AbstractWe establish the following max-plus analogue of Minkowski’s theorem. Any point of a compact max-plus convex subset of (R∪{-∞})n can be written as the max-plus convex combination of at most n+1 of the extreme points of this subset. We establish related results for closed max-plus cones and closed unbounded max-plus convex sets. In particular, we show that a closed max-plus convex set can be decomposed as a max-plus sum of its recession cone and of the max-plus convex hull of its extreme points
AbstractWe establish new results concerning projectors on max-plus spaces, as well as separating hal...
We consider an optimization problem in a convex space E with an affine objective function, subject t...
AbstractIn this article, continuing [12,13], further contributions to the theory of max–min convex g...
AbstractWe establish the following max-plus analogue of Minkowski’s theorem. Any point of a compact ...
AbstractIn this article, continuing [V. Nitica, I. Singer, Contributions to max–min convex geometry....
Max cones are max-algebraic analogs of convex cones. In the present paper we develop a theory of gen...
AbstractWe study the max-plus or tropical analogue of the notion of polar: the polar of a cone repre...
AbstractWe introduce a notion of dimension of max–min convex sets, following the approach of tropica...
Formulations and discovery of the maximum principle are reviewed on the background of the latest Rus...
Submitted by R.A. Brualdi Max cones are max-algebraic analogs of convex cones. In the present paper ...
The paper is devoted to some new results concerning the topology of hyperspaces of max-plus convex s...
AbstractA set is called Motzkin decomposable when it can be expressed as the Minkowski sum of a comp...
Theodore Motzkin proved, in 1936, that any polyhedral convex set can be expressed as the (Minkowski)...
Given two point sets A,B ⊂ R2 of n points each, the Minkowski sum A + B has a quadratic number of po...
We introduce the concepts of max-closedness and numéraires of convex subsets of L+0, the nonnegative...
AbstractWe establish new results concerning projectors on max-plus spaces, as well as separating hal...
We consider an optimization problem in a convex space E with an affine objective function, subject t...
AbstractIn this article, continuing [12,13], further contributions to the theory of max–min convex g...
AbstractWe establish the following max-plus analogue of Minkowski’s theorem. Any point of a compact ...
AbstractIn this article, continuing [V. Nitica, I. Singer, Contributions to max–min convex geometry....
Max cones are max-algebraic analogs of convex cones. In the present paper we develop a theory of gen...
AbstractWe study the max-plus or tropical analogue of the notion of polar: the polar of a cone repre...
AbstractWe introduce a notion of dimension of max–min convex sets, following the approach of tropica...
Formulations and discovery of the maximum principle are reviewed on the background of the latest Rus...
Submitted by R.A. Brualdi Max cones are max-algebraic analogs of convex cones. In the present paper ...
The paper is devoted to some new results concerning the topology of hyperspaces of max-plus convex s...
AbstractA set is called Motzkin decomposable when it can be expressed as the Minkowski sum of a comp...
Theodore Motzkin proved, in 1936, that any polyhedral convex set can be expressed as the (Minkowski)...
Given two point sets A,B ⊂ R2 of n points each, the Minkowski sum A + B has a quadratic number of po...
We introduce the concepts of max-closedness and numéraires of convex subsets of L+0, the nonnegative...
AbstractWe establish new results concerning projectors on max-plus spaces, as well as separating hal...
We consider an optimization problem in a convex space E with an affine objective function, subject t...
AbstractIn this article, continuing [12,13], further contributions to the theory of max–min convex g...