We study a family of symmetric third-order recurring sequences with the aid of Riordan arrays and Chebyshev polynomials. Formulas involving both Chebyshev polynomials and Fibonacci numbers are established. The family of sequences defined by the product of consecutive terms of the first family of sequences is also studied, and links to the Chebyshev polynomials are again established, including continued fraction expressions. A multiplicative result is established relating Chebyshev polynomials to sequences of doubled Chebyshev polynomials. Links to a special Catalan related Riordan array are explored
We study a family of polynomials in two variables, identifying them as the moments of a two-paramete...
Here we present a characterization of Sheffer-type polynomial sequences based on the isomorphism bet...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
We study a family of symmetric third-order recurring sequences with the aid of Riordan arrays and Ch...
We study integer sequences using methods from the theory of continued fractions, or- thogonal polyno...
Here presented are the definitions of (c)-Riordan arrays and (c)-Bell polynomials which are extensio...
We determine which (ordinary) Riordan arrays are the coefficient arrays of a family of orthogonal po...
We present a parametric family of Riordan arrays, which are obtained by multiplying any Riordan arra...
We study constant coefficient four term recurrences for polynomials, in analogy to the three-term re...
We study integer sequences and transforms that operate on them. Many of these transforms are defined...
We study a family of sequences of Catalan-like numbers based on the series reversion process. Proper...
AbstractWe give recurrence relations for any family of generalized Appell polynomials unifying so so...
Riordan arrays have been used as a powerful tool for solving applied algebraic and enumerative comb...
Using the theory of exponential Riordan arrays and orthogonal polynomials, we demonstrate that the `...
The Chebyshev-Boubaker polynomials are the orthogonal polynomials whose coefficient arrays are defin...
We study a family of polynomials in two variables, identifying them as the moments of a two-paramete...
Here we present a characterization of Sheffer-type polynomial sequences based on the isomorphism bet...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
We study a family of symmetric third-order recurring sequences with the aid of Riordan arrays and Ch...
We study integer sequences using methods from the theory of continued fractions, or- thogonal polyno...
Here presented are the definitions of (c)-Riordan arrays and (c)-Bell polynomials which are extensio...
We determine which (ordinary) Riordan arrays are the coefficient arrays of a family of orthogonal po...
We present a parametric family of Riordan arrays, which are obtained by multiplying any Riordan arra...
We study constant coefficient four term recurrences for polynomials, in analogy to the three-term re...
We study integer sequences and transforms that operate on them. Many of these transforms are defined...
We study a family of sequences of Catalan-like numbers based on the series reversion process. Proper...
AbstractWe give recurrence relations for any family of generalized Appell polynomials unifying so so...
Riordan arrays have been used as a powerful tool for solving applied algebraic and enumerative comb...
Using the theory of exponential Riordan arrays and orthogonal polynomials, we demonstrate that the `...
The Chebyshev-Boubaker polynomials are the orthogonal polynomials whose coefficient arrays are defin...
We study a family of polynomials in two variables, identifying them as the moments of a two-paramete...
Here we present a characterization of Sheffer-type polynomial sequences based on the isomorphism bet...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...