AbstractIn this paper we give a computer proof of a new polynomial identity, which extends a recent result of Alladi and the first author. In addition, we provide computer proofs for new finite analogs of Jacobi and Euler formulas. All computer proofs are done with the aid of the new computer algebra package qMultiSum developed by the second author. qMultiSum implements an algorithmic refinement of Wilf and Zeilberger's multi-q-extension of Sister Celine's technique utilizing additional ideas of Verbaeten and Wegschaider
Division of polynomials has fundamental importance in algorithmic algebra, and is commonly encounter...
AbstractThe Martin polynomials, introduced by Martin in his 1977 thesis, encode information about th...
In 2010 Chung-Graham-Knuth proved an interesting symmetric identity for the Eulerian numbers and ask...
AbstractIn a recent paper by the authors, a bounded version of Göllnitz's (big) partition theorem wa...
The purpose of the thesis is to get a better understanding of computer algebra in general, and polyn...
AbstractWe present a computer algebra approach to proving identities on Bernoulli polynomials and Eu...
AbstractRecently Andrews proposed a problem of finding a combinatorial proof of an identity on the q...
Abstract. We present a computer algebra approach to proving identities on Bernoulli poly-nomials and...
We use the q-binomial theorem to prove three new polynomial identities involving q-trinomial coecien...
This paper presents a general method for proving and discovering combinatorial identities: to prove ...
Categories and Subject Descriptors I.1.2 [Computing Methodologies]: Symbolic and Algebraic Manipulat...
National audienceWe prove an identity about partitions, previously conjectured in the study of shift...
Abstract. In his famous book Combinatory Analysis MacMahon introduced Partition Analysis (Omega Cal...
This thesis deals with applications of experimental mathematics to a variety of fields. The first i...
We present alternative, q-hypergeometric proofs of some polynomial analogues of classical q-series i...
Division of polynomials has fundamental importance in algorithmic algebra, and is commonly encounter...
AbstractThe Martin polynomials, introduced by Martin in his 1977 thesis, encode information about th...
In 2010 Chung-Graham-Knuth proved an interesting symmetric identity for the Eulerian numbers and ask...
AbstractIn a recent paper by the authors, a bounded version of Göllnitz's (big) partition theorem wa...
The purpose of the thesis is to get a better understanding of computer algebra in general, and polyn...
AbstractWe present a computer algebra approach to proving identities on Bernoulli polynomials and Eu...
AbstractRecently Andrews proposed a problem of finding a combinatorial proof of an identity on the q...
Abstract. We present a computer algebra approach to proving identities on Bernoulli poly-nomials and...
We use the q-binomial theorem to prove three new polynomial identities involving q-trinomial coecien...
This paper presents a general method for proving and discovering combinatorial identities: to prove ...
Categories and Subject Descriptors I.1.2 [Computing Methodologies]: Symbolic and Algebraic Manipulat...
National audienceWe prove an identity about partitions, previously conjectured in the study of shift...
Abstract. In his famous book Combinatory Analysis MacMahon introduced Partition Analysis (Omega Cal...
This thesis deals with applications of experimental mathematics to a variety of fields. The first i...
We present alternative, q-hypergeometric proofs of some polynomial analogues of classical q-series i...
Division of polynomials has fundamental importance in algorithmic algebra, and is commonly encounter...
AbstractThe Martin polynomials, introduced by Martin in his 1977 thesis, encode information about th...
In 2010 Chung-Graham-Knuth proved an interesting symmetric identity for the Eulerian numbers and ask...