T. A. Dowling introduced Whitney numbers of the first and second kind concerning the so-called Dowling lattices of finite groups. It turned out that they are generalizations of Stirling numbers. Later, I. Mező defined r-Whitney numbers as common generalizations of Whitney numbers and r-Stirling numbers. Additionally, G.-S. Cheon and J.-H. Jung defined r-Whitney-Lah numbers. In our paper, we give new combinatorial interpretations of r-Whitney and r-Whitney-Lah numbers, which correspond better with the combinatorial definitions of Stirling, r-Stirling, Lah and r-Lah numbers. These allow us to explain their properties in a purely combinatorial manner, as well as derive several new identities
In the paper, the authors find several identities, including a new recurrence relation for the Stirl...
This book is a unique work which provides an in-depth exploration into the mathematical expertise, p...
The r-Whitney numbers of the second kind were introduced by I. Mez}o in 2010. These numbers are the ...
In the present article we introduce two new combinatorial interpretations of the r-Whitney numbers o...
After his extensive study of Whitney numbers, Benoumhani introduced Dowling numbers and polynomials ...
AbstractWe study some polynomials arising from Whitney numbers of the second kind of Dowling lattice...
AbstractIn this paper, we study some properties of Whitney numbers of Dowling lattices and related p...
The combinatorial role of unsigned Stirling and Lah numbers is reexamined in connection with ordinar...
AbstractThe theory of modular binomial lattices enables the simultaneous combinatorial analysis of f...
A doktori értekezésben Stirling- és Bell-típusú számok különböző általánosításaival foglalkozunk. A ...
We study the Whitney numbers of the first kind of combinatorial geometries, in connection with the t...
AbstractThe r-Stirling numbers of the first and second kind count restricted permutations and respec...
In this paper, type 2 (p,q)-analogues of the r-Whitney numbers of the second kind is defined and a c...
AbstractIn this paper we give a combinatorial interpretation of two classes of generalized Stirling ...
In this paper, we consider a (p, q)-generalization of the r-Whitney num- ber sequence of the first k...
In the paper, the authors find several identities, including a new recurrence relation for the Stirl...
This book is a unique work which provides an in-depth exploration into the mathematical expertise, p...
The r-Whitney numbers of the second kind were introduced by I. Mez}o in 2010. These numbers are the ...
In the present article we introduce two new combinatorial interpretations of the r-Whitney numbers o...
After his extensive study of Whitney numbers, Benoumhani introduced Dowling numbers and polynomials ...
AbstractWe study some polynomials arising from Whitney numbers of the second kind of Dowling lattice...
AbstractIn this paper, we study some properties of Whitney numbers of Dowling lattices and related p...
The combinatorial role of unsigned Stirling and Lah numbers is reexamined in connection with ordinar...
AbstractThe theory of modular binomial lattices enables the simultaneous combinatorial analysis of f...
A doktori értekezésben Stirling- és Bell-típusú számok különböző általánosításaival foglalkozunk. A ...
We study the Whitney numbers of the first kind of combinatorial geometries, in connection with the t...
AbstractThe r-Stirling numbers of the first and second kind count restricted permutations and respec...
In this paper, type 2 (p,q)-analogues of the r-Whitney numbers of the second kind is defined and a c...
AbstractIn this paper we give a combinatorial interpretation of two classes of generalized Stirling ...
In this paper, we consider a (p, q)-generalization of the r-Whitney num- ber sequence of the first k...
In the paper, the authors find several identities, including a new recurrence relation for the Stirl...
This book is a unique work which provides an in-depth exploration into the mathematical expertise, p...
The r-Whitney numbers of the second kind were introduced by I. Mez}o in 2010. These numbers are the ...