AbstractThis paper gives the definition and some properties of a new family of Padé-type approximants (PTA) for k-variate formal power series (FPS). These PTA have the form P(t)/Q(t) where Q(t) = Πri = 0(1 − x(i)·t), {x(i), 0 ⩽ i ⩽ r} being a given set of points in , and x·t is the scalar product of x and t in . Some results about the approximation order, the unicity and some invariance properties of these PTA are proved together with a convergence result when the FPS is defined by a Stieltjes integral
AbstractThis paper is a survey on the multivariate Padé approximation. Two types of approximants are...
A general algorithm for constructing an interpolating function from a linear family of functions for...
AbstractIn this paper a survey is given of several algorithms for the computation of the Padé table ...
AbstractFor an operator F: Rn → R, analytic in the origin, the notion of (abstract multivariate Padé...
AbstractA new class of multivariate Padé approximants is introduced. When dealing with two variables...
AbstractDuring the last few years several authors have tried to generalize the concept of Padé appro...
AbstractIn a recent paper Sidi considered the two-point Padé approximants to a function for which fo...
AbstractPadé approximants in one variable have proved to be very useful in numerical analysis, espec...
AbstractRecently McCabe and Murphy have considered the two-point Padé approximants to a function for...
AbstractThe notion of partial Padé approximant is generalized to that of general order multivariate ...
AbstractIn previous papers the convergence of sequences of “rectangular” multivariate Padé-type appr...
AbstractFor a vector of k + 1 power series we introduce two new types of rational approximations, th...
AbstractA kind of function-valued Padé-type approximant via the formal orthogonal polynomials (FPTAV...
AbstractFor a vector of k + 1 power series we introduce two new types of rational approximations, th...
AbstractWe explicitly construct both homogeneous and nonhomogeneous multivariate Padé approximants t...
AbstractThis paper is a survey on the multivariate Padé approximation. Two types of approximants are...
A general algorithm for constructing an interpolating function from a linear family of functions for...
AbstractIn this paper a survey is given of several algorithms for the computation of the Padé table ...
AbstractFor an operator F: Rn → R, analytic in the origin, the notion of (abstract multivariate Padé...
AbstractA new class of multivariate Padé approximants is introduced. When dealing with two variables...
AbstractDuring the last few years several authors have tried to generalize the concept of Padé appro...
AbstractIn a recent paper Sidi considered the two-point Padé approximants to a function for which fo...
AbstractPadé approximants in one variable have proved to be very useful in numerical analysis, espec...
AbstractRecently McCabe and Murphy have considered the two-point Padé approximants to a function for...
AbstractThe notion of partial Padé approximant is generalized to that of general order multivariate ...
AbstractIn previous papers the convergence of sequences of “rectangular” multivariate Padé-type appr...
AbstractFor a vector of k + 1 power series we introduce two new types of rational approximations, th...
AbstractA kind of function-valued Padé-type approximant via the formal orthogonal polynomials (FPTAV...
AbstractFor a vector of k + 1 power series we introduce two new types of rational approximations, th...
AbstractWe explicitly construct both homogeneous and nonhomogeneous multivariate Padé approximants t...
AbstractThis paper is a survey on the multivariate Padé approximation. Two types of approximants are...
A general algorithm for constructing an interpolating function from a linear family of functions for...
AbstractIn this paper a survey is given of several algorithms for the computation of the Padé table ...