The Laguerre derivative and its iterations have been used to define new sets of special functions, showing the possibility of generating a kind of parallel universe for mathematical entities of this kind. In this paper, we introduce the Laguerre-type Appell polynomials, in particular, the Bernoulli and Euler case, and we examine a set of hypergeometric Laguerre–Bernoulli polynomials. We show their main properties and indicate their possible extensions
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
AbstractWe proceed to the quadratic decomposition of Appell sequences and we characterise the four d...
In hypercomplex context, we have recently constructed Appell sequences with respect to a generalized...
AbstractGeneral classes of two variables Appell polynomials are introduced by exploiting properties ...
Various families of generating functions have been established by a number of authors in many differ...
We first introduce a generalization of the Bernoulli polynomials, and consequently of the Bernoulli ...
AbstractIn this note we give a digest study of Appell-Laguerre polynomials, we provide a recurrence ...
We first introduce a generalization of the Bernoulli polynomials, and consequently of the Bernoulli ...
We proceed to the quadratic decomposition of Appell sequences and we characterise the four derived s...
We develop an extension of the classical Bell polynomials introducing the Laguerre-type version of t...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
AbstractWe proceed to the quadratic decomposition of Appell sequences and we characterise the four d...
In hypercomplex context, we have recently constructed Appell sequences with respect to a generalized...
AbstractGeneral classes of two variables Appell polynomials are introduced by exploiting properties ...
Various families of generating functions have been established by a number of authors in many differ...
We first introduce a generalization of the Bernoulli polynomials, and consequently of the Bernoulli ...
AbstractIn this note we give a digest study of Appell-Laguerre polynomials, we provide a recurrence ...
We first introduce a generalization of the Bernoulli polynomials, and consequently of the Bernoulli ...
We proceed to the quadratic decomposition of Appell sequences and we characterise the four derived s...
We develop an extension of the classical Bell polynomials introducing the Laguerre-type version of t...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
Using the techniques of the modern umbral calculus, we derive several combinatorial identities invol...
AbstractWe proceed to the quadratic decomposition of Appell sequences and we characterise the four d...
In hypercomplex context, we have recently constructed Appell sequences with respect to a generalized...