AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaussian quadrature of I(z) leads to approximations which occupy the (n, n + r − 1) positions of the Padé matrix table for I(z). Here r is a positive integer or zero. In a previous paper the author developed a series representation for the error in Gaussian quadrature. This approach is now used to study the error in the Padé approximations noted. Three important examples are treated. Two of the examples are generalized to the case where f(t, z) = (1 + t/z)−v
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
The Gaussian error function is a non-fundamental function that is commonly used in probability theor...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
AbstractUsing Nuttall's compact formula for the [n, n − 1] Pad'e approximant, the authors show that ...
Let f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z=0 and z=∞ respectively. L...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
AbstractLet f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z = 0 and z = ∞, re...
Let f(z) be a Stieltjes function with asymptotic expansions L 0 and L1 at z = 0 and z = 1 respective...
AbstractEach member G(z) of a family of analytic functions defined by Stieltjes transforms is shown ...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
Sharp error estimates in approximating the Stieltjes integral with\ud bounded integrands and bounded...
Abstract. Sharp error bounds in approximating the Riemann-Stieltjes inte-gral ∫ b a f (t) du (t) wit...
Sharp error estimates in approximating the Stieltjes integral with\ud bounded integrands and bounded...
Sharp error estimates in approximating the Stieltjes integral with bounded integrands and bounded i...
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
The Gaussian error function is a non-fundamental function that is commonly used in probability theor...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
AbstractUsing Nuttall's compact formula for the [n, n − 1] Pad'e approximant, the authors show that ...
Let f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z=0 and z=∞ respectively. L...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
AbstractLet f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z = 0 and z = ∞, re...
Let f(z) be a Stieltjes function with asymptotic expansions L 0 and L1 at z = 0 and z = 1 respective...
AbstractEach member G(z) of a family of analytic functions defined by Stieltjes transforms is shown ...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
Sharp error estimates in approximating the Stieltjes integral with\ud bounded integrands and bounded...
Abstract. Sharp error bounds in approximating the Riemann-Stieltjes inte-gral ∫ b a f (t) du (t) wit...
Sharp error estimates in approximating the Stieltjes integral with\ud bounded integrands and bounded...
Sharp error estimates in approximating the Stieltjes integral with bounded integrands and bounded i...
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
17 pages, no figures.-- MSC1991 codes: Primary: 42C05, 41A20, 65D32; Secondary: 30E10.MR#: MR2036643...
The Gaussian error function is a non-fundamental function that is commonly used in probability theor...