{
    "o:id": 14050,
    "url": "https://chloe.cnr.it/s/BiDiAr/item/14050",
    "o:resource_template": "Academic Article",
    "o:resource_class": "bibo:AcademicArticle",
    "dcterms:title": [
        "Conservation-oriented hbim. the bimexplorer web tool"
    ],
    "dcterms:creator": [
        "Quattrini, Ramona",
        "Pierdicca, Roberto",
        "Morbidoni, Christian",
        "Malinverni, Eva Savina"
    ],
    "dcterms:date": [
        "2017"
    ],
    "dcterms:language": [
        "eng"
    ],
    "dcterms:abstract": [
        "The application of (H)BIM within the domain of Architectural Historical Heritage has huge potential that can be even exploited within the restoration domain. The work presents a novel approach to solve the widespread interoperability issue related to the data enrichment in BIM environment, by developing and testing a web tool based on a specific workflow experienced choosing as the case study a Romanic church in Portonovo, Ancona, Italy. Following the need to make the data, organized in a BIM environment, usable for the different actors involved in the restoration phase, we have created a pipeline that take advantage of BIM existing platforms and semantic-web technologies, enabling the end user to query a repository composed of semantically structured data. The pipeline of work consists in four major steps: i) modelling an ontology with the main information needs for the domain of interest, providing a data structure that can be leveraged to inform the data-enrichment phase and, later, to meaningfully query the data; ii) data enrichment, by creating a set of shared parameters reflecting the properties in our domain ontology; iii) structuring data in a machine-readable format (through a data conversion) to represent the domain (ontology) and analyse data of specific buildings respectively; iv) development of a demonstrative data exploration web application based on the faceted browsing paradigm and allowing to exploit both structured metadata and 3D visualization. The application can be configured by a domain expert to reflect a given domain ontology, and used by an operator to query and explore the data in a more efficient and reliable way. With the proposed solution the analysis of data can be reused together with the 3D model, providing the end-user with a non proprietary tool; in this way, the planned maintenance or the restoration project became more collaborative and interactive, optimizing the whole process of HBIM data collection."
    ],
    "dcterms:isPartOf": [
        "The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences"
    ],
    "bibo:doi": [
        "https://doi.org/10.5194/isprs-archives-XLII-5-W1-275-2017"
    ],
    "bibo:issn": [
        "1682-1750"
    ],
    "bibo:pages": [
        "275-281"
    ],
    "bibo:uri": [
        "https://isprs-archives.copernicus.org/articles/XLII-5-W1/275/2017/"
    ],
    "bibo:volume": [
        "XLII-5-W1"
    ],
    "foaf:homepage": [
        "https://www.zotero.org/groups/5293298/bidiar/items/9T5EJX9N/item-list"
    ]
},