AbstractWe say that a polytope satisfies the strong adjacency property if every best valued extreme point of the polytope is adjacent to some second best valued extreme point for any weight vector. Perfect matching polytopes satisfy this property. In this paper, we give sufficient conditions for a polytope to satisfy the strong adjacency property. From this, binary b-matching polytopes, set partitioning polytopes, set packing polytopes, etc. satisfy the strong adjacency property
Abstract. The max-cut and stable set problems are two fundamental NP-hard problems in combinatorial ...
AbstractThe perfect matching polytope of a graph G is the convex hull of the set of incidence vector...
The perfect matching polytope of a graph G is the convex hull of the set of incidence vectors of per...
AbstractWe say that a polytope satisfies the strong adjacency property if every best valued extreme ...
: This paper shows some useful properties of the adjacency structures of a class of combinatorial po...
AbstractThis paper shows some useful properties of the adjacency structures of a class of combinator...
This thesis is concerned with the problem of determining whether a pair of 0-1 feasible solutions ar...
AbstractThis paper is devoted to a simple alternative proof for a theorem of Frank and Tardos (Math....
AbstractGiven a graph G = (V,E) and an integer vector bϵNv, a b-matching is a set of edges F⊂E such ...
Given a graph G=(V,E), a subset M of E is called a matching if no two edges in M are adjacent. A mat...
AbstractWe discuss a special case of the Exact Perfect Matching Problem, which is polynomially solva...
Our main theoretical result is that, if a simple polytope has a pair of complementary vertices (i.e....
The max-cut and stable set problems are two fundamental NP-hard problems in combinatorial optimizati...
Many combinatorial optimization problems can be conceived of as optimizing a linear function over a ...
In this paper, we introduce two polytopes that respect a digraph in the sense that for every vector ...
Abstract. The max-cut and stable set problems are two fundamental NP-hard problems in combinatorial ...
AbstractThe perfect matching polytope of a graph G is the convex hull of the set of incidence vector...
The perfect matching polytope of a graph G is the convex hull of the set of incidence vectors of per...
AbstractWe say that a polytope satisfies the strong adjacency property if every best valued extreme ...
: This paper shows some useful properties of the adjacency structures of a class of combinatorial po...
AbstractThis paper shows some useful properties of the adjacency structures of a class of combinator...
This thesis is concerned with the problem of determining whether a pair of 0-1 feasible solutions ar...
AbstractThis paper is devoted to a simple alternative proof for a theorem of Frank and Tardos (Math....
AbstractGiven a graph G = (V,E) and an integer vector bϵNv, a b-matching is a set of edges F⊂E such ...
Given a graph G=(V,E), a subset M of E is called a matching if no two edges in M are adjacent. A mat...
AbstractWe discuss a special case of the Exact Perfect Matching Problem, which is polynomially solva...
Our main theoretical result is that, if a simple polytope has a pair of complementary vertices (i.e....
The max-cut and stable set problems are two fundamental NP-hard problems in combinatorial optimizati...
Many combinatorial optimization problems can be conceived of as optimizing a linear function over a ...
In this paper, we introduce two polytopes that respect a digraph in the sense that for every vector ...
Abstract. The max-cut and stable set problems are two fundamental NP-hard problems in combinatorial ...
AbstractThe perfect matching polytope of a graph G is the convex hull of the set of incidence vector...
The perfect matching polytope of a graph G is the convex hull of the set of incidence vectors of per...