AbstractA stable method is proposed for the numerical solution of a linear system of equations having a generalized Vandermonde matrix. The method is based on Gaussian elimination and establishes explicit expressions for the elements of the resulting upper triangular matrix. These elements can be computed by means of sums of exclusively positive terms. In an important special case these sums can be reduced to simple recursions. Finally the method is retraced for the case of a confluent type of generalized Vandermonde matrix
AbstractMatrices of composed type consisting of a Vandermonde and a Cauchy part and their connection...
AbstractAn O(N2) algorithm for the solution of linear systems of equations with an N × N coefficient...
AbstractIn this paper we carry over the Björck-Pereyra algorithm for solving Vandermonde linear syst...
AbstractAn O(n2) algorithm for the solution of a linear system the n × n coefficient matrix of which...
A confluent Vandermonde-like matrix $P(\alpha _0 ,\alpha _1 , \cdots ,\alpha _n )$ is a generalisati...
AbstractRational interpolation problems for functions having numerator degree higher than denominato...
This study is based on the articles On the Vandermonde Matrix by Joseph Rushanan (1989) and The Gene...
AbstractA factorization expression for the determinant of the confluent Vandermonde matrix is extend...
A theme running through Gautschi’s work is numerical conditioning. His many papers on this topic fal...
AbstractRecursive fast algorithms for the solution of linear systems Ax = b the coefficient matrix o...
AbstractThis work deduces the lower and the upper triangular factors of the inverse of the Vandermon...
AbstractMatrices consisting of two parts one of Vandermonde and the other of Löwner type are conside...
AbstractThis paper analyzes the factorization of the inverse of a Cauchy-Vandermonde matrix as a pro...
AbstractThe LU factorization of the Vandermonde matrix is obtained, using complete symmetric functio...
AbstractGeneralized geometric progression (GP) block matrices are introduced, and it is shown that s...
AbstractMatrices of composed type consisting of a Vandermonde and a Cauchy part and their connection...
AbstractAn O(N2) algorithm for the solution of linear systems of equations with an N × N coefficient...
AbstractIn this paper we carry over the Björck-Pereyra algorithm for solving Vandermonde linear syst...
AbstractAn O(n2) algorithm for the solution of a linear system the n × n coefficient matrix of which...
A confluent Vandermonde-like matrix $P(\alpha _0 ,\alpha _1 , \cdots ,\alpha _n )$ is a generalisati...
AbstractRational interpolation problems for functions having numerator degree higher than denominato...
This study is based on the articles On the Vandermonde Matrix by Joseph Rushanan (1989) and The Gene...
AbstractA factorization expression for the determinant of the confluent Vandermonde matrix is extend...
A theme running through Gautschi’s work is numerical conditioning. His many papers on this topic fal...
AbstractRecursive fast algorithms for the solution of linear systems Ax = b the coefficient matrix o...
AbstractThis work deduces the lower and the upper triangular factors of the inverse of the Vandermon...
AbstractMatrices consisting of two parts one of Vandermonde and the other of Löwner type are conside...
AbstractThis paper analyzes the factorization of the inverse of a Cauchy-Vandermonde matrix as a pro...
AbstractThe LU factorization of the Vandermonde matrix is obtained, using complete symmetric functio...
AbstractGeneralized geometric progression (GP) block matrices are introduced, and it is shown that s...
AbstractMatrices of composed type consisting of a Vandermonde and a Cauchy part and their connection...
AbstractAn O(N2) algorithm for the solution of linear systems of equations with an N × N coefficient...
AbstractIn this paper we carry over the Björck-Pereyra algorithm for solving Vandermonde linear syst...