AbstractRelations between rational interpolants and Hankel matrices are investigated. A modification of a Jacobi-like algorithm for rational interpolation proposed in [1] is developed. The proposed algorithm eliminates all the auxiliary assumptions required to implement the algorithm of [1]. In this way, it can be used to construct all existing rational interpolants with the cost of O(N2) arithmetic operations where N + 1 is the number of data points
AbstractThe Hankel vector approach in a recent work of the author with Zhao and Zhang on the general...
Invited lecture.Orthogonal polynomials on the real line satisfy a three term recurrence relation. Th...
This book aims to present the theory of interpolation for rational matrix functions as a recently ma...
AbstractRelations between rational interpolants and Hankel matrices are investigated. A modification...
We treat the interpolation problem {f(xj)=yj}j=1N for polynomial and rational functions. Developing ...
This paper considers the problem of effective algorithms for some problems having structured coeffic...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
AbstractIt is possible to generalize the fruitful interaction between (real or complex) Jacobi matri...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
AbstractThis paper deals with the general rational interpolation problem (GRIP) in the scalar case. ...
AbstractA method of solving vector-valued osculatory rational interpolation problems is presented by...
In this paper, we show the equivalence between matrix rational interpolation problems with poles as ...
We show the equivalence between matrix rational interpolation problems with poles as interpolation p...
A recursive algorithm for the construction of the generalized form of the interpolating rational fun...
AbstractThe Hankel vector approach in a recent work of the author with Zhao and Zhang on the general...
Invited lecture.Orthogonal polynomials on the real line satisfy a three term recurrence relation. Th...
This book aims to present the theory of interpolation for rational matrix functions as a recently ma...
AbstractRelations between rational interpolants and Hankel matrices are investigated. A modification...
We treat the interpolation problem {f(xj)=yj}j=1N for polynomial and rational functions. Developing ...
This paper considers the problem of effective algorithms for some problems having structured coeffic...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
AbstractIt is possible to generalize the fruitful interaction between (real or complex) Jacobi matri...
summary:Numerical operations on and among rational matrices are traditionally handled by direct mani...
AbstractThis paper deals with the general rational interpolation problem (GRIP) in the scalar case. ...
AbstractA method of solving vector-valued osculatory rational interpolation problems is presented by...
In this paper, we show the equivalence between matrix rational interpolation problems with poles as ...
We show the equivalence between matrix rational interpolation problems with poles as interpolation p...
A recursive algorithm for the construction of the generalized form of the interpolating rational fun...
AbstractThe Hankel vector approach in a recent work of the author with Zhao and Zhang on the general...
Invited lecture.Orthogonal polynomials on the real line satisfy a three term recurrence relation. Th...
This book aims to present the theory of interpolation for rational matrix functions as a recently ma...