The proposal focuses on the creation of a City Information Modelling (CIM) model of the medieval village of Castelnuovo di Porto. Its historical architectural layering spans four centuries and presents a complex combination of architectural elements that represent an excellent field for analysis and experimentation. Starting from the meaning of the concept of the architectural model in its historical evolution, the proposal will analyse the integration of the CIM model with European standards and directives, such as ISO 37120 and ISO 37122, which define and realise the standards expected for sustainable and smart cities. The aim is to link the 3D CIM model to the scientific processes of surveying. In order to create an informed and responsive CIM model, we will integrate into the model static data from OpenData and the surveying process. The intention is to create a reliable CIM model, which is created from the integration of a multiplicity of data, including from the surveying process. The experimentation involves the application of 3D modeling and data development processes, using operational tools and 3D model software widely recognized in the scientific field, and also exploring integrated 3D modeling processes for complex surfaces, such as mesh surfaces generated directly from point clouds. The further implementation of Sub-D surfaces, which are to be integrated into the 3D model, improves the handling of the 3D model and its visualisation. The research will conclude with the theoretical and conceptual structuring of the “Hypermodel” as a responsive system, embedded in a database consisting of integrated data from multiple sources, including static data from City Information Modeling processes and dynamic data from the Internet of Things (IoT). The resulting hypermodel will constitute an evolution of the Urban 3D model (CIM) and be capable of handling dynamic data from IoT and WebData, updating with each data exchange. The hypermodel offers a multidimensional and immersive approach to information, accessible to a wide range of users. The research aims to make a significant contribution to the knowledge and management of historical heritage, integrating heterogeneous processes and methodologies, to provide a reliable and thorough methodology to preserve and enhance historical villages such as Castelnuovo di Porto.
La ricerca si concentra sulla costruzione di un modello City Information Modeling del borgo medioevale di Castelnuovo di Porto. La stratificazione storica che lo caratterizza, di oltre quattro secoli di evoluzione urbana, presenta una complessa combinazione di elementi architettonici e rappresenta un terreno fertile per la sperimentazione. Partendo dal concetto teorico di modello architettonico, nelle sue evoluzioni storiche, si arriva ad analizzare la sua integrazione con i nuovi obiettivi fissati dalle normative e direttive europee, come la ISO 37120 e la ISO 37122, costituite per la definizione e il raggiungimento degli standard fissati per le città sostenibili e smart. Fondamentale è il ruolo del rilievo, poiché lega ai processi scientifici la costruzione del modello. L’integrazione dei dati statici del borgo, provenienti dagli OpenData e dai processi di rilievo, definiscono i processi del City Information Modeling per la costituzione di un modello informato e responsivo. L’eterogeneità dei dati definisce semanticamente il modello come “repository”, fortemente legato ai processi scientifici del rilievo che ne attestano l’attendibilità. La sperimentazione coinvolge l'applicazione di processi di modellazione e sviluppo dei dati, utilizzando strumenti operativi ampiamente riconosciuti nel campo scientifico, esplorando anche processi integrati nella definizione di superfici complesse, come le superfici generate da operazioni di meshing, direttamente dai dati di rilievo. L’implementazione ulteriore delle superfici Sub-D per modellare geometrie complesse, integrandole al modello, migliora la gestione della forma e della visualizzazione del modello. La ricerca si conclude con la strutturazione teorica e concettuale dell’ "Hypermodel" come sistema responsivo, inserito in piattaforme dialoganti con i dati statici derivanti dai processi del City Information Modeling e con i dati dinamici provenienti dall'Internet of Things (IoT). L’implementazione al suo interno costituisce l’effettiva responsività del modello stesso, offrendo un approccio multidimensionale ed immersivo all'informazione, rendendolo accessibile ad un'ampia gamma di utenti. La ricerca vuole offrire un contributo significativo alla comprensione e alla gestione del patrimonio storico, integrando processi e metodologie eterogenee, per preservare e valorizzare centri storici come Castelnuovo di Porto.
City information modeling: processi e gestione di modelli integrati / Tarquini, Lorenzo. - (2024 Jan 11).
City information modeling: processi e gestione di modelli integrati
TARQUINI, LORENZO
11/01/2024
Abstract
The proposal focuses on the creation of a City Information Modelling (CIM) model of the medieval village of Castelnuovo di Porto. Its historical architectural layering spans four centuries and presents a complex combination of architectural elements that represent an excellent field for analysis and experimentation. Starting from the meaning of the concept of the architectural model in its historical evolution, the proposal will analyse the integration of the CIM model with European standards and directives, such as ISO 37120 and ISO 37122, which define and realise the standards expected for sustainable and smart cities. The aim is to link the 3D CIM model to the scientific processes of surveying. In order to create an informed and responsive CIM model, we will integrate into the model static data from OpenData and the surveying process. The intention is to create a reliable CIM model, which is created from the integration of a multiplicity of data, including from the surveying process. The experimentation involves the application of 3D modeling and data development processes, using operational tools and 3D model software widely recognized in the scientific field, and also exploring integrated 3D modeling processes for complex surfaces, such as mesh surfaces generated directly from point clouds. The further implementation of Sub-D surfaces, which are to be integrated into the 3D model, improves the handling of the 3D model and its visualisation. The research will conclude with the theoretical and conceptual structuring of the “Hypermodel” as a responsive system, embedded in a database consisting of integrated data from multiple sources, including static data from City Information Modeling processes and dynamic data from the Internet of Things (IoT). The resulting hypermodel will constitute an evolution of the Urban 3D model (CIM) and be capable of handling dynamic data from IoT and WebData, updating with each data exchange. The hypermodel offers a multidimensional and immersive approach to information, accessible to a wide range of users. The research aims to make a significant contribution to the knowledge and management of historical heritage, integrating heterogeneous processes and methodologies, to provide a reliable and thorough methodology to preserve and enhance historical villages such as Castelnuovo di Porto.File | Dimensione | Formato | |
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