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A platform for research: civil engineering, architecture and urbanism
Technology Selection For Construction Project, With The Use Of Fuzzy Preference Relation
Abstract Article deals with the problem of technology selection for construction project. Three criteria were proposed: cost, time and technological complexity. To solve the problem, fuzzy preference relations were used. Authors present an algorithm supporting multi-criteria decision-making process. The algorithm creates fuzzy preference relations on the basis of the fuzzy comparison: “$ x_{i} $ is better than $ x_{j} $”. Then, with the use of criteria weights it creates general fuzzy preference relation, finds all non-dominated (admissible) alternatives and the best one among them. The algorithm consists of 7 steps. Authors show application of the proposed algorithm - example calculations.
Technology Selection For Construction Project, With The Use Of Fuzzy Preference Relation
Abstract Article deals with the problem of technology selection for construction project. Three criteria were proposed: cost, time and technological complexity. To solve the problem, fuzzy preference relations were used. Authors present an algorithm supporting multi-criteria decision-making process. The algorithm creates fuzzy preference relations on the basis of the fuzzy comparison: “$ x_{i} $ is better than $ x_{j} $”. Then, with the use of criteria weights it creates general fuzzy preference relation, finds all non-dominated (admissible) alternatives and the best one among them. The algorithm consists of 7 steps. Authors show application of the proposed algorithm - example calculations.
Technology Selection For Construction Project, With The Use Of Fuzzy Preference Relation
Ibadov, N. (author) / Rosłon, J. (author)
2015
Article (Journal)
Unknown
Technology Selection For Construction Project, With The Use Of Fuzzy Preference Relation
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