%0 Journal Article
%T Modified PROMETHEE Approach for Solving Multi-Criteria Location Problems with Complex Criteria Functions
%A Karaka£¿i£¿
%A Mirko
%A Kolarevi£¿
%A Milan
%A Markovi£¿*
%A Goran
%A Zdravkovi£¿
%A Neboj£¿a
%J -
%D 2020
%R 10.17559/TV-20190225151515
%X Sa£¿etak The specific problem that occurs in multi-criteria decision-making (MCDM) processes is ranking a number of alternatives using complex criteria functions (the hierarchical structure of criteria) whose values must consider the impacts of all-important characteristics and parameters of alternatives. The problem becomes more complex by increasing the number of levels of sub-criteria functions (degree of decomposition). This paper proposes an extended procedure based on the mean values conversion of the net outranking flow of sub-criterion functions obtained by modified PROMETHEE methods. The actual value of criterion functions is used only at the last level, and transformed values of the net outranking flow for generating a final rank of alternatives are introduced at other levels. This procedure provides a more objective comparison of the impact of various individual criteria to rank the alternatives and easier making of unique solution, where the impact of decision-maker (DM) experience and subjective estimation is minimised in the selection. Applicability and practicability of the presented procedure for solving the selection problem of a logistics warehouse location are demonstrated in the analysis of a case study example
%K criterion function
%K decision-making
%K location problem
%K multi-criteria optimization
%K PROMETHEE
%U https://hrcak.srce.hr/index.php?show=clanak&id_clanak_jezik=340368