AbstractUsing Nuttall's compact formula for the [n, n − 1] Pad'e approximant, the authors show that there is a natural connection between the Padé approximants of a series of Stieltjes and orthogonal polynomials. In particular, we obtain the precise error formulas. The [n, n − 1] Padé approximant in this case is just a Gaussian quadrature of the Stieltjes integral. Hence, analysis of the error is now possible and under very mild conditions it is shown that the [n, n + j], j ⩾ − 1, Padé approximants converge to the Stieltjes integral
AbstractThe Stieltjes functions f and g, related by f(z) = f0(1 − zg(z))−1, are respectively develop...
Special Issue : "Approximation and extrapolation of convergent and divergent sequences and series (C...
AbstractOrthogonal polynomials are used to obtain convergence results for Padé type approximants of ...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
Let f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z=0 and z=∞ respectively. L...
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...
AbstractOrthogonal polynomials are used to obtain convergence results for Padé type approximants of ...
AbstractIn this paper we study the convergence of two-point Padé approximants to Stieltjes series. A...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
Stieltjes' constants $\gamma_n$ are the coefficients in the Laurent series for the zeta function $\z...
For a wide class of Stieltjes functions we estimate the rate of convergence of Padé-type approximant...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
AbstractBy employing special continued fractions to two Stieltjes series with nonzero radii of conve...
AbstractUpper and lower estimates of Stieltjes function by N-point Padé approximants can be obtained...
AbstractThe Stieltjes functions f and g, related by f(z) = f0(1 − zg(z))−1, are respectively develop...
Special Issue : "Approximation and extrapolation of convergent and divergent sequences and series (C...
AbstractOrthogonal polynomials are used to obtain convergence results for Padé type approximants of ...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
Let f(z) be a Stieltjes function with asymptotic expansions L0 and L∞ at z=0 and z=∞ respectively. L...
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...
AbstractOrthogonal polynomials are used to obtain convergence results for Padé type approximants of ...
AbstractIn this paper we study the convergence of two-point Padé approximants to Stieltjes series. A...
AbstractIn this paper we will give an integral representation of the error for the generalized Padé ...
Stieltjes' constants $\gamma_n$ are the coefficients in the Laurent series for the zeta function $\z...
For a wide class of Stieltjes functions we estimate the rate of convergence of Padé-type approximant...
AbstractConsdier I(z) = ∫ba w(t)f(t, z) dt, f(t, z) = (1 + t/z)−1. It is known that generalized Gaus...
AbstractBy employing special continued fractions to two Stieltjes series with nonzero radii of conve...
AbstractUpper and lower estimates of Stieltjes function by N-point Padé approximants can be obtained...
AbstractThe Stieltjes functions f and g, related by f(z) = f0(1 − zg(z))−1, are respectively develop...
Special Issue : "Approximation and extrapolation of convergent and divergent sequences and series (C...
AbstractOrthogonal polynomials are used to obtain convergence results for Padé type approximants of ...