AbstractLimit relations between classical continuous (Jacobi, Laguerre, Hermite) and discrete (Charlier, Meixner, Kravchuk, Hahn) orthogonal polynomials are well known and can be described by relations of type limλ → ∞ Pn(x;λ) = Qn(x). Deeper information on these limiting processes can be obtained from the expansion Pn(x;λ) = ∑k=0∞Rk(x;n)λk. In this paper a method for the recursive computation of coefficients Rk(x;n) is designed being the main tool the consideration of a closely related connection problem which can be solved, also recurrently, by using an algorithm recently developed by the authors
AbstractMost of the classical orthogonal polynomials (continuous, discrete and their q-analogues) ca...
Formulae expressing explicitly the q-difference derivatives and the moments of the polynomials Pn(x ...
AbstractFormulae expressing explicitly the q-difference derivatives and the moments of the polynomia...
AbstractLimit relations between classical continuous (Jacobi, Laguerre, Hermite) and discrete (Charl...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe give explicitly recurrence relations satisfied by the connection coefficients between two...
AbstractFormulae expressing explicitly the q-difference derivatives and the moments of the polynomia...
AbstractWe describe a simple approach in order to build recursively the connection coefficients betw...
We obtain the structure relations for q-orthogonal polynomials in the exponential lattice q 2s and f...
In this paper, we consider a natural extension of several results related to Krall-type polynomials ...
AbstractMost of the classical orthogonal polynomials (continuous, discrete and their q-analogues) ca...
Formulae expressing explicitly the q-difference derivatives and the moments of the polynomials Pn(x ...
AbstractFormulae expressing explicitly the q-difference derivatives and the moments of the polynomia...
AbstractLimit relations between classical continuous (Jacobi, Laguerre, Hermite) and discrete (Charl...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe present a simple approach in order to compute recursively the connection coefficients bet...
AbstractWe give explicitly recurrence relations satisfied by the connection coefficients between two...
AbstractFormulae expressing explicitly the q-difference derivatives and the moments of the polynomia...
AbstractWe describe a simple approach in order to build recursively the connection coefficients betw...
We obtain the structure relations for q-orthogonal polynomials in the exponential lattice q 2s and f...
In this paper, we consider a natural extension of several results related to Krall-type polynomials ...
AbstractMost of the classical orthogonal polynomials (continuous, discrete and their q-analogues) ca...
Formulae expressing explicitly the q-difference derivatives and the moments of the polynomials Pn(x ...
AbstractFormulae expressing explicitly the q-difference derivatives and the moments of the polynomia...