In diagnostics and prognostics field for civil infrastructures, this case study intends to analyze the integration of the IoT paradigm and its applicability in the knowledge of the health state and safety of a masonry structure in the "Sassi" of Matera (Italy). The scientific results provide important impulses for the development of innovative processes, requirements for structural design, technical specification for interoperability and services useful for the implementation of a system to evaluate the level of structural safety of constructions under static and seismic loads. For this purpose, the case study concerns the development of an IoT-WSN cloud platform operating in 5G network for the structural monitoring of S. Domenico Church located in Matera city, Italy.

Development and characterization of an IoT cloud platform operating in 5G network for structural health monitoring of civil constructions / Varasano, A; Fraddosio, A; Piccioni, Md; Andria, G. - (2023), pp. 269-275. [10.1109/MetroLivEnv56897.2023.10164062]

Development and characterization of an IoT cloud platform operating in 5G network for structural health monitoring of civil constructions

Varasano, A;Fraddosio, A;Piccioni, MD;Andria, G
2023-01-01

Abstract

In diagnostics and prognostics field for civil infrastructures, this case study intends to analyze the integration of the IoT paradigm and its applicability in the knowledge of the health state and safety of a masonry structure in the "Sassi" of Matera (Italy). The scientific results provide important impulses for the development of innovative processes, requirements for structural design, technical specification for interoperability and services useful for the implementation of a system to evaluate the level of structural safety of constructions under static and seismic loads. For this purpose, the case study concerns the development of an IoT-WSN cloud platform operating in 5G network for the structural monitoring of S. Domenico Church located in Matera city, Italy.
2023
2023 IEEE International Workshop on Metrology for Living Environment, MetroLivEnv 2023 - Proceedings
978-1-6654-5693-7
IEEE
Development and characterization of an IoT cloud platform operating in 5G network for structural health monitoring of civil constructions / Varasano, A; Fraddosio, A; Piccioni, Md; Andria, G. - (2023), pp. 269-275. [10.1109/MetroLivEnv56897.2023.10164062]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11589/258843
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