Systematic Counting of Restricted Partitions
Mingjia Yang, Doron Zeilberger

TL;DR
This paper introduces two systematic methods for counting classes of integer partitions that avoid specified pattern sets, advancing combinatorial enumeration techniques.
Contribution
It presents novel approaches for enumerating pattern-avoiding partitions, expanding the toolkit for combinatorial pattern avoidance analysis.
Findings
Developed two systematic counting methods.
Applied methods to various pattern sets.
Enhanced understanding of pattern-avoiding partitions.
Abstract
Integer partitions are one of the most fundamental objects of combinatorics (and number theory), and so is enumerating objects avoiding patterns. In the present paper we describe two approaches for the systematic counting of classes of partitions avoiding an arbitrary set of "patterns".
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Taxonomy
TopicsAdvanced Mathematical Identities · Advanced Combinatorial Mathematics · Analytic Number Theory Research
