University of Minnesota M.S. thesis. July 2011. Major: Applied and computational mathematics. Advisor: Professor John R. Greene. 1 computer file (PDF); v, 47 pages, appendix A.Condensation, developed by Charles Dodgson, is an uncommon method for calculating the determinant of a matrix. It is generally considered to be numerically unstable due to its iterative nature. While we do not attempt to prove whether or not the algorithm is stable, we conduct a qualitative stability analysis. We compare the algorithm's performance to that of row reduction on contrived and random matrices. We test two modified condensation algorithms for 3#2;3 and 4#2;4 matrices, which we include in our comparisons as well. We also briefly investigate the relationship...
We consider the problem of computing the determinant of a matrix of polynomials. Four algorithms are...
<p>Comparison of row reduction method with algorithm 1 for evaluating determinant of matrix.</p
Methods for finding determinants for matrices have long been explored and attracted interest of nume...
In 1866, Charles Ludwidge Dodgson published a paper concerning a method for evaluating determinants ...
Dodgson\u27s condensation method has become a powerful tool in the automation of determinant evaluat...
AbstractDodgson’s condensation method has become a powerful tool in the automation of determinant ev...
AbstractWe give a description of a non-archimedean approximate form of Dodgson's condensation method...
AbstractUsing a recurrence derived from Dodgson's Condensation Method, we provide numerous explicit ...
A new more accurate formula to calculate condition number of the determinant of matrix is proposed. ...
Dodgson\u27s method of computing determinants is attractive, but fails if an interior entry of an in...
In this paper we present the new algorithm to calculate determinants of nth order using Salihu’s met...
The calculation of a square matrix determinant is a typical matrix algebra operation which, if appli...
Copy the first two columns of the matrix to its right. Multiply along the blue lines and the red lin...
International audienceWe present an algorithm computing the determinant of an integer matrix A. The ...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
We consider the problem of computing the determinant of a matrix of polynomials. Four algorithms are...
<p>Comparison of row reduction method with algorithm 1 for evaluating determinant of matrix.</p
Methods for finding determinants for matrices have long been explored and attracted interest of nume...
In 1866, Charles Ludwidge Dodgson published a paper concerning a method for evaluating determinants ...
Dodgson\u27s condensation method has become a powerful tool in the automation of determinant evaluat...
AbstractDodgson’s condensation method has become a powerful tool in the automation of determinant ev...
AbstractWe give a description of a non-archimedean approximate form of Dodgson's condensation method...
AbstractUsing a recurrence derived from Dodgson's Condensation Method, we provide numerous explicit ...
A new more accurate formula to calculate condition number of the determinant of matrix is proposed. ...
Dodgson\u27s method of computing determinants is attractive, but fails if an interior entry of an in...
In this paper we present the new algorithm to calculate determinants of nth order using Salihu’s met...
The calculation of a square matrix determinant is a typical matrix algebra operation which, if appli...
Copy the first two columns of the matrix to its right. Multiply along the blue lines and the red lin...
International audienceWe present an algorithm computing the determinant of an integer matrix A. The ...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
We consider the problem of computing the determinant of a matrix of polynomials. Four algorithms are...
<p>Comparison of row reduction method with algorithm 1 for evaluating determinant of matrix.</p
Methods for finding determinants for matrices have long been explored and attracted interest of nume...