In this short paper, we present a new constraint qualification (CQ) for linear semi-infinite programming (LSIP) called directional Farkas-Minkowski CQ that characterizes the class of all LSIP problems for which a feasible solution is optimal if and only if it satisfies the classical optimality conditions. Furthermore, presented in terms of the new CQ, an new form of some recent optimality conditions without CQ for LSIP is obtained
In linear programming it is known that an appropriate non-homogeneous Farkas Lemma leads to a short ...
Abstract. This paper concerns applications of advanced techniques of variational analysis and genera...
We state a new implicit optimality criterion for convex semi-infinite programming (SIP) problems. T...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
The paper concerns the study of new classes of nonlinear and nonconvex optimization problems of the ...
Optimality condition, Semi-infinite programming, Nonsmooth analysis, Constraint qualification,
International audienceThis article deals with a generalized semi-infinite programming problem (S). U...
International audienceThis article deals with a generalized semi-infinite programming problem (S). U...
AbstractThis paper discusses a class of linear semi-infinite programming problems with finite number...
AbstractBy using the theory of parametric semi-infinite programming, we show that the solution of a ...
This paper is devoted to the study of nonsmooth generalized semi-infinite programming problems in wh...
The feasible set M in General Semi-Infinite Programming (GSIP) need not to be closed. This fact is w...
A linear problem of Copositive Programming consists in minimization of a linear function subject to ...
In linear programming it is known that an appropriate non-homogeneous Farkas Lemma leads to a short ...
Abstract. This paper concerns applications of advanced techniques of variational analysis and genera...
We state a new implicit optimality criterion for convex semi-infinite programming (SIP) problems. T...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are general...
The paper concerns the study of new classes of nonlinear and nonconvex optimization problems of the ...
Optimality condition, Semi-infinite programming, Nonsmooth analysis, Constraint qualification,
International audienceThis article deals with a generalized semi-infinite programming problem (S). U...
International audienceThis article deals with a generalized semi-infinite programming problem (S). U...
AbstractThis paper discusses a class of linear semi-infinite programming problems with finite number...
AbstractBy using the theory of parametric semi-infinite programming, we show that the solution of a ...
This paper is devoted to the study of nonsmooth generalized semi-infinite programming problems in wh...
The feasible set M in General Semi-Infinite Programming (GSIP) need not to be closed. This fact is w...
A linear problem of Copositive Programming consists in minimization of a linear function subject to ...
In linear programming it is known that an appropriate non-homogeneous Farkas Lemma leads to a short ...
Abstract. This paper concerns applications of advanced techniques of variational analysis and genera...
We state a new implicit optimality criterion for convex semi-infinite programming (SIP) problems. T...