In this paper an accurate method to construct the bidiagonal factorization of collocation and Wronskian matrices of Jacobi polynomials is obtained and used to compute with high relative accuracy their eigenvalues, singular values and inverses. The particular cases of collocation and Wronskian matrices of Legendre polynomials, Gegenbauer polynomials, Chebyshev polynomials of the first and second kind and rational Jacobi polynomials are considered. Numerical examples are included. © 2021, The Author(s), under exclusive licence to Springer Science+Business Media, LLC, part of Springer Nature
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...
W pracy przedstawione zostały na początku główne rodziny wielomianów ortogonalnych, tj. Hermite’a, L...
9 pages, no figures.-- MSC2000 codes: Primary 42C05, 33C45.MR#: MR2065838Zbl#: Zbl 1105.65039[EN] Us...
In this paper an accurate method to construct the bidiagonal factorization of collocation and Wronsk...
This paper provides an accurate method to obtain the bidiagonal factorization of Wronskian matrices ...
In this paper we provide algorithms for computing the bidiagonal decomposition of the Wronskian matr...
The total positivity of collocation, Wronskian and Gram matrices corresponding to bases of the form ...
In this article, we provide a bidiagonal decomposition of the Wronskian matrices of Bernstein bases ...
In this paper we deduce a bidiagonal decomposition of Gram and Wronskian matrices of geometric and P...
In this paper, Schur polynomials are used to provide a bidiagonal decomposition of polynomial colloc...
This article is concerned with establishing some new linearization formulas of the modified Jacobi p...
AbstractGiven a Jacobi matrix, the problem in question is to find the Jacobi matrix corresponding to...
My research explores Wronskian polynomials which appear in the field of exceptional orthogonal polyn...
In this paper, an accurate method to construct the bidiagonal factorization of Gram (mass) matrices ...
Univariate and multivariate polynomials play a fundamental role in pure and applied mathematics. In ...
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...
W pracy przedstawione zostały na początku główne rodziny wielomianów ortogonalnych, tj. Hermite’a, L...
9 pages, no figures.-- MSC2000 codes: Primary 42C05, 33C45.MR#: MR2065838Zbl#: Zbl 1105.65039[EN] Us...
In this paper an accurate method to construct the bidiagonal factorization of collocation and Wronsk...
This paper provides an accurate method to obtain the bidiagonal factorization of Wronskian matrices ...
In this paper we provide algorithms for computing the bidiagonal decomposition of the Wronskian matr...
The total positivity of collocation, Wronskian and Gram matrices corresponding to bases of the form ...
In this article, we provide a bidiagonal decomposition of the Wronskian matrices of Bernstein bases ...
In this paper we deduce a bidiagonal decomposition of Gram and Wronskian matrices of geometric and P...
In this paper, Schur polynomials are used to provide a bidiagonal decomposition of polynomial colloc...
This article is concerned with establishing some new linearization formulas of the modified Jacobi p...
AbstractGiven a Jacobi matrix, the problem in question is to find the Jacobi matrix corresponding to...
My research explores Wronskian polynomials which appear in the field of exceptional orthogonal polyn...
In this paper, an accurate method to construct the bidiagonal factorization of Gram (mass) matrices ...
Univariate and multivariate polynomials play a fundamental role in pure and applied mathematics. In ...
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...
W pracy przedstawione zostały na początku główne rodziny wielomianów ortogonalnych, tj. Hermite’a, L...
9 pages, no figures.-- MSC2000 codes: Primary 42C05, 33C45.MR#: MR2065838Zbl#: Zbl 1105.65039[EN] Us...