AbstractIt follows from the work of Andrews and Bressoud that fort⩽1, the number of partitions ofnwith all successive ranks at leasttis equal to the number of partitions ofnwith no part of size 2−t. We give a simple bijection for this identity which generalizes a result of Cheema and Gordon for 2-rowed plane partitions. The bijection yields several refinements of the identity when the partition counts are parametrized by the number of parts and/or the size of the Durfee rectangle. In addition, it gives an interpretation of the difference of (shifted) successive Gaussian polynomials which we relate to other interpretations of Andrews and Fishel
AbstractIn (Bessenrodt, 1991) a combinatorial proof of a refinement of the Andrews-Olsson partition ...
In 1748, Euler published his Introductio in Analysin Infinitorum. Chapter 16 of this work is the firs...
AbstractA bijection is presented between (1): partitions with conditions fj+fj+1≤k−1 and f1≤i−1, whe...
AbstractIt follows from the work of Andrews and Bressoud that fort⩽1, the number of partitions ofnwi...
Andrews and Olsson [2] have recently proved a general partition identity a special case of which pro...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2005.Includes bibliogr...
Based on the combinatorial proof of Schur’s partition theorem given by Bressoud, and the combinatori...
In this paper, we present a generalization of one of the theorems in Partitions with parts separated...
Throughout our study of the enumeration of plane partitions we make use of bijective proofs to find ...
AbstractIn this paper, we give a combinatorial proof via lattice paths of the following result due t...
AbstractWe utilize Dyson' concept of the adjoint of a partition to derive an infinite family of new ...
AbstractWe provide a bijective map from the partitions enumerated by the series side of the Rogers–S...
In 1748, Euler published his Introductio in Analysin Infinitorum. Chapter 16 of this work is the firs...
AbstractIn this paper we give a bijection between the partitions of n with parts congruent to 1 or 4...
For each positive integer n, we construct a bijection between the odd partitions of n and the distin...
AbstractIn (Bessenrodt, 1991) a combinatorial proof of a refinement of the Andrews-Olsson partition ...
In 1748, Euler published his Introductio in Analysin Infinitorum. Chapter 16 of this work is the firs...
AbstractA bijection is presented between (1): partitions with conditions fj+fj+1≤k−1 and f1≤i−1, whe...
AbstractIt follows from the work of Andrews and Bressoud that fort⩽1, the number of partitions ofnwi...
Andrews and Olsson [2] have recently proved a general partition identity a special case of which pro...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2005.Includes bibliogr...
Based on the combinatorial proof of Schur’s partition theorem given by Bressoud, and the combinatori...
In this paper, we present a generalization of one of the theorems in Partitions with parts separated...
Throughout our study of the enumeration of plane partitions we make use of bijective proofs to find ...
AbstractIn this paper, we give a combinatorial proof via lattice paths of the following result due t...
AbstractWe utilize Dyson' concept of the adjoint of a partition to derive an infinite family of new ...
AbstractWe provide a bijective map from the partitions enumerated by the series side of the Rogers–S...
In 1748, Euler published his Introductio in Analysin Infinitorum. Chapter 16 of this work is the firs...
AbstractIn this paper we give a bijection between the partitions of n with parts congruent to 1 or 4...
For each positive integer n, we construct a bijection between the odd partitions of n and the distin...
AbstractIn (Bessenrodt, 1991) a combinatorial proof of a refinement of the Andrews-Olsson partition ...
In 1748, Euler published his Introductio in Analysin Infinitorum. Chapter 16 of this work is the firs...
AbstractA bijection is presented between (1): partitions with conditions fj+fj+1≤k−1 and f1≤i−1, whe...