AbstractWe extend the concepts of B-type I and generalized B-type I functions to the continuous case and we use these concepts to establish sufficient optimality conditions and duality results for multiobjective variational programming problems
AbstractMultiple objective programming problems with the concept of weak minima are extended to mult...
AbstractThe concept of efficiency is used to formulate duality for nondifferentiable multiobjective ...
A multiobjective variational problem involving higher order derivatives is considered and optimality...
We use −(,)--type-I and generalized −(,)--type-I functions to establish sufficient optimality condit...
In this paper, we consider the multiobjective variational problem. We propose a class of generalized...
AbstractWe extend the concepts of B-type I and generalized B-type I functions to the continuous case...
AbstractA class of BF-type I functions and its extensions are introduced in the continuous case, an ...
In this paper, we generalize the (V, p)-invexity denned for nonsmooth multiobjective fractional prog...
In this paper we move forward in the study of duality and efficiency in multiobjective variational p...
AbstractIn this paper, we introduce new classes of generalized V-type I invex functions for variatio...
In this paper, we generalize the notion of B-(p, r)-invexity introduced by Antczak in [A class of B-...
Tyt. z nagłówka.Bibliogr. s. 680-681.In this paper, we generalize the notion of B-(p, r)-invexity in...
In the paper, we introduce the concepts of G-type I and generalized G-type I functions for a new cl...
AbstractThe concept of mixed-type duality has been extended to the class of multiobjective variation...
AbstractMultiple objective programming problems with the concept of weak minima are extended to mult...
AbstractMultiple objective programming problems with the concept of weak minima are extended to mult...
AbstractThe concept of efficiency is used to formulate duality for nondifferentiable multiobjective ...
A multiobjective variational problem involving higher order derivatives is considered and optimality...
We use −(,)--type-I and generalized −(,)--type-I functions to establish sufficient optimality condit...
In this paper, we consider the multiobjective variational problem. We propose a class of generalized...
AbstractWe extend the concepts of B-type I and generalized B-type I functions to the continuous case...
AbstractA class of BF-type I functions and its extensions are introduced in the continuous case, an ...
In this paper, we generalize the (V, p)-invexity denned for nonsmooth multiobjective fractional prog...
In this paper we move forward in the study of duality and efficiency in multiobjective variational p...
AbstractIn this paper, we introduce new classes of generalized V-type I invex functions for variatio...
In this paper, we generalize the notion of B-(p, r)-invexity introduced by Antczak in [A class of B-...
Tyt. z nagłówka.Bibliogr. s. 680-681.In this paper, we generalize the notion of B-(p, r)-invexity in...
In the paper, we introduce the concepts of G-type I and generalized G-type I functions for a new cl...
AbstractThe concept of mixed-type duality has been extended to the class of multiobjective variation...
AbstractMultiple objective programming problems with the concept of weak minima are extended to mult...
AbstractMultiple objective programming problems with the concept of weak minima are extended to mult...
AbstractThe concept of efficiency is used to formulate duality for nondifferentiable multiobjective ...
A multiobjective variational problem involving higher order derivatives is considered and optimality...
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