activity
20092025
most citedPattern avoidance in forests of binary shrubs

5 citations · 8 across the 7 of their papers we have counts for

collaborators
Showing math.COShow all

6 papers · 1 filter

math.CO2017

A bijection between the set of nesting-similarity classes and L & P matchings

Megan A. Martinez, Manda Riehl

Matchings are frequently used to model RNA secondary structures; however, not all matchings can be realized as RNA motifs. One class of matchings, called the L P matchings, is…

math.CO2016

Pattern Avoiding Linear Extensions of Rectangular Posets

David Anderson, Eric S. Egge, Manda Riehl +3

Inspired by Yakoubov's 2015 investigation of pattern avoiding linear extensions of the posets called combs, we study pattern avoiding linear extensions of rectangular posets. These…

math.CO2015

Pattern Avoidance in Task-Precedence Posets

Mitchell Paukner, Lucy Pepin, Manda Riehl +1

We have extended classical pattern avoidance to a new structure: multiple task-precedence posets whose Hasse diagrams have three levels, which we will call diamonds. The vertices o…

math.CO2015★ 5 cited

Pattern avoidance in forests of binary shrubs

David Bevan, Derek Levin, Peter Nugent +4

We investigate pattern avoidance in permutations satisfying some additional restrictions. These are naturally considered in terms of avoiding patterns in linear extensions of certa…

math.CO2009

On a pattern avoidance condition for the wreath product of cyclic groups with symmetric groups

Sergey Kitaev, Jeffrey Remmel, Manda Riehl

In this paper, we extend to a non-consecutive case, the study of the pattern matching condition on the wreath product of the cyclic group and the symmetric group initiated by the a…

math.CO2009★ 2 cited

New pattern matching conditions for wreath products of the cyclic groups with symmetric groups

Sergey Kitaev, Andrew Niedermaier, Jeffrey Remmel +1

We present several multi-variable generating functions for a new pattern matching condition on the wreath product of the cyclic group and the symmetric group. Our new pattern match…