Aybeyan Selimi1, Mimica Milošević2, Muzafer Saračević3
1PhD Candidate, International Vision University, Faculty of Informatics, Major C. Filiposki Nr.1, Gostivar, Macedonia
2Faculty of Business Economics and Entrepreneurship, Mitropolita Petra 8, 1100 Belgrade, Serbia
3Associate Professor, International University of Novi Pazar, Department of Computer Science, Dimitrija Tucovica bb. 36 300 Novi Pazar, Serbia
*Corresponding author: Aybeyan Selimi
Email: aybeyan@vizyon.edu.mk
Abstract
The multi-criteria decision support systems are used in various fields
of human activities. In each alternative of the multi-criteria decision making,
the problem could be represented as a set of properties or constraints. Today
the modern societies demand a high degree of mobility in the process of
planning and construction, therefore it is necessary to examine a large number
of different criterions in the decisions. The mobility is an important feature
of life and plays a significant role in people’s activities. This paper
presents a model for the selection of projects of the housing complexes, which
can be integrated into the urban core of the cities and in such case that
encourages frequency of activities and events of employed in IT sector, while
increases the quality of life in the city. The Comparison of predetermined
criteria and determination of their weight has been done with AHP method, and
the best alternative is selected with TOPSIS method. The aim of this study is
to highlight the importance of using of the multi-criteria optimization in the
moments of making complex and important decisions by taking into account the
number of criteria that need to be considered in the course of construction
practice.
How to cite this paper
AHP – TOPSIS Model as a Mathematical Support in the Selection of Project from Aspect of Mobility – Case Study
How to cite this paper: Selimi, A., Milošević, M., Saračević, M. (2018) AHP – TOPSIS Model as a Mathematical Support in the Selection of Project from Aspect of Mobility – Case Study. Journal of Applied Mathematics and Computation, 2(6), 257-265.
http://dx.doi.org/10.26855/ jamc.2018.06.004
