activity
20112022
most citedPropagation time for zero forcing on a graph

98 citations · 348 across the 30 of their papers we have counts for

collaborators

36 papers

math.CO2022★ 1 cited

Computer assisted discovery: Zero forcing vs vertex cover

Boris Brimkov, Randy Davila, Houston Schuerger +1

In this paper, we showcase the process of using an automated conjecturing program called \emph{TxGraffiti} written and maintained by the second author. We begin by proving a conjec…

math.CO2020★ 1 cited

Generalizations of Leaky Forcing

Joseph S. Alameda, Juergen Kritschgau, Michael Young

Vertex leaky forcing was recently introduced as a new variation of zero forcing in order to show how vertex leaks can disrupt the zero forcing process in a graph. An edge leak is a…

math.CO2020

On leaky forcing and resilience

Joseph S. Alameda, Jürgen Kritschgau, Nathan Warnberg +1

A leak is a vertex that is not allowed to perform a force during the zero forcing process. Leaky forcing was recently introduced as a new variation of zero forcing in order to anal…

math.CO2020

The Polychromatic Number of Small Subsets of the Integers Modulo

Emelie Curl, John Goldwasser, Joe Sampson +1

If is a subset of an abelian group , the polychromatic number of in is the largest integer so that there is a coloring of the elements of such that every…

math.CO2020★ 1 cited

An upper bound for the -power domination number in -uniform hypergraphs

Joseph S. Alameda, Franklin Kenter, Karen Meagher +1

Generalizing work on graphs, Chang and Roussel introduced -power domination in hypergraphs and conjectured the upper bound for the -power domination number for -uniform hy…

math.CO2019

Rainbow Numbers of for

Katie Ansaldi, Houssein El Turkey, Jessica Hamm +3

An exact -coloring of a set is a surjective function . The rainbow number of a set for equation is the smallest integer such that every exact -co…