AbstractThe minimum rank of a simple graph G is defined to be the smallest possible rank over all symmetric real matrices whose ijth entry (for i≠j) is nonzero whenever {i,j} is an edge in G and is zero otherwise. This paper surveys the current state of knowledge on the problem of determining the minimum rank of a graph and related issues
AbstractWe study properties of real symmetric matrices with prescribed graph and lowest possible ran...
AbstractThe minimum rank of a graph is the smallest possible rank among all real symmetric matrices ...
A graph describes the zero–nonzero pattern of a family of matrices, with the type of graph (undirect...
The minimum rank of a simple graph G is defined to be the smallest possible rank over all symmetric ...
AbstractThe minimum rank of a simple graph G is defined to be the smallest possible rank over all sy...
AbstractThe minimum rank of a simple graph G is defined to be the smallest possible rank over all sy...
The minimum rank of a directed graph G is defined to be the smallest possible rank over all real mat...
AbstractThe minimum (symmetric) rank of a simple graph G over a field F is the smallest possible ran...
AbstractFor a graph G of order n, the minimum rank of G is defined to be the smallest possible rank ...
For a graph G of order n, the minimum rank of G is defined to be the smallest possible rank over all...
For a given undirected graph G, the minimum rankof G is defined to be the smallest possible rank ove...
For a given undirected graph G, the minimum rankof G is defined to be the smallest possible rankover...
The minimum rank of a simple graph G is defined to be the smallest possible rank over all symmetric ...
For a graph G of order n, the minimum rank of G is defined to be the smallest possible rank over all...
AbstractA graph describes the zero–nonzero pattern of a family of matrices, with the type of graph (...
AbstractWe study properties of real symmetric matrices with prescribed graph and lowest possible ran...
AbstractThe minimum rank of a graph is the smallest possible rank among all real symmetric matrices ...
A graph describes the zero–nonzero pattern of a family of matrices, with the type of graph (undirect...
The minimum rank of a simple graph G is defined to be the smallest possible rank over all symmetric ...
AbstractThe minimum rank of a simple graph G is defined to be the smallest possible rank over all sy...
AbstractThe minimum rank of a simple graph G is defined to be the smallest possible rank over all sy...
The minimum rank of a directed graph G is defined to be the smallest possible rank over all real mat...
AbstractThe minimum (symmetric) rank of a simple graph G over a field F is the smallest possible ran...
AbstractFor a graph G of order n, the minimum rank of G is defined to be the smallest possible rank ...
For a graph G of order n, the minimum rank of G is defined to be the smallest possible rank over all...
For a given undirected graph G, the minimum rankof G is defined to be the smallest possible rank ove...
For a given undirected graph G, the minimum rankof G is defined to be the smallest possible rankover...
The minimum rank of a simple graph G is defined to be the smallest possible rank over all symmetric ...
For a graph G of order n, the minimum rank of G is defined to be the smallest possible rank over all...
AbstractA graph describes the zero–nonzero pattern of a family of matrices, with the type of graph (...
AbstractWe study properties of real symmetric matrices with prescribed graph and lowest possible ran...
AbstractThe minimum rank of a graph is the smallest possible rank among all real symmetric matrices ...
A graph describes the zero–nonzero pattern of a family of matrices, with the type of graph (undirect...