The reciprocal super Catalan matrix studied by Prodinger is further generalized, introducing two additional parameters. Explicit formulae are derived for the LU-decomposition and their inverses, as well as the Cholesky decomposition. The approach is to use q-analysis and to leave the justification of the necessary identities to the q-version of Zeilberger's celebrated algorithm
q-analogs of the Catalan numbers c‘, = (I/(n + I))($) are studied from the view-point of Lagrange i...
Abstractq-analogs of the Catalan numbers Cn = (1(n + 1))(n2n) are studied from the view-point of Lag...
WOS: 000478255600001We consider a special matrix with integer coefficients and obtain an LU factoriz...
Recently Prodinger [8] considered the reciprocal super Catalan matrix and gave explicit formula for ...
Recently Prodinger [8] considered the reciprocal super Catalan matrix and gave explicit formulæ for ...
The reciprocal super Catalan matrix has entries . Explicit formulæ for its LU-decomposition, the LU-...
In this paper, we define two kinds variants of the super Catalan matrix as well as their q-analoques...
In this paper, we present a number of combinatorial matrices that are generalizations or variants of...
A generalized q-Pilbert matrix from[KILIC, E.-PRODINGER, H.: The q-Pilbert matrix, Int. J. Comput. M...
We introduce a generalized Lilbert [Lucas-Hilbert] matrix. Explicit formul' are derived for the LU-d...
We present two q-analogs of the super Catalan numbers, which also generalize Carlitz’s q-Catalan num...
abstract: The Super Catalan numbers are a known set of numbers which have so far eluded a combinator...
Four generalizations of the Filbert matrix are considered; with additional asymmetric parameter sett...
AbstractWe use an analytical approach to find the kth power of the Catalan matrix. Precisely, it is ...
In this note we give a survey about polynomials whose moments are multiples of super Catalan numbers...
q-analogs of the Catalan numbers c‘, = (I/(n + I))($) are studied from the view-point of Lagrange i...
Abstractq-analogs of the Catalan numbers Cn = (1(n + 1))(n2n) are studied from the view-point of Lag...
WOS: 000478255600001We consider a special matrix with integer coefficients and obtain an LU factoriz...
Recently Prodinger [8] considered the reciprocal super Catalan matrix and gave explicit formula for ...
Recently Prodinger [8] considered the reciprocal super Catalan matrix and gave explicit formulæ for ...
The reciprocal super Catalan matrix has entries . Explicit formulæ for its LU-decomposition, the LU-...
In this paper, we define two kinds variants of the super Catalan matrix as well as their q-analoques...
In this paper, we present a number of combinatorial matrices that are generalizations or variants of...
A generalized q-Pilbert matrix from[KILIC, E.-PRODINGER, H.: The q-Pilbert matrix, Int. J. Comput. M...
We introduce a generalized Lilbert [Lucas-Hilbert] matrix. Explicit formul' are derived for the LU-d...
We present two q-analogs of the super Catalan numbers, which also generalize Carlitz’s q-Catalan num...
abstract: The Super Catalan numbers are a known set of numbers which have so far eluded a combinator...
Four generalizations of the Filbert matrix are considered; with additional asymmetric parameter sett...
AbstractWe use an analytical approach to find the kth power of the Catalan matrix. Precisely, it is ...
In this note we give a survey about polynomials whose moments are multiples of super Catalan numbers...
q-analogs of the Catalan numbers c‘, = (I/(n + I))($) are studied from the view-point of Lagrange i...
Abstractq-analogs of the Catalan numbers Cn = (1(n + 1))(n2n) are studied from the view-point of Lag...
WOS: 000478255600001We consider a special matrix with integer coefficients and obtain an LU factoriz...