IoT is a constantly evolving sector that is widely used in various fields, particularly in the healthcare sector. The following thesis describes the use of Light-Fidelity technology in IoT scenarios, studying its potential to optimize communication and the limitations it presents. Through a rigorous analysis of the scientific literature, various medical applications of Li-Fi were examined, including data transmission in hospital environments and telemedicine, for which insights into the methodologies used and use cases were provided. The research results show the advantages that this innovative technology offers, including the high transmission speed and the important safety guaranteed by the elimination of electromagnetic interference.
L’IoT è un settore in continua evoluzione che trova largo impiego in diversi ambiti, in particolare in quello sanitario. Nel seguente elaborato di tesi viene descritto l’utilizzo della tecnologia Light-Fidelity in scenari IoT, studiando le sue potenzialità per ottimizzare la comunicazione e le limitazioni che essa presenta. Attraverso una rigorosa analisi della letteratura scientifica, sono state esaminate diverse applicazioni medicali del Li-Fi, comprese la trasmissione dati negli ambienti ospedalieri e la telemedicina, per le quali sono stati forniti approfondimenti su metodologie utilizzate e casi d’uso. I risultati della ricerca mostrano i vantaggi che questa tecnologia innovativa offre, incluse l’elevata velocità di trasmissione e l’importante sicurezza, garantita dall’eliminazione delle interferenze elettromagnetiche.
COMUNICAZIONE BASATA SULLA LUCE IN SCENARI IOT PER APPLICAZIONI MEDICALI.
RUGGIERO, ROSANNA
2022/2023
Abstract
IoT is a constantly evolving sector that is widely used in various fields, particularly in the healthcare sector. The following thesis describes the use of Light-Fidelity technology in IoT scenarios, studying its potential to optimize communication and the limitations it presents. Through a rigorous analysis of the scientific literature, various medical applications of Li-Fi were examined, including data transmission in hospital environments and telemedicine, for which insights into the methodologies used and use cases were provided. The research results show the advantages that this innovative technology offers, including the high transmission speed and the important safety guaranteed by the elimination of electromagnetic interference.| File | Dimensione | Formato | |
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TESI_Ruggiero_Rosanna.pdf
File consultabile da postazioni biblioteca
Descrizione: Elaborato finale di tesi.
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3.17 MB
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3.17 MB | Adobe PDF |
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https://hdl.handle.net/20.500.14253/67734