primarie nel campo dell' IoT industriale. Successivamente, attraverso un'indagine inviata alle grandi aziende italiane, è stata effettuata un'analisi relativa ad identificare il legame tra l'innovazione tecnologica e l'impegno verso la sostenibilità ambientale in Italia. Conclusione. Il risultato della tesi si focalizza sula transizione verso un utilizzo più esteso dell'IoT e sull'analisi della correlazione tra l'avanzamento tecnologico e l'impegno verso la sostenibilità ambientale in Italia. Attraverso l'elaborazione dei dati raccolti tramite il questionario è stata creata una matrice dati-valore. Questo lavoro ha permesso di esplorare il reale legame tra sostenibilità e tecnologia IoT nel contesto dell’Industria 4.0.
Industrial IoT: Investigating adoption patterns and relationships with sustainability initiatives
Culmone, Pierangelo
2022/2023
Abstract
Objective. The Industrial Internet of Things is a key enabling technology for the digitalization of the industrial sector in a 4.0 perspective. The aim of the thesis is to analyze the state of art of Internet of Things industrial solutions in the world and, above all, in Italy and understand the role of IoT in achieving environmental goals and discover the close correlationrelationship between levels of commitment to environmental sustainability and integration of IoT technology in Industry 4.0.Here goes the Abstract in English of your thesis followed by a list of keywords. The Abstract is a concise summary of the content of the thesis (single page of text) and a guide to the most important contributions included in your thesis. The Abstract is the very last thing you write. It should be a self-contained text and should be clear to someone who hasn’t (yet) read the whole manuscript. The Abstract should contain the answers to the main scientific questions that have been addressed in your thesis. It needs to summarize the adopted motivations and the adopted methodological approach as well as the findings of your work and their relevance and impact. The Abstract is the part appearing in the record of your thesis inside POLITesi, the Digital Archive of PhD and Master Theses (Laurea Magistrale) of Politecnico di Milano. The Abstract will be followed by a list of four to six keywords. Keywords are a tool to help indexers and search engines to find relevant documents. To be relevant and effective, keywords must be chosen carefully. They should represent the content of your work and be specific to your field or sub-field. Keywords may be a single word or two to four words. Methodology. Several sources were used for the completion of the thesis. The analysis of the literature has served to obtain an overview of the technologies and properties that characterize the Industrial IoT, as well as the census of a IIoT Database thanks to which the primary trends in the field of the industrial IoT have been analyzed. Subsequently, through a survey sent to large Italian companies, an analysis was carried out to identify the link between technological innovation and the commitment to environmental sustainability in Italy. Conclusion. The result of the thesis focuses on the transition towards a more extensive utilization of IoT and the analysis of the correlationrelationship between technological advancement and the commitment to environmental sustainability in Italy. Through the processing of data collected through the questionnaire a data-value matrix has been created. This work has allowed us to explore the real link between sustainability and IoT technology in the context of Industry 4.0.| File | Dimensione | Formato | |
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2023_12_CULMONE.pdf
accessibile in internet solo dagli utenti autorizzati
Descrizione: Quest tesi ha come obiettivo l'analisi dello stato dell'arte delle soluzioni Industrial Internet of Things (IIoT) a livello mondiale e in Italia, con particolare attenzione al ruolo dell'IoT nel raggiungimento degli obiettivi ambientali. La metodologia della tesi include l'analisi della letteratura per comprendere le tecnologie e le proprietà dell'IIoT, il censimento di un IIoT Database per esaminare le tendenze nell'ambito dell'IoT industriale, e un'indagine inviata alle grandi aziende italiane per identificare il legame tra innovazione tecnologica e sostenibilità ambientale. La conclusione della tesi si concentra sulla transizione verso un uso più diffuso dell'IoT e sull'analisi della correlazione tra l'avanzamento tecnologico e l'impegno verso la sostenibilità ambientale in Italia. Utilizzando i dati raccolti attraverso il questionario, è stata creata una matrice dati-valore per esplorare il legame effettivo tra sostenibilità e tecnologia IoT nell'ambito dell'Industria 4.0.
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5.91 MB
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5.91 MB | Adobe PDF | Visualizza/Apri |
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https://hdl.handle.net/10589/214537