Let View the MathML source, and for k=0,1, View the MathML source denote the orthonormalized Jacobi polynomial of degree k. We discuss the construction of a matrix H so that there exist positive constants c, c1, depending only on H, α, and β such that View the MathML source Specializing to the case of Chebyshev polynomials, View the MathML source, we apply this theory to obtain a construction of an exponentially localized polynomial basis for the corresponding L2 space
The heat kernel associated with the setting of the classical Jacobi polynomials isdefined by an osci...
Localised polynomial approximations on the sphere have a variety of applications in areas such as si...
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...
AbstractLet α,β≥-12, and for k=0,1,…, pk(α,β) denote the orthonormalized Jacobi polynomial of degree...
For the filtering of peaks in periodic signals, we specify polynomial filters that are optimally loc...
Abstract. The aim of this paper is to construct sup-exponentially localized kernels and frames in th...
While classical wavelet analysis is adequate for a characterization of local Besov spaces, we propos...
While the direct and converse theorems of approximation theory enable us to characterize the smoothn...
While the direct and converse theorems of approximation theory enable us to characterize the smoothn...
The heat kernel associated with the setting of the classical Jacobi polynomials is defined by an osc...
In the study of differential equations on [ − 1,1] subject to linear homogeneous boundary conditions...
International audienceWe consider the global minimization of a polynomial on a compact set B. We sho...
International audienceWe consider the global minimization of a polynomial on a compact set B. We sho...
For orthogonal polynomials defined by compact Jacobi matrix with exponential decay of the coefficien...
AbstractHere, we give a simple proof of a new representation for orthogonal polynomials over triangu...
The heat kernel associated with the setting of the classical Jacobi polynomials isdefined by an osci...
Localised polynomial approximations on the sphere have a variety of applications in areas such as si...
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...
AbstractLet α,β≥-12, and for k=0,1,…, pk(α,β) denote the orthonormalized Jacobi polynomial of degree...
For the filtering of peaks in periodic signals, we specify polynomial filters that are optimally loc...
Abstract. The aim of this paper is to construct sup-exponentially localized kernels and frames in th...
While classical wavelet analysis is adequate for a characterization of local Besov spaces, we propos...
While the direct and converse theorems of approximation theory enable us to characterize the smoothn...
While the direct and converse theorems of approximation theory enable us to characterize the smoothn...
The heat kernel associated with the setting of the classical Jacobi polynomials is defined by an osc...
In the study of differential equations on [ − 1,1] subject to linear homogeneous boundary conditions...
International audienceWe consider the global minimization of a polynomial on a compact set B. We sho...
International audienceWe consider the global minimization of a polynomial on a compact set B. We sho...
For orthogonal polynomials defined by compact Jacobi matrix with exponential decay of the coefficien...
AbstractHere, we give a simple proof of a new representation for orthogonal polynomials over triangu...
The heat kernel associated with the setting of the classical Jacobi polynomials isdefined by an osci...
Localised polynomial approximations on the sphere have a variety of applications in areas such as si...
This article deals with the general linearization problem of Jacobi polynomials. We provide two appr...