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Dive into the research topics where William J. Keith is active.

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Featured researches published by William J. Keith.


Discrete Mathematics | 2009

Distribution of the full rank in residue classes for odd moduli

William J. Keith

The distribution of values of the full ranks of marked Durfee symbols is examined in prime and nonprime arithmetic progressions. The relative populations of different residues for the same modulus are determined: the primary result is that k-marked Durfee symbols of n equally populate the residue classes a and bmod2k+1 if gcd(a,2k+1)=gcd(b,2k+1). These are used to construct a few congruences. The general procedure is illustrated with a particular theorem on 4-marked symbols for multiples of 3.


Annals of Combinatorics | 2018

On the Density of the Odd Values of the Partition Function

Samuel D. Judge; William J. Keith; Fabrizio Zanello

The purpose of this note is to introduce a new approach to the study of one of the most basic and seemingly intractable problems in partition theory, namely, the conjecture that the partition function p(n) is equidistributed modulo 2.Our main result will relate the densities, say,


Integers | 2011

Recursively Self-Conjugate Partitions

William J. Keith


arXiv: Combinatorics | 2016

The part-frequency matrices of a partition

William J. Keith

{\delta_t}


Archive | 2015

Partitions into Parts Simultaneously Regular, Distinct, And/or Flat

William J. Keith


Discrete Mathematics | 2010

Proof of a conjectured q,t-Schröder identity

William J. Keith

δt, of the odd values of the t-multipartition functions


Ramanujan Journal | 2014

Congruences for 9-regular partitions modulo 3

William J. Keith


Annals of Combinatorics | 2011

A Bijective Toolkit for Signed Partitions

William J. Keith

{p_t(n)}


Applied Mathematics & Information Sciences | 2014

Two Self-Dual Lattices of Signed Integer Partitions

Giampiero Chiaselotti; William J. Keith; Paolo A. Oliverio


arXiv: Combinatorics | 2010

Partitions with prescribed hooksets

William J. Keith; Rishi Nath

pt(n), for several integers t. In particular, we will show that if

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Donald L. Kreher

Michigan Technological University

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Ângela Mestre

National Autonomous University of Mexico

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Fabrizio Zanello

Michigan Technological University

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Rishi Nath

City University of New York

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Samuel D. Judge

Michigan Technological University

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Sean Grindatti

Michigan Technological University

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