Civil Engineering Reference
In-Depth Information
Literatur
1. Gruber TR (1993) A translation approach to portable ontology specifications. Knowl Acquis 5
2. Fischer M, Aalami F (1995) Scheduling with computer-interpretable construction method mo-
dels, CIFE working paper, Center for Integrated Facility Engineering, Stanford, CA, June
3. Huhnt W, Richter S, Wallner S, Habashi T, Krämer T (2010) Data management for animation
of construction processes. J Adv Eng Inform 24(4):404-416
4. Huhnt W (2005) Generating sequences of construction tasks. In: Proceedings of 22nd of W78
conference on information technology in construction, Dresden, Germany, S 17-22
5. König M, Beucke K, Tauscher E (2006) Management and evaluation of alternative construction
tasks. In: Joint international conference on computing and decision making in civil and building
engineering, June 14-16, Montreal, Canada
6. Beißert U, König M, Bargstädt HJ (2007) Constraint-based simulation of outfitting processes in
building engineering. In: Proc 24th international conference managing IT in construction CIB
W078, Maribor, Slovenia
7. Wu IC, Borrmann A, Beißert U, König M, Rank E (2010) Bridge construction schedule ge-
neration with pattern-based construction methods and constraint-based simulation. J Adv Eng
Inform 24(4):379-388
8. Dzeng RJ, Lee H-J (2004) Critiquing contractors' scheduling by integrating rule-based and case-
based reasoning. J Autom Constr 13(5):665-678
9. Antoniou G, Damásio CV, Grosof B, Horrocks I, Kifer M, Małuszy nski J, Peter F (2005) Com-
bining rules and ontologies. A survey. REWERSE-DEL-2005-I3-D3
10. Xuejun C, Yunhe P (1990) Automated design of house-floor layout with distributed planning.
Comput Aided Des 22(4):213-220
11. Ganeshan R, Stumpf A, Chin S, Liu L, Harrison B (1996) Integrating object-oriented CAD and
rule-based technologies for construction planning. US Army Corps of Engineering - Construc-
tion Engineering Research Laboratories
12. Wei G, Bai W, Yin M, Zhnag S (2010) Building the knowledge base to support the automatic
animation generation of Chinese traditional architecture. In: Knowledge science, engineering
and management, 4th international conference, KSEM 2010, Belfast, Northern Ireland, UK
13. Sandberg M, Johnsson H, Larsson T (2008) Knowledge-based engineering in construction: the
prefabricated timber housing case. ITcon 13:408-420. http://www.itcon.org/2008/26
14. Böhms M, Bonsma P, Bourdeau M, Kazi AS (2009) Semantic product modelling and con-
figuration: challenges and opportunities. ITcon 14:507-525. Special issue Next generation
construction IT: technology foresight, future studies, roadmapping, and scenario planning.
http://www.itcon.org/2009/33
15. Ciuksys D, Caplinskas A (2007) Reusing ontological knowledge about business processes in IS
engineering: process
16. Hagen M (2001) Ein Referenzmodell für Online-Transaktionssysteme im Electronic Govern-
ment. Rainer Hampp Verlag, München und Mering, ISBN 3-87988-612-1
17. Rybenko K, Katranuschkov P, Scherer RJ (2010) Towards ontology based business process ma-
nagement in construction. In: Menzel K, Scherer R (Hrsg) eWork and eBusiness in architecture,
engineering and construction, European conference on product and process modelling 2010.
CRC Press/Balkema, Boca Raton/Rotterdam
18. Rupprecht C (2002) Ein Konzept zur projektspezifischen Individualisierung von Prozessmodel-
len. Dissertation, Universität Karlsruhe, Fakultät für Wirtschaftswissenschaften
19. Keller M (2007) Informationstechnisch unterstützte Kooperation bei Bauprojekten (IT suppor-
ted co-operation in construction projects). Dissertation, Report No 6, Institute of Construction
Informatics, TU Dresden (in German)
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