AbstractThe problem of proving a particular binomial identity is taken as an opportunity to discuss various aspects of this field and to discuss various proof techniques in an exemplary way. In particular, the unifying role of the hypergeometric nature of binomial identities is underlined. This aspect is also basic for combinatorial models and techniques, developed during the last decade, and for the recent algorithmic proof procedures.“Much of mathematics comes from looking at very simple examples from a more general perspective. Hypergeometric functions are a good example of this.
AbstractAn algorithm for proving terminating hypergeometric identities, and thus binomial coefficien...
The study of identities is itself a major concern of combinatorial mathematics. Many formulas that a...
Nowadays, the growing complexity of mathematical and computational modelling demands the simplicity ...
AbstractThe problem of proving a particular binomial identity is taken as an opportunity to discuss ...
This paper presents a general method for proving and discovering combinatorial identities: to prove ...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper focuses on two binomial identities. The proofs illustrate the power and elegance in enume...
In this thesis, we consider the impact of computers on the proof of identities in mathematics. We ar...
Two methods are presented for determining advanced combinatorial identities. The first is based on e...
AbstractIn this paper, we present a method for obtaining a wide class of combinatorial identities. W...
AbstractBased on Gosper's algorithm for indefinite hypergeometric summation, Zeilberger's algorithm ...
This paper presents an algorithmic technique to establish a theorem on the Annamalai’s binomial iden...
This paper presents an algorithmic technique to establish a theorem on the Annamalai’s binomial iden...
Title from first page of PDF file (viewed November 18, 2010)Includes bibliographical references (p. ...
AbstractAn algorithm for proving terminating hypergeometric identities, and thus binomial coefficien...
The study of identities is itself a major concern of combinatorial mathematics. Many formulas that a...
Nowadays, the growing complexity of mathematical and computational modelling demands the simplicity ...
AbstractThe problem of proving a particular binomial identity is taken as an opportunity to discuss ...
This paper presents a general method for proving and discovering combinatorial identities: to prove ...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper focuses on two binomial identities. The proofs illustrate the power and elegance in enume...
In this thesis, we consider the impact of computers on the proof of identities in mathematics. We ar...
Two methods are presented for determining advanced combinatorial identities. The first is based on e...
AbstractIn this paper, we present a method for obtaining a wide class of combinatorial identities. W...
AbstractBased on Gosper's algorithm for indefinite hypergeometric summation, Zeilberger's algorithm ...
This paper presents an algorithmic technique to establish a theorem on the Annamalai’s binomial iden...
This paper presents an algorithmic technique to establish a theorem on the Annamalai’s binomial iden...
Title from first page of PDF file (viewed November 18, 2010)Includes bibliographical references (p. ...
AbstractAn algorithm for proving terminating hypergeometric identities, and thus binomial coefficien...
The study of identities is itself a major concern of combinatorial mathematics. Many formulas that a...
Nowadays, the growing complexity of mathematical and computational modelling demands the simplicity ...