In this paper, the study of multiobjective variational problems with time delay is introduced. We provide methods for identifying Pareto optimal solutions. We also prove necessary and sufficient optimality conditions ...
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In this paper, the study of multiobjective variational problems with time delay is introduced. We provide methods for identifying Pareto optimal solutions. We also prove necessary and sufficient optimality conditions for the isoperimetric problem with multiple constraints and delayed arguments.
In this paper, we use the -approximation method for a class of non-convex multiobjective variational problems with invex functionals. In this approach, for the considered multiobjectivevariational problem, the associ...
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In this paper, we use the -approximation method for a class of non-convex multiobjective variational problems with invex functionals. In this approach, for the considered multiobjectivevariational problem, the associated -approximated multiobjectivevariational problem is constructed at the given feasible solution. The equivalence between (weakly) ecient solutions in the original multiobjectivevariational problem and its associated -approximated multiobjectivevariational problem is established under invexity hypotheses.
In this paper, Mond-Weir and Wolfe type duals for multiobjectivevariational control problems are formulated. Several duality theorems are established relating efficient solutions of the primal and dual multiobjective...
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In this paper, Mond-Weir and Wolfe type duals for multiobjectivevariational control problems are formulated. Several duality theorems are established relating efficient solutions of the primal and dual multiobjectivevariational control problems under -invexity. The results generalize a number of duality results previously established for multiobjectivevariational control problems under other generalized convexity assumptions.
In this paper, we extend the notions of (Phi, rho)-invexity and generalized (Phi, rho)-invexity to the continuous case and we use these concepts to establish sufficient optimality conditions for the considered class o...
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In this paper, we extend the notions of (Phi, rho)-invexity and generalized (Phi, rho)-invexity to the continuous case and we use these concepts to establish sufficient optimality conditions for the considered class of nonconvex multiobjectivevariational control problems. Further, multiobjectivevariational control mixed dual problem is given for the considered multiobjectivevariational control problem and several mixed duality results are established under (Phi, rho)-invexity.
In the paper, we introduce the concepts of -type I and generalized -type I functions for a new class of nonconvex multiobjectivevariational control problems. For such nonconvex vector optimization problems, we prove ...
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In the paper, we introduce the concepts of -type I and generalized -type I functions for a new class of nonconvex multiobjectivevariational control problems. For such nonconvex vector optimization problems, we prove sufficient optimality conditions for weakly efficiency, efficiency and properly efficiency under assumptions that the functions constituting them are -type I and/or generalized -type I objective and constraint functions. Further, for the considered multiobjectivevariational control problem, its dual multiobjectivevariational control problem is given and several duality results are established under (generalized) -type I objective and constraint functions.
Necessary and sufficient conditions are established for properly efficient solutions of a class of nonsmooth nonconvex variationalproblems with multiple fractional objective functions and nonlinear inequality constra...
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A pair of symmetric dual multiobjectivevariational mixed integer programs for the polars of arbitrary cones are formulated, which some primal and dual variables are constrained to belong to the set of integers. Under...
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A pair of symmetric dual multiobjectivevariational mixed integer programs for the polars of arbitrary cones are formulated, which some primal and dual variables are constrained to belong to the set of integers. Under the separability with respect to integer variables and partial-invexity assumptions on the functions involved, we prove the weak, strong, converse and self-duality theorems to related minimax efficient solution. These results include some of available results. (c) 2006 Elsevier B.V. All rights reserved.
The concept of efficiency is used to formulate duality for multiobjective fractional control problems. Wolfe and Mond-Weier-type duals are formulated. Using the generalized (F, rho)-convexity on the functions involved...
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The concept of efficiency is used to formulate duality for multiobjective fractional control problems. Wolfe and Mond-Weier-type duals are formulated. Using the generalized (F, rho)-convexity on the functions involved, we establish the weak and strong duality theorems for multiobjective fractional generalized control problems. (C) 2004 Elsevier Ltd. All rights reserved.
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