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BabelNet Workshop 2016 - Making sense of building data and building product data

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BabelNet Workshop 2016 - Making sense of building data and building product data

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Presentation at the 2016 BabelNet Workshop on 2 March 2016 IN Luxembourg (http://babelnet.org/lux): "Making sense of building data and building product data". Together with Thomas Krijnen (TUEindhoven) and Jakob Beetz (TUEindhoven). The paper is available at http://babelnet.org/lux/index.html#program_section.

Presentation at the 2016 BabelNet Workshop on 2 March 2016 IN Luxembourg (http://babelnet.org/lux): "Making sense of building data and building product data". Together with Thomas Krijnen (TUEindhoven) and Jakob Beetz (TUEindhoven). The paper is available at http://babelnet.org/lux/index.html#program_section.

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BabelNet Workshop 2016 - Making sense of building data and building product data

  1. 1. Making sense of building data and building product data Pieter Pauwels Ghent University, Belgium Thomas Krijnen, Jakob Beetz Eindhoven University of Technology, Netherlands
  2. 2. What is BIM?
  3. 3. Hannus, M. (1998) Islands of automation in construction http://cic.vtt.fi/hannus/islands/index.html
  4. 4. Making sense of building data and building product data Pieter Pauwels Ghent University, Belgium Thomas Krijnen, Jakob Beetz Eindhoven University of Technology, Netherlands
  5. 5. A common language
  6. 6. INDUSTRY FOUNDATION CLASSES (IFC) HTTP://WWW.BUILDINGSMART-TECH.ORG/
  7. 7. Pauwels et al., 2011. A semantic rule checking environment for building performance checking. Automation in Construction 20 (2011) 506–518 Directed labelled RDF graphs
  8. 8. Pieter Pauwels and Walter Terkaj, EXPRESS to OWL for construction industry: towards a recommendable and usable ifcOWL ontology. Automation in Construction 63: 100-133 (2016).
  9. 9. ifcOWL ontologies available Ifc2x_all_lf.exp IFC2X2_ADD1.exp IFC2X2_FINAL.exp IFC2X2_PLATFORM.exp IFC2X3_Final.exp IFC2X3_TC1.exp IFC4.exp IFC4_ADD1.exp not supported not supported not supported not supported IFC2X3_Final.owl / .ttl IFC2X3_TC1.owl / .ttl IFC4.owl / .ttl IFC4_ADD1.owl / .ttl https://w3id.org/ifc/IFC4_ADD1 http://w3id.org/ifc/IFC4 http://w3id.org/ifc/IFC2X3_Final http://w3id.org/ifc/IFC2X3_TC1
  10. 10. Axioms 21306 Logical Axioms 13649 Classes 1230 Object properties 1578 Data properties 5 Individuals 1627 DL expressivity SROIQ(D) SubClassOf axioms 4622 EquivalentClasses axioms 266 DisjointClasses axioms 2429 SubObjectPropertyOf axioms 1 InverseObjectProperties axioms 94 FunctionalObjectProperty axioms 1441 TransitiveObjectProperty axioms 1 ObjectPropertyDomain axioms 1577 ObjectPropertyRange axioms 1576 FunctionalDataProperty axioms 5 DataPropertyDomain axioms 5 DataPropertyRange axioms 5 Pieter Pauwels and Walter Terkaj, EXPRESS to OWL for construction industry: towards a recommendable and usable ifcOWL ontology. Automation in Construction 63: 100-133 (2016).
  11. 11. 14 Including a RESTful web interface Public demo server: http://smartlab1.elis.ugent.be:8889/IFC-repo/
  12. 12. Number of Building Models: 369 Public demo server: http://smartlab1.elis.ugent.be:8889/IFC-repo/ P. Pauwels, T. Mendes de Farias, C. Zhang, et al. A performance benchmark over semantic rule-checking approaches in construction industry. Advanced Engineering Informatics (2016, under review).
  13. 13. Number of Building Models: 369 Public demo server: http://smartlab1.elis.ugent.be:8889/IFC-repo/ P. Pauwels, T. Mendes de Farias, C. Zhang, et al. A performance benchmark over semantic rule-checking approaches in construction industry. Advanced Engineering Informatics (2016, under review).
  14. 14. 17 Image courtesy: Jakob Beetz, TU Eindhoven
  15. 15. ADDED VALUE IN COMBINATION WITH DATA DICTIONARIES
  16. 16. http://bsdd.buildingsmart.org/
  17. 17. Slide adapted from slide 14 in Roger Grant’s buildingSMART presentation (2013): http://projects.buildingsmartalliance.org/files/?artifact_id=5148
  18. 18. Slide adapted from slide 14 in Roger Grant’s buildingSMART presentation (2013): http://projects.buildingsmartalliance.org/files/?artifact_id=5148
  19. 19. http://bsdd.buildingsmart.org/
  20. 20. Sample bSDD Concept ‘Calcium Silicate Board’ <bsdd:3MyXi0NvmHt00000PR1IRl> a owl:Class ; rdfs:comment "Bygningsplate basert p kalsiumsilikat (sement, kisel og kalk), med armering av cellulosefiber. Platene fremstilles ved autoklavherding. Benyttes innendrs i miljer hvor det stilles krav til fuktbestandighet og brannbeskyttelse."@nb-no ; rdfs:comment "Building board based on calcium silicate (cement, silica and mortar), with reinforcement of cellulose filament. The boards being produced by autoclave curing. Being used in environments with demands to moisture resistance and fire protection."@en ; rdfs:label "Calcium silicate board"@en, rdfs:label "Kalsiumsilikatplate"@nb-no ; :conceptType "SUBJECT" ; :guid "3MyXi0NvmHt00000PR1IRl" ; :status "DRAFT" ; :versionDate "2007.09.10" ; :versionId "1 2007.09.10" . http://bw-dssv16.bwk.tue.nl:8080/openrdf-workbench/repositories/bsdd/summary Triple count: 986161
  21. 21. TO CONCLUDE
  22. 22. 25 Image courtesy: Jakob Beetz, TU Eindhoven
  23. 23. Mapping between concepts in diverse dictionaries http://bw-dssv19.bwk.tue.nl/interlink/
  24. 24. Content management and dissemination strategy?
  25. 25. Thank you Pieter Pauwels pipauwel.pauwels@ugent.be Thomas Krijnen t.f.krijnen@tue.nl Jakob Beetz j.beetz@tue.nl

Notes de l'éditeur


  • one 3D model
    objects (walls, windows, floors) instead of lines and points
    focus on information management
  • 1230 OWL classes
    1578 object properties
    1627 individuals
  • 1230 OWL classes
    1578 object properties
    1627 individuals
  • 1230 OWL classes
    1578 object properties
    1627 individuals

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