This is a continuation of [19], where we presented an extension of the q-hypergeometric function with connection to the title of this paper. In chapter one we present some quadratic q − hypergeometric transformations, to give more examples of this extension. In chapter two, systems of partial q-difference equations for the q-Appell and q-Lauricella functions are presented in the authors notation. Other attempts to find these equations were made by Jackson. It turns out that these q-difference equations can be written in many equivalent forms, which gives rise to the notion of equivalence class for q-difference equations. In chapter three q-analogues of expansion formulas by Chaundy [11] and Burchnall & Chaundy [9] are found. In the proc...
We solve the connection problem of a certain system of linear $q$-difference equations recently intr...
Andrews, Dyson, and Hickerson showed that 2 $ q$-hypergeometric series, going back to Ramanujan, are...
In this paper we present a short description of q-analogues of Gosper’s, Zeilberger’s, Petkovšek’s ...
The purpose of this article is to introduce a new complete multiple q-hypergeometric symbolic calcul...
AbstractWe introduce natural q-analogs of hypergeometric series well-poised in SU(n), the related hy...
We provide a simpler proof for an infinite product expression of Gustafson’s q-beta integral of type...
AbstractThe object of the present paper is to derive a number of transformations involving certain f...
We present three q-Taylor formulas with q-integral remainder. The two last proofs require a slight r...
We introduce a new family of special functions, namely q-Charlier multiple orthogonal polynomials. T...
AbstractA Rodrigues type representation for the second kind solution of a second-order q-difference ...
The book provides a comprehensive introduction to the many aspects of the subject of basic hypergeom...
AbstractA large number of summation and transformation formulas for a certain class of double hyperg...
Andrews gave a remarkable interpretation of the Rogers–Ramanujan identities with the polynomials ρe(...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
In this paper, we develop the theory of the multiple q-analogue of the Heine's binomial formula, cha...
We solve the connection problem of a certain system of linear $q$-difference equations recently intr...
Andrews, Dyson, and Hickerson showed that 2 $ q$-hypergeometric series, going back to Ramanujan, are...
In this paper we present a short description of q-analogues of Gosper’s, Zeilberger’s, Petkovšek’s ...
The purpose of this article is to introduce a new complete multiple q-hypergeometric symbolic calcul...
AbstractWe introduce natural q-analogs of hypergeometric series well-poised in SU(n), the related hy...
We provide a simpler proof for an infinite product expression of Gustafson’s q-beta integral of type...
AbstractThe object of the present paper is to derive a number of transformations involving certain f...
We present three q-Taylor formulas with q-integral remainder. The two last proofs require a slight r...
We introduce a new family of special functions, namely q-Charlier multiple orthogonal polynomials. T...
AbstractA Rodrigues type representation for the second kind solution of a second-order q-difference ...
The book provides a comprehensive introduction to the many aspects of the subject of basic hypergeom...
AbstractA large number of summation and transformation formulas for a certain class of double hyperg...
Andrews gave a remarkable interpretation of the Rogers–Ramanujan identities with the polynomials ρe(...
International audienceIn this paper, we study the algebraic relations satisfied by the solutions of ...
In this paper, we develop the theory of the multiple q-analogue of the Heine's binomial formula, cha...
We solve the connection problem of a certain system of linear $q$-difference equations recently intr...
Andrews, Dyson, and Hickerson showed that 2 $ q$-hypergeometric series, going back to Ramanujan, are...
In this paper we present a short description of q-analogues of Gosper’s, Zeilberger’s, Petkovšek’s ...