AbstractIn this note we are concerned with the existence of matchings and families of disjoint paths between subsets of the n-dimensional discrete cube Qn. For example, we show that if A is a subset of Qn of size ∑ki = 0(ni), where k < 12n, then there is a matching from A to its complement of size at least (ni).We also present a conjecture concerning the existence of directed paths, and prove some related results
In this thesis we adapt fundamental parts of the Graph Minors series of Robertson and Seymour for th...
AbstractThe following combinatorial problem, which arose in game theory, is solved here: To find a s...
A d-dimensional face of the grid [k]n = {0, ... , k−s1}n is a set of the form {X ∈ [k]n}:xi1=a1..., ...
AbstractIn this note we are concerned with the existence of matchings and families of disjoint paths...
In this note we are concerned with the existence of matchings and families of disjoint paths between...
In this note we are concerned with the existence of matchings and families of disjoint paths between...
AbstractThe ratio of the number of edges in a smallest maximal matching to the number of vertices in...
Abstract. The edge isoperimetric inequality in the discrete cube specifies, for each pair of integers...
AbstractOne way to represent a matching in a graph of a set A with a set B is with a one-to-one func...
AbstractAn isometric path is merely any shortest path between two vertices. If the vertices of the h...
In this thesis we adapt fundamental parts of the Graph Minors series of Robertson and Seymour for th...
Let m = m (n) denote the smallest dimension m such that the vertices of the n-dimensional cube can b...
AbstractA criterion is proved for a graph of size ℵ1 or less to possess a perfect matching
AbstractFor a graph G, consider the pairs of edge-disjoint matchings whose union consists of as many...
AbstractWe extend the well-known edge-isoperimetric inequality of Harper, Bernstein and Hart to tern...
In this thesis we adapt fundamental parts of the Graph Minors series of Robertson and Seymour for th...
AbstractThe following combinatorial problem, which arose in game theory, is solved here: To find a s...
A d-dimensional face of the grid [k]n = {0, ... , k−s1}n is a set of the form {X ∈ [k]n}:xi1=a1..., ...
AbstractIn this note we are concerned with the existence of matchings and families of disjoint paths...
In this note we are concerned with the existence of matchings and families of disjoint paths between...
In this note we are concerned with the existence of matchings and families of disjoint paths between...
AbstractThe ratio of the number of edges in a smallest maximal matching to the number of vertices in...
Abstract. The edge isoperimetric inequality in the discrete cube specifies, for each pair of integers...
AbstractOne way to represent a matching in a graph of a set A with a set B is with a one-to-one func...
AbstractAn isometric path is merely any shortest path between two vertices. If the vertices of the h...
In this thesis we adapt fundamental parts of the Graph Minors series of Robertson and Seymour for th...
Let m = m (n) denote the smallest dimension m such that the vertices of the n-dimensional cube can b...
AbstractA criterion is proved for a graph of size ℵ1 or less to possess a perfect matching
AbstractFor a graph G, consider the pairs of edge-disjoint matchings whose union consists of as many...
AbstractWe extend the well-known edge-isoperimetric inequality of Harper, Bernstein and Hart to tern...
In this thesis we adapt fundamental parts of the Graph Minors series of Robertson and Seymour for th...
AbstractThe following combinatorial problem, which arose in game theory, is solved here: To find a s...
A d-dimensional face of the grid [k]n = {0, ... , k−s1}n is a set of the form {X ∈ [k]n}:xi1=a1..., ...