International audienceIn optimization problems such as integer programs or their relaxations, one encounters feasible regions that are the inverse images of a specific closed set S by a linear mapping. One would like to generate valid inequalities that cut off infeasible solutions. Formulas for such inequalities can be obtained through cut-generating functions. This paper presents a formal theory of minimal cut-generating functions and maximal S-free sets which is valid independently of the particular S. This theory relies on tools of convex analysis
This paper contributes to the theory of cutting planes for mixed integer linear programs (MILPs). Mi...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...
In optimization problems such as integer programs or their relaxations, one encounters feasible regi...
Abstract. We consider the separation problem for sets X that are inverse images of a given set S by ...
Artículo de publicación ISIWe consider the separation problem for sets X that are pre-images of a gi...
Artículo de publicación ISIWe consider the separation problem for sets X that are pre-images of a gi...
International audienceIn optimization problems such as integer programs or their relaxations, one en...
We consider the separation problem for sets X that are pre-images of a given set S by a linear mappi...
International audienceWe consider the separation problem for sets X that are pre-images of a given s...
International audienceWe consider the separation problem for sets X that are pre-images of a given s...
This paper presents a general, self-contained treatment of convexity or intersection cuts. It descr...
The concept of cut-generating function has its origin in the work of Gomory and Johnson from the 197...
<p>Mixed-integer programming provides a natural framework for modeling optimization problems which r...
Abstract. This paper addresses the problem of generating cuts for mixed integer nonlinear programs w...
This paper contributes to the theory of cutting planes for mixed integer linear programs (MILPs). Mi...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...
In optimization problems such as integer programs or their relaxations, one encounters feasible regi...
Abstract. We consider the separation problem for sets X that are inverse images of a given set S by ...
Artículo de publicación ISIWe consider the separation problem for sets X that are pre-images of a gi...
Artículo de publicación ISIWe consider the separation problem for sets X that are pre-images of a gi...
International audienceIn optimization problems such as integer programs or their relaxations, one en...
We consider the separation problem for sets X that are pre-images of a given set S by a linear mappi...
International audienceWe consider the separation problem for sets X that are pre-images of a given s...
International audienceWe consider the separation problem for sets X that are pre-images of a given s...
This paper presents a general, self-contained treatment of convexity or intersection cuts. It descr...
The concept of cut-generating function has its origin in the work of Gomory and Johnson from the 197...
<p>Mixed-integer programming provides a natural framework for modeling optimization problems which r...
Abstract. This paper addresses the problem of generating cuts for mixed integer nonlinear programs w...
This paper contributes to the theory of cutting planes for mixed integer linear programs (MILPs). Mi...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...
International audienceThe generation of valid inequalities is central to solving non-convex Mixed-In...