Abstract. The paper discusses a non-concave fractional programming problem aiming at maximization of a pseudoconvex function under standard transportation conditions. The pseudoconvex function considered here is the product of two linear functions contrasted with a positive valued linear function. It has been established that optimal solution of the problem is attainable at an extreme point of the convex feasible region. The problem is shown to be related to 'indefinite' quadratic programming which deals with maximization of a convex function over the given feasible region. It has been further established that the local maximum point of this quadratic programming problem is the global maximum point under certain conditions, and it...
We consider a fractional programming problem that minimizes the ratio of two indefinite quadratic fu...
One of the classes of the methods for solution of the non-linear programming (NLP) problem named the...
In this paper, we characterize pseudoconvex functions using an abstract subdifferential. As applicat...
Abstract. In this paper, we characterize pseudoconvex functions using an abstract subdifferential. A...
This article is concerned with two global optimization problems (P1) and (P2). Each of these problem...
We consider fractional maximization and minimization problems with an arbitrary feasible set, with a...
The aim of the paper is to maximize a pseudoconcave function which is the sum of a linear and a line...
The aim of the paper is to present sequential methods for a pseudoconvex optimization problem whose ...
AbstractIn a recent work, cited in the Introduction, a concept of generalized pseudoconvexity was us...
The aim of the paper is to present sequential methods for a pseudoconvex optimization problem whose ...
summary:In this paper, we have studied the problem of minimizing the ratio of two indefinite quadrat...
AbstractA semi-infinite transportation dual-program pair is specified which involves general pairing...
International audienceWe focus on convex semi-infinite programs with an infinite number of quadratic...
In this paper, we consider a fractional optimal control problem governed by system of linear differe...
We focus on convex semi-infinite programs with an infinite number of quadratically parametrized cons...
We consider a fractional programming problem that minimizes the ratio of two indefinite quadratic fu...
One of the classes of the methods for solution of the non-linear programming (NLP) problem named the...
In this paper, we characterize pseudoconvex functions using an abstract subdifferential. As applicat...
Abstract. In this paper, we characterize pseudoconvex functions using an abstract subdifferential. A...
This article is concerned with two global optimization problems (P1) and (P2). Each of these problem...
We consider fractional maximization and minimization problems with an arbitrary feasible set, with a...
The aim of the paper is to maximize a pseudoconcave function which is the sum of a linear and a line...
The aim of the paper is to present sequential methods for a pseudoconvex optimization problem whose ...
AbstractIn a recent work, cited in the Introduction, a concept of generalized pseudoconvexity was us...
The aim of the paper is to present sequential methods for a pseudoconvex optimization problem whose ...
summary:In this paper, we have studied the problem of minimizing the ratio of two indefinite quadrat...
AbstractA semi-infinite transportation dual-program pair is specified which involves general pairing...
International audienceWe focus on convex semi-infinite programs with an infinite number of quadratic...
In this paper, we consider a fractional optimal control problem governed by system of linear differe...
We focus on convex semi-infinite programs with an infinite number of quadratically parametrized cons...
We consider a fractional programming problem that minimizes the ratio of two indefinite quadratic fu...
One of the classes of the methods for solution of the non-linear programming (NLP) problem named the...
In this paper, we characterize pseudoconvex functions using an abstract subdifferential. As applicat...