In this paper, the classical KKT, complementarity and Lagrangian saddle-point conditions are generalized to obtain equivalent conditions characterizing the optimality of a feasible solution to a general linear semi-infinite programming problem without constraint qualifications. The method of this paper differs from the usual convex analysismethods and its main idea is rooted in some fundamental properties of linear programming
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
AbstractThis paper discusses a class of linear semi-infinite programming problems with finite number...
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 short paper, we present a new constraint qualification (CQ) for linear semi-infinite program...
Optimality condition, Semi-infinite programming, Nonsmooth analysis, Constraint qualification,
AbstractBy using the theory of parametric semi-infinite programming, we show that the solution of a ...
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...
Abstract. This paper concerns applications of advanced techniques of variational analysis and genera...
In this paper, we consider the Abadie and the Basic constraint qualifications (CQ) for lower level ...
AbstractAn incomplete Lagrange function is used to study saddle point optimality criteria for a clas...
A linear problem of Copositive Programming consists in minimization of a linear function subject to ...
As a complement of our recent article [O. Stein and A. Tezel, J. Global Optim., 41 (2008), pp. 245-2...
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
AbstractThis paper discusses a class of linear semi-infinite programming problems with finite number...
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 short paper, we present a new constraint qualification (CQ) for linear semi-infinite program...
Optimality condition, Semi-infinite programming, Nonsmooth analysis, Constraint qualification,
AbstractBy using the theory of parametric semi-infinite programming, we show that the solution of a ...
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...
Abstract. This paper concerns applications of advanced techniques of variational analysis and genera...
In this paper, we consider the Abadie and the Basic constraint qualifications (CQ) for lower level ...
AbstractAn incomplete Lagrange function is used to study saddle point optimality criteria for a clas...
A linear problem of Copositive Programming consists in minimization of a linear function subject to ...
As a complement of our recent article [O. Stein and A. Tezel, J. Global Optim., 41 (2008), pp. 245-2...
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
A semi-infinite programming problem is an optimization problem in which finitely many variables appe...
AbstractThis paper discusses a class of linear semi-infinite programming problems with finite number...