A new basis of interpolation points for the special case of the Newton two variable polynomial interpolation problem is proposed. This basis is implemented when the upper bound of the total degree and the degree in each variable is known. It is shown that this new basis under certain conditions (that depends on the degrees of the interpolation polynomial), coincides either with the known triangular/rectangular basis or it is a polygonal basis. In all cases it uses the least interpolation points with further consequences to the complexity of the algorithms that we use
We present parallel algorithms for the computation and evaluation of interpolating polynomials. The ...
This paper describes a systolic algorithm for interpolation and evaluation of polynomials over any f...
This paper is concerned with Lagrange interpolation by total degree polynomials in moderate dimensio...
Newton’s interpolation is a classical polynomial interpolation approach and plays a significant role...
AbstractMultivariate Birkhoff interpolation is the most complex polynomial interpolation problem and...
Efficient and effective algorithms are designed to compute the coordinates of nearly optimal points ...
AbstractThe fastest known algorithms for the problems of polynomial evaluation and multipoint interp...
In this paper we present a new kind of algorithm, for finding a solution (g0 (x), g1 (x), . . . , gn...
AbstractMultivariate Birkhoff interpolation problem has many important applications, such as in fini...
AbstractEight different algorithms for polynomial interpolation are compared with respect to stabili...
This paper deals with the polynomial interpolation of degree at most n passing through n 1 distinct ...
Abstract. We consider the problem of interpolating sparse multivariate polynomials from their values...
This bachelor's work concerns to algorithms of the multivariate interpolation. The problem of the in...
Two-variable interpolation by polynomials is investigated for the given f : R2 ! R. The new idea is ...
Multipoint polynomial evaluation and interpolation are fundamental for modern algebraic and numerica...
We present parallel algorithms for the computation and evaluation of interpolating polynomials. The ...
This paper describes a systolic algorithm for interpolation and evaluation of polynomials over any f...
This paper is concerned with Lagrange interpolation by total degree polynomials in moderate dimensio...
Newton’s interpolation is a classical polynomial interpolation approach and plays a significant role...
AbstractMultivariate Birkhoff interpolation is the most complex polynomial interpolation problem and...
Efficient and effective algorithms are designed to compute the coordinates of nearly optimal points ...
AbstractThe fastest known algorithms for the problems of polynomial evaluation and multipoint interp...
In this paper we present a new kind of algorithm, for finding a solution (g0 (x), g1 (x), . . . , gn...
AbstractMultivariate Birkhoff interpolation problem has many important applications, such as in fini...
AbstractEight different algorithms for polynomial interpolation are compared with respect to stabili...
This paper deals with the polynomial interpolation of degree at most n passing through n 1 distinct ...
Abstract. We consider the problem of interpolating sparse multivariate polynomials from their values...
This bachelor's work concerns to algorithms of the multivariate interpolation. The problem of the in...
Two-variable interpolation by polynomials is investigated for the given f : R2 ! R. The new idea is ...
Multipoint polynomial evaluation and interpolation are fundamental for modern algebraic and numerica...
We present parallel algorithms for the computation and evaluation of interpolating polynomials. The ...
This paper describes a systolic algorithm for interpolation and evaluation of polynomials over any f...
This paper is concerned with Lagrange interpolation by total degree polynomials in moderate dimensio...