Add to ORKGThe linear complexity of a matrix is a measure of the number of additions, subtractions, and scalar multiplications required to multiply that matrix and an arbitrary vector. In this paper, we dene the linear complexity of a graph to be the linear complexity of any one of its associated adjacency matrices. We then compute or give upper bounds for the linear complexity of several classes of graphs.
AbstractWe introduce three formal theories of increasing strength for linear algebra in order to stu...
AbstractWe consider the problem of finding a basic solution to a system of linear constraints (in st...
We introduce three formal theories of increasing strength for linear algebra in order to study the c...
The linear complexity of a matrix is a measure of the number of additions, subtractions, and scalar ...
This thesis expands on the notion of linear complexity for a graph as defined by Michael Orrison and...
This study examines the complexity of linear algebra. Complexity means how much work, or the number ...
This new edition illustrates the power of linear algebra in the study of graphs. The emphasis on mat...
The rank of a matrix seems to play a role in the context of communication complexity, a framework de...
Abstract. The number of splanning trees in a finite graph is first expressed as the derivative (at 1...
) Eric Allender y Robert Beals z Mitsunori Ogihara x Abstract We characterize the complexity...
AbstractThe rank of a matrix seems to play a role in the context of communication complexity, a fram...
This book focuses on some of the main notions arising in graph theory, with an emphasis throughout o...
We define the complexity of a computational problem given by a relation using the model of a computa...
We characterize the complexity of some natural and important problems in linear algebra. In particul...
AbstractIn this paper we survey some problems which have recently appeared in the study of the compl...
AbstractWe introduce three formal theories of increasing strength for linear algebra in order to stu...
AbstractWe consider the problem of finding a basic solution to a system of linear constraints (in st...
We introduce three formal theories of increasing strength for linear algebra in order to study the c...
The linear complexity of a matrix is a measure of the number of additions, subtractions, and scalar ...
This thesis expands on the notion of linear complexity for a graph as defined by Michael Orrison and...
This study examines the complexity of linear algebra. Complexity means how much work, or the number ...
This new edition illustrates the power of linear algebra in the study of graphs. The emphasis on mat...
The rank of a matrix seems to play a role in the context of communication complexity, a framework de...
Abstract. The number of splanning trees in a finite graph is first expressed as the derivative (at 1...
) Eric Allender y Robert Beals z Mitsunori Ogihara x Abstract We characterize the complexity...
AbstractThe rank of a matrix seems to play a role in the context of communication complexity, a fram...
This book focuses on some of the main notions arising in graph theory, with an emphasis throughout o...
We define the complexity of a computational problem given by a relation using the model of a computa...
We characterize the complexity of some natural and important problems in linear algebra. In particul...
AbstractIn this paper we survey some problems which have recently appeared in the study of the compl...
AbstractWe introduce three formal theories of increasing strength for linear algebra in order to stu...
AbstractWe consider the problem of finding a basic solution to a system of linear constraints (in st...
We introduce three formal theories of increasing strength for linear algebra in order to study the c...