Path: Top -> Journal -> Jurnal Internasional -> Fuzzy Information and Engineering -> 2018 -> Volume 10, Issue 4

Iterative Solution Process for Multiple Objective Stochastic Linear Programming Problems Under Fuzzy Environment

Journal from gdlhub / 2021-08-26 15:15:19
Oleh : Arindam Garai, Palash Mandal & Tapan Kumar Roy, Fuzzy Information and Engineering
Dibuat : 2021-08-26, dengan 0 file

Keyword : Main objective function, trade-off ratio, chance-constrained programming, expectation model, fuzzy multi-objective optimisation, stochastic optimisation
Url : http://www.tandfonline.com/doi/full/10.1080/16168658.2020.1750871
Sumber pengambilan dokumen : Web

This article presents one interactive algorithm, and thereby determines the Pareto optimal solution to multi-objective stochastic linear programming (MOSLP) problems in real-life oriented fuzzy environment. Among the various objective functions, there always exists one objective function, referred to as the main objective function in this article, to multi-objective models, whose optimal value is most vital to decision-makers. When the optimal value to main objective function meets the pre-determined aspiration level, and the corresponding values to other objective functions are satisfactory in nature, that Pareto optimal solution is acceptable to decision-makers. Again, in several existing interactive fuzzy optimisation methods to MOSLP models, all reference membership levels of expectations to objective functions are considered as a unity. However, this seems to be less rational that the expectation of each conflicting objective function simultaneously attains the individual goal. So, the present article proposes to employ the trade-off ratios of membership functions to analytically determine reference membership levels in a fuzzy environment. Numerical applications further illustrate this algorithm. Finally, conclusions are drawn.

Deskripsi Alternatif :

This article presents one interactive algorithm, and thereby determines the Pareto optimal solution to multi-objective stochastic linear programming (MOSLP) problems in real-life oriented fuzzy environment. Among the various objective functions, there always exists one objective function, referred to as the main objective function in this article, to multi-objective models, whose optimal value is most vital to decision-makers. When the optimal value to main objective function meets the pre-determined aspiration level, and the corresponding values to other objective functions are satisfactory in nature, that Pareto optimal solution is acceptable to decision-makers. Again, in several existing interactive fuzzy optimisation methods to MOSLP models, all reference membership levels of expectations to objective functions are considered as a unity. However, this seems to be less rational that the expectation of each conflicting objective function simultaneously attains the individual goal. So, the present article proposes to employ the trade-off ratios of membership functions to analytically determine reference membership levels in a fuzzy environment. Numerical applications further illustrate this algorithm. Finally, conclusions are drawn.

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