AbstractIn this paper we propose candidates to be the kernel appearing in the discrete Kramer sampling theorem. These kernels arise either from orthonormal polynomials associated with indeterminate Hamburger or Stieltjes moment problems, or from the second kind orthogonal polynomials associated with the former ones. The sampling points are given by the zeros of the denominator in the Nevanlinna parametrization of the N-extremal measures. Explicit formulae are given associated with some cases where the Nevanlinna parametrization is known explicitly
Kramer\u27s sampling theorem, which is a generalization of the Whittaker-Shannon-Kotel\u27nikov (WSK...
AbstractThe generalized Stieltjes–Wigert polynomials depending on parameters 0≤p<1 and 0<q<1 are dis...
A positive Borel measure μ on R , which possesses all power moments, is N-extremal if the space of a...
AbstractIn this paper we propose candidates to be the kernel appearing in the discrete Kramer sampli...
Abstract. The classical Kramer sampling theorem is, in the subject of self-adjoint bound-ary value p...
The classical Kramer sampling theorem is, in the subject of self-adjoint boundary value problems, on...
Abstract The classical Kramer sampling theorem provides a method for obtaining orthogonal sampling f...
In this paper a new class of Kramer kernels is introduced, motivated by the resolvent of a symmetric...
AbstractThe set of solutions to an indeterminate Hamburger moment problem is given by the Nevanlinna...
Kramer\u27s sampling theorem, which is a generalization of the Whittaker-Shannon-Kotel\u27nikov (WSK...
AbstractWe consider two classes of birth and death processes which lead to indeterminate Stieltjes m...
AbstractThe close relationship between discrete Sturm–Liouville problems belonging to the so-called ...
Kramer’s sampling theorem provides an algorithm for reconstructing a function ƒ, in the form (Formua...
We consider some indeterminate moment problems which all have a discrete solution concentrated on ge...
Kramer's sampling theorem gives us the possibility to reconstruct integral transforms from their val...
Kramer\u27s sampling theorem, which is a generalization of the Whittaker-Shannon-Kotel\u27nikov (WSK...
AbstractThe generalized Stieltjes–Wigert polynomials depending on parameters 0≤p<1 and 0<q<1 are dis...
A positive Borel measure μ on R , which possesses all power moments, is N-extremal if the space of a...
AbstractIn this paper we propose candidates to be the kernel appearing in the discrete Kramer sampli...
Abstract. The classical Kramer sampling theorem is, in the subject of self-adjoint bound-ary value p...
The classical Kramer sampling theorem is, in the subject of self-adjoint boundary value problems, on...
Abstract The classical Kramer sampling theorem provides a method for obtaining orthogonal sampling f...
In this paper a new class of Kramer kernels is introduced, motivated by the resolvent of a symmetric...
AbstractThe set of solutions to an indeterminate Hamburger moment problem is given by the Nevanlinna...
Kramer\u27s sampling theorem, which is a generalization of the Whittaker-Shannon-Kotel\u27nikov (WSK...
AbstractWe consider two classes of birth and death processes which lead to indeterminate Stieltjes m...
AbstractThe close relationship between discrete Sturm–Liouville problems belonging to the so-called ...
Kramer’s sampling theorem provides an algorithm for reconstructing a function ƒ, in the form (Formua...
We consider some indeterminate moment problems which all have a discrete solution concentrated on ge...
Kramer's sampling theorem gives us the possibility to reconstruct integral transforms from their val...
Kramer\u27s sampling theorem, which is a generalization of the Whittaker-Shannon-Kotel\u27nikov (WSK...
AbstractThe generalized Stieltjes–Wigert polynomials depending on parameters 0≤p<1 and 0<q<1 are dis...
A positive Borel measure μ on R , which possesses all power moments, is N-extremal if the space of a...