2017
DOI: 10.1016/j.autcon.2017.10.002
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A simplified relational database schema for transformation of BIM data into a query-efficient and spatially enabled database

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Cited by 81 publications
(54 citation statements)
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“…The sub-category that is most investigated in this area is information integration, using different techniques, such as data warehouse [21], agent-based web services [22], linking data in the cloud [23,24], a relational database and real-time data [25,26], a semantic web ontology [27,28], and using data mining techniques to extract useful information from BIM models to support FM activities during the O &M phase [29,30]. Other studies focused on integrating different technological systems rather than integrating the required FM information, for instance, integrating BIM with RFID tags to capture lifecycle information (Motamedi and Hammad 2009); [31,32], applying machine learning concept and raw sensor data [33], 2D barcode and mobile devices [34], a BIM/GIS-based information extraction (Mignard and Nicolle 2014); [35].…”
Section: Sub-category: Life Cycle Information Integrationmentioning
confidence: 99%
“…The sub-category that is most investigated in this area is information integration, using different techniques, such as data warehouse [21], agent-based web services [22], linking data in the cloud [23,24], a relational database and real-time data [25,26], a semantic web ontology [27,28], and using data mining techniques to extract useful information from BIM models to support FM activities during the O &M phase [29,30]. Other studies focused on integrating different technological systems rather than integrating the required FM information, for instance, integrating BIM with RFID tags to capture lifecycle information (Motamedi and Hammad 2009); [31,32], applying machine learning concept and raw sensor data [33], 2D barcode and mobile devices [34], a BIM/GIS-based information extraction (Mignard and Nicolle 2014); [35].…”
Section: Sub-category: Life Cycle Information Integrationmentioning
confidence: 99%
“…As a common standard of information exchange, openBIM can not only participate information exchange, but also support information exchange through its standard data transformation. For example, to transform BIM data into a form which can be easily queried, Solihin et al focused on the definition of a schema and transformation rules and proposed a methodology to transform IFC files to the BIMRL schema (an open and queryable database schema), which can realize flexible and efficient queries into the BIM data using standard SQL [61]. Oldfield et al followed a standard BIM approach of first defining the requirements using IDM and then translating the process described in the IDM into technical requirements through the use of MVD.…”
Section: Information Exchange By Openbim Transformation 1 Use Openbimentioning
confidence: 99%
“…Use openBIM only Solihin et al [61] IFC to BIMRL Oldfield et al [62] IDM to MVD openBIM combined with ontology Terkaj et al [63] IFC EXPRESS to OWL Le et al [64] LandXML to RDF Lee et al [65] OWL/XML to mvdXML Pauwels et al [66] IFC EXPRESS to OWL…”
Section: Literature Openbim Transformationmentioning
confidence: 99%
“…BIM, which helps improve the efficiency in the construction industry, is not simply integrating digital information, but a digital information model that can be used to design, build, and operate [29][30][31]. The role of BIM throughout the life of construction project is shown in Figure 1.…”
Section: Catia-based Bim Technologymentioning
confidence: 99%