AbstractWe investigate by means of analysis and numerical examples the range of applicability of the Padé approximant method. We conclude that at least a subsequence of the [N, N] Padé approximants for f(z) converge uniformly to f(z) in any closed, connected set on the Riemann sphere containing the origin but not containing any of the singular points or points on suitable cuts of f(z). There are, however, certain types of singular points at which convergence does occur
AbstractIn this paper several examples belonging to different topics in Numerical Analysis are consi...
AbstractA comparison is made between Padé and Padé-type approximants. LetQnbe thenth orthonormal pol...
Abstract:The convergence theorem of de Montessus de Ballore type is satisfactory also for multipoint...
AbstractWe investigate by means of analysis and numerical examples the range of applicability of the...
AbstractCriteria are specified for the selection of a convergent subsequence of Padé approximants ou...
AbstractQuestions related to the convergence problem of diagonal Padé approximants are discussed. A ...
AbstractIn the theory of Padé approximation locally uniform convergence has been proved only for spe...
AbstractThe asymptotic form of Hermite-Padé approximants to a set of m functions each meromorphic on...
AbstractPadé approximants are a natural generalization ofTaylor polynomials; however instead of poly...
AbstractWe present a method in which the Padé approximant is used to calculate the asymptotic behavi...
AbstractIt is proved that the [N, N + J] Padé approximants to any meromorphic function converge in m...
AbstractThis paper is a survey on the multivariate Padé approximation. Two types of approximants are...
In recent years Pade approximants have proved to be one of the most useful computational tools in ma...
AbstractThe generalized Koenig's theorem and de Montessus's theorem are two classical results concer...
CITATION: Fasondini, M. et al. 2019. Quadratic Pade approximation : numerical aspects and applicatio...
AbstractIn this paper several examples belonging to different topics in Numerical Analysis are consi...
AbstractA comparison is made between Padé and Padé-type approximants. LetQnbe thenth orthonormal pol...
Abstract:The convergence theorem of de Montessus de Ballore type is satisfactory also for multipoint...
AbstractWe investigate by means of analysis and numerical examples the range of applicability of the...
AbstractCriteria are specified for the selection of a convergent subsequence of Padé approximants ou...
AbstractQuestions related to the convergence problem of diagonal Padé approximants are discussed. A ...
AbstractIn the theory of Padé approximation locally uniform convergence has been proved only for spe...
AbstractThe asymptotic form of Hermite-Padé approximants to a set of m functions each meromorphic on...
AbstractPadé approximants are a natural generalization ofTaylor polynomials; however instead of poly...
AbstractWe present a method in which the Padé approximant is used to calculate the asymptotic behavi...
AbstractIt is proved that the [N, N + J] Padé approximants to any meromorphic function converge in m...
AbstractThis paper is a survey on the multivariate Padé approximation. Two types of approximants are...
In recent years Pade approximants have proved to be one of the most useful computational tools in ma...
AbstractThe generalized Koenig's theorem and de Montessus's theorem are two classical results concer...
CITATION: Fasondini, M. et al. 2019. Quadratic Pade approximation : numerical aspects and applicatio...
AbstractIn this paper several examples belonging to different topics in Numerical Analysis are consi...
AbstractA comparison is made between Padé and Padé-type approximants. LetQnbe thenth orthonormal pol...
Abstract:The convergence theorem of de Montessus de Ballore type is satisfactory also for multipoint...