activity
20182026
most citedTypical structure of hereditary graph families. II. Exotic examples

2 citations · 3 across the 8 of their papers we have counts for

collaborators

12 papers

math.CO2026

Basis Number and Pathwidth

Babak Miraftab, Pat Morin, Yelena Yuditsky

We prove two results relating the basis number of a graph to path decompositions of . Our first result shows that the basis number of a graph is at most four times its pathw…

math.CO2025

The asymptotic -boundedness of hereditary families

Bruce Reed, Yelena Yuditsky

A family of graphs is asymptotically -bounded with bounding function if almost every graph in the family satisfies . A graph is -free if…

math.CO2025

Typical -free graphs

Bruce Reed, Yelena Yuditsky

We prove that for every tree which is not an edge, for almost every graph which does not contain as an induced subgraph, has a partition into parts cert…

math.CO2025

Face covers and rooted minors in bounded genus graphs

Samuel Fiorini, Stefan Kober, Michał T. Seweryn +2

A {\em rooted graph} is a graph together with a designated vertex subset, called the {\em roots}. In this paper, we consider rooted graphs embedded in a fixed surface. A collection…

math.CO2025

On graph classes with constant domination-packing ratio

Marthe Bonamy, Mónika Csikós, Anna Gujgiczer +1

The dominating number of a graph is the minimum size of a vertex set whose closed neighborhood covers all the vertices of the graph. The packing number of is…

math.CO2024

Integer programs with nearly totally unimodular matrices: the cographic case

Manuel Aprile, Samuel Fiorini, Gwenaël Joret +4

It is a notorious open question whether integer programs (IPs), with an integer coefficient matrix whose subdeterminants are all bounded by a constant in absolute value, ca…