activity
20162026
most citedOn the Number of Rainbow Spanning Trees in Edge-Colored Complete Graphs

6 citations · 13 across the 9 of their papers we have counts for

collaborators

10 papers

math.CO2026

On fixing and distinguishing numbers of trees

Calum Buchanan, Peter Dankelmann, Isabel Harris +3

A graph is -distinguishable if there is a labeling of its vertices with labels such that the only automorphism of which preserves the labeling is the identity. The d…

math.CO2024

Paint cost spectrum of perfect -ary trees

Sonwabile Mafunda, Jonathan L. Merzel, K. E. Perry +1

We determine the paint cost spectrum for perfect -ary trees. A coloring of the vertices of a graph with colors is said to be \emph{-distinguishing} if only the trivia…

math.CO2022

Toughness of recursively partitionable graphs

Calum Buchanan, Brandon Du Preez, K. E. Perry +1

A simple graph on vertices is said to be recursively partitionable (RP) if , or if is connected and satisfies the following recursive property: for…

math.CO2021

Symmetry Parameters for Mycielskian Graphs

Debra Boutin, Sally Cockburn, Lauren Keough +3

The Mycielskian construction, denoted , takes a finite simple graph to a larger graph with of the same clique number but larger chromatic number. The generalized Mycielsk…

math.CO2020★ 1 cited

An Extremal Problem on Rainbow Spanning Trees in Graphs

Matthew DeVilbiss, Bradley Fain, Amber Holmes +3

A spanning tree of an edge-colored graph is rainbow provided that each of its edges receives a distinct color. In this paper we consider the natural extremal problem of maximizing…

math.CO2020★ 3 cited

Distinguishing Generalized Mycielskian Graphs

Debra Boutin, Sally Cockburn, Lauren Keough +3

A graph is -distinguishable if there is a coloring of the vertices with colors so that only the trivial automorphism preserves the color classes. The smallest such i…