CHARACTERIZATION OF LU-EFFICIENCY AND SADDLE-POINT CRITERIA FOR F-APPROXIMATED MULTIOBJECTIVE INTERVAL-VALUED VARIATIONAL PROBLEMS

Characterization of LU-efficiency and saddle-point criteria for F-approximated multiobjective interval-valued variational problems

Characterization of LU-efficiency and saddle-point criteria for F-approximated multiobjective interval-valued variational problems

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This paper aims to find a solution of interval uncertainty to Sailor Moon multiobjective variational problems.For this, we consider an interval-valued multiobjective variational problem.Then, by using the modified F-objective function method, we construct associated interval-valued multiobjective variational problem with the modified F-objective functions.We establish a relationship between LU-pareto optimal solution of original problem and its associated modified problem by using the concept of LU-F-convexity and LU-F-pseudoconvexity.

Further, we define LU-Lagrange function and its saddle point to discuss the efficient solution of original problem through Quality Gold RCA Plugs it.We provide an example to validate our results numerically.

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