activity
20102025
most cited(4,2)-choosability of planar graphs with forbidden structures

7 citations · 12 across the 7 of their papers we have counts for

collaborators

7 papers

math.CO2025

Maximizing the number of stars in graphs with forbidden properties

Zhanar Berikkyzy, Kirsten Hogenson, Rachel Kirsch +1

Erdős proved an upper bound on the number of edges in an -vertex non-Hamiltonian graph with given minimum degree and showed sharpness via two members of a particular graph famil…

math.CO2023

Solving Abalone on Small Boards

Joseph Gutstadt, Kirsten Hogenson, John Koerner

Abalone is a 2-player board game with perfect information. The game is played on a 5x5x5 hexagonal grid and ends when a player pushes 6 of their opponents' pieces off the board. Ab…

math.CO2023

Equitable Choosability of Prism Graphs

Kirsten Hogenson, Dan Johnston, Suzanne O'Hara

A graph is equitably -choosable if, for every -uniform list assignment , is -colorable and each color appears on at most vert…

math.CO2018★ 1 cited

A Note on the Maximum Rectilinear Crossing Number of Spiders

Joshua Fallon, Kirsten Hogenson, Lauren Keough +3

The maximum rectilinear crossing number of a graph is the maximum number of crossings in a good straight-line drawing of in the plane. In a good drawing any two edges inter…

math.CO2015★ 7 cited

(4,2)-choosability of planar graphs with forbidden structures

Zhanar Berikkyzy, Christopher Cox, Michael Dairyko +8

All planar graphs are 4-colorable and 5-choosable, while some planar graphs are not 4-choosable. Determining which properties guarantee that a planar graph can be colored using lis…

math.CO2014★ 2 cited

Rainbow arithmetic progressions

Steve Butler, Craig Erickson, Leslie Hogben +8

In this paper, we investigate the anti-Ramsey (more precisely, anti-van der Waerden) properties of arithmetic progressions. For positive integers and , the expression $aw([n…

math.CO2010★ 2 cited

Tiling tripartite graphs with 3-colorable graphs: The extreme case

Kirsten Hogenson, Ryan R. Martin, Yi Zhao

There is a sufficiently large such that the following holds. If is a tripartite graph with vertices in each vertex class such that every vertex is adjace…