With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provides two kinds of general expansion formulas, called respectively the first expansion formula and the second expansion formula, that yield a constructive solution to the problem of the expansion of A(ˆt)f([g(t)) (a composition of any given formal power series) and the expansion of the multivariate entire functions in terms of multivariate Sheffer-type polynomials, which may be considered an application of the first expansion formula and the Sheffer-type operators. The results are applicable to combinatorics and special function theory
AbstractUsing the MacMahon Master Theorem, Carlitz, in (SIAM J. Appl. Math. 26 (1974), 431–436; 8 (1...
AbstractWe present a method to develop multivariate polynomials in multiple series of products of un...
We reconsider the theory of Appèl polynomials using an operational point of view. We introduce the ...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differ-ential operators, this paper provid...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
AbstractUsing the MacMahon Master Theorem, Carlitz, in (SIAM J. Appl. Math. 26 (1974), 431–436; 8 (1...
AbstractWe present a method to develop multivariate polynomials in multiple series of products of un...
We reconsider the theory of Appèl polynomials using an operational point of view. We introduce the ...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differential operators, this paper provide...
With the aid of multivariate Sheffer-type polynomials and differ-ential operators, this paper provid...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
In this paper we discuss a kind of symbolic operator method by making use of the defined Sheffer-typ...
AbstractUsing the MacMahon Master Theorem, Carlitz, in (SIAM J. Appl. Math. 26 (1974), 431–436; 8 (1...
AbstractWe present a method to develop multivariate polynomials in multiple series of products of un...
We reconsider the theory of Appèl polynomials using an operational point of view. We introduce the ...