AbstractIn the present paper we characterize the measures on the unit circle for which there exists a quadrature formula with a fixed number of nodes and weights and such that it exactly integrates all the polynomials with complex coefficients. As an application we obtain quadrature rules for polynomial modifications of the Bernstein measures on [−1,1], having a fixed number of nodes and quadrature coefficients and such that they exactly integrate all the polynomials with real coefficients
AbstractWe give a sharp asymptotic bound on the number of nodes needed for Chebyshev-type (= equal w...
AbstractQuadrature formulas on the unit circle were introduced by Jones in 1989. On the other hand, ...
AbstractOrthogonal polynomials on the unit circle are determined by their reflection coefficients th...
AbstractIn the present paper we characterize the measures on the unit circle for which there exists ...
11 pages, no figures.-- MSC2000 codes: 33C47, 42C05, 65D30.MR#: MR2335810 (2008i:33038)Zbl#: Zbl 112...
13 pages, no figures.-- MSC2000 codes: 33C47, 42C05.MR#: MR2480082Zbl#: Zbl pre05602092In the presen...
AbstractThe aim of this work is to study quadrature formulas for measures on the complex plane. The ...
AbstractClassical interpolatory or Gaussian quadrature formulas are exact on sets of polynomials. Th...
AbstractIn this paper we investigate the Szegő–Radau and Szegő–Lobatto quadrature formulas on the un...
AbstractMaking use of the connection between quadrature formulas on the unit circle and the interval...
Introduction Orthonormal polynomials on the unit circle T { C : are defined by n , #m ...
AbstractWith any probability measure μ on [−1, 1] we associate a sequence of polynomials Fn(z) which...
29 pages, no figures.-- MSC2000 codes: Primary 65D32, 42A10, 42C05; Secondary 30E20.MR#: MR2476567St...
Abstract. Let {Ij>,,} be a system of polynomials orthonormal on the unit circle,vith respect to a...
24 pages, no figures.-- MSC2000 codes: 33C47, 42C05.-- Dedicated to Professor Dr. Mariano Gasca with...
AbstractWe give a sharp asymptotic bound on the number of nodes needed for Chebyshev-type (= equal w...
AbstractQuadrature formulas on the unit circle were introduced by Jones in 1989. On the other hand, ...
AbstractOrthogonal polynomials on the unit circle are determined by their reflection coefficients th...
AbstractIn the present paper we characterize the measures on the unit circle for which there exists ...
11 pages, no figures.-- MSC2000 codes: 33C47, 42C05, 65D30.MR#: MR2335810 (2008i:33038)Zbl#: Zbl 112...
13 pages, no figures.-- MSC2000 codes: 33C47, 42C05.MR#: MR2480082Zbl#: Zbl pre05602092In the presen...
AbstractThe aim of this work is to study quadrature formulas for measures on the complex plane. The ...
AbstractClassical interpolatory or Gaussian quadrature formulas are exact on sets of polynomials. Th...
AbstractIn this paper we investigate the Szegő–Radau and Szegő–Lobatto quadrature formulas on the un...
AbstractMaking use of the connection between quadrature formulas on the unit circle and the interval...
Introduction Orthonormal polynomials on the unit circle T { C : are defined by n , #m ...
AbstractWith any probability measure μ on [−1, 1] we associate a sequence of polynomials Fn(z) which...
29 pages, no figures.-- MSC2000 codes: Primary 65D32, 42A10, 42C05; Secondary 30E20.MR#: MR2476567St...
Abstract. Let {Ij>,,} be a system of polynomials orthonormal on the unit circle,vith respect to a...
24 pages, no figures.-- MSC2000 codes: 33C47, 42C05.-- Dedicated to Professor Dr. Mariano Gasca with...
AbstractWe give a sharp asymptotic bound on the number of nodes needed for Chebyshev-type (= equal w...
AbstractQuadrature formulas on the unit circle were introduced by Jones in 1989. On the other hand, ...
AbstractOrthogonal polynomials on the unit circle are determined by their reflection coefficients th...