METODE MEHAR UNTUK SOLUSI OPTIMAL FUZZY DAN ANALISA SENSITIVITAS PROGRAM LINIER DENGAN VARIABEL FUZZY BILANGAN TRIANGULAR
Abstract: Fuzzy linear
programming problems containing closely with uncertainty about the parameters.
Changes in the value of the parameters without changing the optimal solution or
change the optimal solution is called sensitivity analysis. Sensitivity
analysis is a basic for studying the effect of the changes that occur to the
optimal solution. Linear programming with fuzzy variable is a form of fuzzy
linear program is not fully because there are objective function coefficients
and coefficients of constraints that are crisp numbers. Resolving the problem
of linear programming with fuzzy variables by using mehar method will get
solutions and optimal fuzzy value and solutions and optimal crisp value. To
solve the problem of linear program with fuzzy variable is using mehar, must be
converted beforehand in the form of crisp linear programming. This thesis
explores mehar method to solve linear programming problems with fuzzy variables
with triangular number and a sensitivity analysis on the optimum solution FVLP
so that when there is a change of data of the problem, new solution will remain
optimal.
Keywords: Sensitivity
Analysis, Fuzzy Variable Linear Programming, Mehar Method, Triangular Fuzzy
Number
Penulis: Marlia Ulfa Marlia
Ulfa
Kode Jurnal: jpmatematikadd160298
