CREATING A SYSTEM OF INNOVATIVE KNOWLEDGE MANAGEMENT OF FINISHING WORK ORGANIZATION

  • Volodymyr Koval Kyiv National University of Construction and Architecture, Ukraine
Keywords: intelligent system, rule base, knowledge base, CAD subsystem, decision-making

Abstract

The basic stages of developing an information model of finishing work of the interior of industrial and housing buildings under the control of the developer agent on the construction site are considered in the article. The automation levels in modern CAD systems, which are necessary to ensure the implementation of each stage, are analyzed.

It is proposed a sub-system of formation of information model of decision-making for finishing work, which is able to provide automation of the use of standards, selection of the most optimal solutions based on the algorithm of greed, as well as design solutions to minimize execution time of finishing work with ensuring appropriate quality

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Author Biography

Volodymyr Koval, Kyiv National University of Construction and Architecture

Department of Management in Construction

References

Sorotjuk, T. I., Terenchuk, S. A. (2013). Modeling of design automation connected in framing national team. Construction. Materyalovedenye. Mashinostroenie. Series: Computer sys-tems and Information Technologies in education, science and management, 68.

Kuprienko, O. S., Terenchuk, S. A. (2014). Development of a subsystem of formation of information model of prefabricated steel buildings for industrial use. Construction. Matery-alovedenye. Mashinostroenie. Series: Computer systems and Information Technologies in educa-tion, science and management, 78.

Yeremenko, B. M. (2015). Intelligent design system for diagnosis technical state of objects building. Tehnolohycheskyy audit of reserves and production, 1/2 (21). doi: 10.15587/2312-8372.2015.37506

Koval, V. P. (2015). System approach to the organization of interior decoration in the industrial and housing construction. Science rise, 2/2(7). doi: 10.15587/2313-8416.2015.37940

Koval, V. B. (2014). Matematichne modelyuvannya procesu oblashtuvannya vnutrіshnіx primіshhen civіlnix sporud. Mіzhvіdomchij naukovo-texnіchnij zbіrnik «Budіvelne virobnictvo». Kiev: Naukovo-doslіdnij іnstitut budіvelnogo virobnictva, 57(2), 17–22.

Koval, V. B. (2014). Mіnіmіzacіya vartostі robіt pri oblashtuvannі vnutrіshnіx primіsh-hen. Zbіrnik naukovix prac «Shlyaxi pіdvishhennya efektivnostі budіvnictva v umovax formu-vannya rinkovix vіdnosin». Kiev: KNUBA, 32, 92–98.

Koval, V. B., Dyuzhilova, N. A. (2015). Razrabotka metoda prinyatiya resheniya v otdelochnyx rabotax na osnove nechetkogo logicheskogo vyvoda i znanij eksperta-developera. Naukovo-texnіchnij zbіrnik «Budіvelnі materіali, virobi ta sanіtarna texnіka». Kiev: DP «NDІBMV», 55, 85–92.

Bolotin, S. A. (2015). Organizaciya stroitelnogo proizvodstva. Moscow: Akademiya, 208.

Yureva, T. B. (2011). Effektivnost sistemy upravleniya stroitelnym predpriyatiem na os-nove koncepcii kontrollinga. Molodoj uchenyj, 6, 1, 176–177.

Lapidus, A. A., Telichenko, V. I., Terentev, O. M. (2002). «Texnologiya stroitelnyx pro-cessov». Chast 1. «Vysshaya shkola». Uchebnik dlya studentov VUZ.

Lapidus, A. A., Telichenko, V. I., Terentev, O. M. (2003). «Texnologiya stroitelnyx pro-cessov». Chast 2. «Vysshaya shkola». Uchebnik dlya studentov VUZ.

Barkalov, S. A., Ragimov, F. I., Xickova, E. V., Solovyov, A. V. (2012). Organizaciya stroitelnogo proizvodstva: ucheb. Posobie. Voronezh: ASV.

Rutkovskaya, D., Pilinskij, M., Rutkovskij, L. (2004). Nejronnye seti, geneticheskie al-goritmy i nechetkie sistemy: Per. s polskogo I. D. Rudinskogo. Moscow: Goryachaya lini-ya−Telekom, 452.

Dyakonov, V. P., Kruglov, V. V. (2001). MATLAB. Matematicheskie pakety rasshireni-ya. Specialnyj spravochnik. SPb.: Piter, 480.

Zade, L. (1976). Ponyatie lingvisticheskoj peremennoj i ego primenenie k prinyatiyu priblizhennyx reshenij. Moscow: Mir, 166.

Chernogor, S. A. (2004). S intez kreativnyx podxodov v reshenii prakticheskix siste-mologicheskix zadach. Filosofskaya mysl. Moscow, 5, 68−81.

Chernogor, S. A. (2008). Vvedenie v sinergologiyu i slozhnye sistemy modelirovaniya. Moscow: Nauka, 346.

Shhedrovickij, G. P. (1981). Principy i obshhaya sxema metodologicheskoj organizacii sistemno-strukturnyx issledovanij i razrabotok. Moscow: Nauka, 193−227.

Akoff, R. (1966). Obshhaya teoriya sistem i issledovanie sistem kak protivopolozhnye koncepcii nauki o sistemax. Obshhaya teoriya sistem. Moscow: Mir, 66−80.

Bugaev, A. F. (1985). Strukturnye modeli sistem. Sistemnye issledovaniya i raz-rabotki v geologii. Moscow, 23−29.


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Published
2015-12-31
How to Cite
Koval, V. (2015). CREATING A SYSTEM OF INNOVATIVE KNOWLEDGE MANAGEMENT OF FINISHING WORK ORGANIZATION. EUREKA: Physics and Engineering, (1), 49-54. https://doi.org/10.21303/2461-4262.2015.0008
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Article