This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the proposed approach is the so-called creation matrix, a special subdiagonal matrix having as nonzero entries positive integer numbers, whose exponential coincides with the well-known Pascal matrix. In fact, Sheffer polynomials may be expressed in terms of two matrices both connected to it. As we will show, one of them is strictly related to Appell polynomials, while the other is linked to a binomial type sequence. Consequently, different types of Sheffer polynomials correspond to different choices of these two matrices
In this paper, the class of q-Sheffer-Appell polynomials is introduced. The generating function, ser...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In a unfied approach to the matrix representation of di erent types of real Appell polynomials was d...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
Sheffer’s work is about to turn 100 years after its publication. In reporting this important event, ...
AbstractWe present a matrix formalism to study univariate polynomials. The structure of this formali...
In this paper, the class of q-Sheffer-Appell polynomials is introduced. The generating function, ser...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
This paper deals with a unified matrix representation for the Sheffer polynomials. The core of the p...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In a unfied approach to the matrix representation of di erent types of real Appell polynomials was d...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
In this paper, we propose a unified approach to matrix representations of different types of Appell ...
Sheffer’s work is about to turn 100 years after its publication. In reporting this important event, ...
AbstractWe present a matrix formalism to study univariate polynomials. The structure of this formali...
In this paper, the class of q-Sheffer-Appell polynomials is introduced. The generating function, ser...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...
By using the integral transform method, we introduce some non-Sheffer polynomial sets. Furthermore, ...