AbstractQuestions related to the convergence problem of diagonal Padé approximants are discussed. A central place is taken by the Padé Conjecture (also known as the Baker-Gammel-Wills Conjecture). Partial results concerning this conjecture are reviewed and weaker and more special versions of the conjecture are formulated and their plausibility is investigated. Great emphasis is given to the role of spurious poles of the approximants. A conjecture by Nuttall (1970) about the number and distribution of such poles is stated and its importance for the Padé Conjecture is analyzed
AbstractThe generalized Koenig's theorem and de Montessus's theorem are two classical results concer...
AbstractIt is proved that the [N, N + J] Padé approximants to any meromorphic function converge in m...
AbstractWe study diagonal multipoint Padé approximants to functions of the form F(z)=∫dλ(t)z−t+R(z),...
AbstractI review some of the by now classic conjectures concerning the pointwise convergence of the ...
AbstractIn the theory of Padé approximation locally uniform convergence has been proved only for spe...
AbstractWe investigate by means of analysis and numerical examples the range of applicability of the...
AbstractPadé approximants are a natural generalization ofTaylor polynomials; however instead of poly...
AbstractIt is well known that the nth diagonal Padé approximant (PA) of a Markov-Stieltjes function ...
AbstractI improve the counter-example of Lubinsky, and show that the counter-example of Buslaev is a...
AbstractFor a wide class of Stieltjes functions we estimate the rate of convergence of Padé-type app...
AbstractOne considers diagonal Padé approximants about ∞ of functions of the form f(z)=∫−11(z−x)−1w(...
AbstractThe authors investigate the asymptotic behaviour of Hermite-Padé polynomials of Latin type, ...
AbstractIn a previous paper, the author introduced a new class of multivariate rational interpolants...
AbstractCriteria are specified for the selection of a convergent subsequence of Padé approximants ou...
AbstractWe prove that at least an infinite subsequence of [l2] Padé approximants converge to f(z) if...
AbstractThe generalized Koenig's theorem and de Montessus's theorem are two classical results concer...
AbstractIt is proved that the [N, N + J] Padé approximants to any meromorphic function converge in m...
AbstractWe study diagonal multipoint Padé approximants to functions of the form F(z)=∫dλ(t)z−t+R(z),...
AbstractI review some of the by now classic conjectures concerning the pointwise convergence of the ...
AbstractIn the theory of Padé approximation locally uniform convergence has been proved only for spe...
AbstractWe investigate by means of analysis and numerical examples the range of applicability of the...
AbstractPadé approximants are a natural generalization ofTaylor polynomials; however instead of poly...
AbstractIt is well known that the nth diagonal Padé approximant (PA) of a Markov-Stieltjes function ...
AbstractI improve the counter-example of Lubinsky, and show that the counter-example of Buslaev is a...
AbstractFor a wide class of Stieltjes functions we estimate the rate of convergence of Padé-type app...
AbstractOne considers diagonal Padé approximants about ∞ of functions of the form f(z)=∫−11(z−x)−1w(...
AbstractThe authors investigate the asymptotic behaviour of Hermite-Padé polynomials of Latin type, ...
AbstractIn a previous paper, the author introduced a new class of multivariate rational interpolants...
AbstractCriteria are specified for the selection of a convergent subsequence of Padé approximants ou...
AbstractWe prove that at least an infinite subsequence of [l2] Padé approximants converge to f(z) if...
AbstractThe generalized Koenig's theorem and de Montessus's theorem are two classical results concer...
AbstractIt is proved that the [N, N + J] Padé approximants to any meromorphic function converge in m...
AbstractWe study diagonal multipoint Padé approximants to functions of the form F(z)=∫dλ(t)z−t+R(z),...