AbstractThis paper describes an approach to generalized Bernoulli polynomials in higher dimensions by using Clifford algebras. Due to the fact that the obtained Bernoulli polynomials are special hypercomplex holomorphic (monogenic) functions in the sense of Clifford Analysis, they have properties very similar to those of the classical polynomials. Hypercomplex Pascal and Bernoulli matrices are defined and studied, thereby generalizing results recently obtained by Zhang and Wang (Z. Zhang, J. Wang, Bernoulli matrix and its algebraic properties, Discrete Appl. Math. 154 (11) (2006) 1622–1632)
The recent introduction of generalized Appell sequences in the framework of Clifford Analysis solved...
Considering the foundation of Quaternionic Analysis by R. Fueter and his collaborators in the beginn...
The Bernoulli polynomials for natural x were first considered by J.Berno\-ulli (1713) in connectio...
AbstractThis paper describes an approach to generalized Bernoulli polynomials in higher dimensions b...
Since the 90-ties the Pascal matrix, its generalizations and applications have been in the focus of ...
This paper provides an insight into different structures of a special polynomial sequence of binomia...
A Pascal matrix function is introduced by Call and Velleman in [3]. In this paper, we will use the f...
AbstractIn this paper, we define the generalized Bernoulli polynomial matrix B(α)(x) and the Bernoul...
Recently the creation matrix, intimately related to the Pascal matrix and its generalizations, has b...
In recent years classical polynomials of a real or complex variable and their generalizations to the...
The usual Clifford algebras are defined by the structure relations e2j = −1 for each j = 1,..., n an...
AbstractThis paper presents some relationships between Pascal matrices, Stirling numbers, and Bernou...
Although the Pascal matrix is one of the oldest in the history of Mathematics, owing to both its uti...
AbstractIn this paper we generalize Pascal's matrix by defining the polynomials “Factorial Binomial”...
Hypercomplex analysis is the extension of complex analysis to higher dimensions where the concept of...
The recent introduction of generalized Appell sequences in the framework of Clifford Analysis solved...
Considering the foundation of Quaternionic Analysis by R. Fueter and his collaborators in the beginn...
The Bernoulli polynomials for natural x were first considered by J.Berno\-ulli (1713) in connectio...
AbstractThis paper describes an approach to generalized Bernoulli polynomials in higher dimensions b...
Since the 90-ties the Pascal matrix, its generalizations and applications have been in the focus of ...
This paper provides an insight into different structures of a special polynomial sequence of binomia...
A Pascal matrix function is introduced by Call and Velleman in [3]. In this paper, we will use the f...
AbstractIn this paper, we define the generalized Bernoulli polynomial matrix B(α)(x) and the Bernoul...
Recently the creation matrix, intimately related to the Pascal matrix and its generalizations, has b...
In recent years classical polynomials of a real or complex variable and their generalizations to the...
The usual Clifford algebras are defined by the structure relations e2j = −1 for each j = 1,..., n an...
AbstractThis paper presents some relationships between Pascal matrices, Stirling numbers, and Bernou...
Although the Pascal matrix is one of the oldest in the history of Mathematics, owing to both its uti...
AbstractIn this paper we generalize Pascal's matrix by defining the polynomials “Factorial Binomial”...
Hypercomplex analysis is the extension of complex analysis to higher dimensions where the concept of...
The recent introduction of generalized Appell sequences in the framework of Clifford Analysis solved...
Considering the foundation of Quaternionic Analysis by R. Fueter and his collaborators in the beginn...
The Bernoulli polynomials for natural x were first considered by J.Berno\-ulli (1713) in connectio...