Recently, Benjamin, Plott, and Sellers proved a variety of identities involving sums of Pell numbers combinatorially by interpreting both sides of a given identity as enumerators of certain sets of tilings using white squares, black squares, and gray dominoes. In this article, we state and prove q–analogues of several Pell identities via weighted tilings
Combinatorics is the field of mathematics studying the combination and permutation of sets of elemen...
In this note, we present combinatorial proofs of some Moriarty-type binomial coefficient identities ...
AbstractBeginning in 1893, L.J. Rogers produced a collection of papers in which he considered series...
In a recent note, Santana and Diaz-Barrero proved a number of sum identities involving the well-know...
AMS Subject Classication: 05A19 Abstract. In a recent note, Santana and Diaz-Barrero proved a number...
In a recent note, Santana and Diaz–Barrero proved a number of sum identities involving the well–know...
AbstractIn 1840, V.A. Lebesgue proved the following two series-product identities:∑n⩾0(−1;q)n(q)nq(n...
We provide tiling proofs of several algebraic formulas for the Pell numbers of odd index, all of whi...
Bodeen et al. recently considered a new combinatorial tiling problem wherein a “strip ” is tiled usi...
We give a combinatorial interpretation of the Fibonacci numbers, then use this interpretation as a t...
AbstractWe examine a pair of Rogers–Ramanujan type identities of Lebesgue, and give polynomial ident...
We use the method of tiling to give elementary combinatorial proofs of some celebrated $q$-series id...
I have developed a tiling interpretation of the q-binomial coefficients. The aim of this thesis is t...
Neste trabalho, colaboramos com provas combinatórias que utilizam a contagem e a q-contagem de eleme...
We examine a pair of Rogers-Ramanujan type identities of Lebesgue, and give polynomial identities fo...
Combinatorics is the field of mathematics studying the combination and permutation of sets of elemen...
In this note, we present combinatorial proofs of some Moriarty-type binomial coefficient identities ...
AbstractBeginning in 1893, L.J. Rogers produced a collection of papers in which he considered series...
In a recent note, Santana and Diaz-Barrero proved a number of sum identities involving the well-know...
AMS Subject Classication: 05A19 Abstract. In a recent note, Santana and Diaz-Barrero proved a number...
In a recent note, Santana and Diaz–Barrero proved a number of sum identities involving the well–know...
AbstractIn 1840, V.A. Lebesgue proved the following two series-product identities:∑n⩾0(−1;q)n(q)nq(n...
We provide tiling proofs of several algebraic formulas for the Pell numbers of odd index, all of whi...
Bodeen et al. recently considered a new combinatorial tiling problem wherein a “strip ” is tiled usi...
We give a combinatorial interpretation of the Fibonacci numbers, then use this interpretation as a t...
AbstractWe examine a pair of Rogers–Ramanujan type identities of Lebesgue, and give polynomial ident...
We use the method of tiling to give elementary combinatorial proofs of some celebrated $q$-series id...
I have developed a tiling interpretation of the q-binomial coefficients. The aim of this thesis is t...
Neste trabalho, colaboramos com provas combinatórias que utilizam a contagem e a q-contagem de eleme...
We examine a pair of Rogers-Ramanujan type identities of Lebesgue, and give polynomial identities fo...
Combinatorics is the field of mathematics studying the combination and permutation of sets of elemen...
In this note, we present combinatorial proofs of some Moriarty-type binomial coefficient identities ...
AbstractBeginning in 1893, L.J. Rogers produced a collection of papers in which he considered series...