Open AccessGENERAL CONCEPT OF CLUSTERING GEOMETRIC OBJECTS
Author(s) -
M. V. Mykytas,
P. P. Teslenko,
S. I. Kushnir
Publication year - 2019
Publication title -
mosti ta tunelì: teorìâ, doslìdžennâ, praktika
Language(s) - English
Resource type - Journals
eISSN - 2413-6212
pISSN - 2227-1252
DOI - 10.15802/bttrp2017/167779
Subject(s) - computer science , originality , cluster analysis , flexibility (engineering) , adaptability , relevance (law) , openness to experience , component (thermodynamics) , data science , value (mathematics) , software engineering , management science , systems engineering , artificial intelligence , engineering , creativity , machine learning , mathematics , psychology , ecology , social psychology , statistics , physics , political science , law , biology , thermodynamics
Purpose. The article outlines the basic theoretical concepts of the general concept of clustering geometric objects, analyzes some areas of its effective practical application. Methodology. To achieve this goal, the authors analyzed some areas of effective practical application of the concept of clustering geometric objects. Relevant examples of modeling cluster organizational structures of the architectural and construction industry were considered. Findings. The relevance of the research performed is substantiated, the advantages of the developed approach are emphasized, in particular, its versatility and flexibility, openness to development, and its adaptability to the implementation of modern computer tools. Prospects for further research in this area are identified. Originality. It was established that the concept can be an effective component of computer information technologies for computer-aided design of various technical objects, in particular, in BIM-technologies. Practical value. Relevant examples of modeling cluster organizational structures of the architectural and construction industry were considered.