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20152020
most citedCatching a mouse on a tree

3 citations · 7 across the 3 of their papers we have counts for

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6 papers · 1 filter

math.CO20202 cited

Fractional triangle decompositions in almost complete graphs

Vytautas Gruslys, Shoham Letzter

We prove that every -vertex graph with at least edges has a fractional triangle decomposition, for . This is a key ingredient in our proof, giv…

math.CO20202 cited

Monochromatic triangle packings in red-blue graphs

Vytautas Gruslys, Shoham Letzter

We prove that in every -edge-colouring of there is a collection of edge-disjoint monochromatic triangles, thus confirming a conjecture of Erdős. We also…

math.CO2019

Lagrangians of Hypergraphs II: When colex is best

Vytautas Gruslys, Shoham Letzter, Natasha Morrison

A well-known conjecture of Frankl and Füredi from 1989 states that an initial segment of colex of has the largest Lagrangian of any -uniform hypergraph with hyperedges. We s…

math.CO2018

Hypergraph Lagrangians I: the Frankl-Füredi conjecture is false

Vytautas Gruslys, Shoham Letzter, Natasha Morrison

An old and well-known conjecture of Frankl and Füredi states that the Lagrangian of an -uniform hypergraph with edges is maximised by an initial segment of colex. In this pa…

math.CO2016

Minimising the number of triangular edges

Vytautas Gruslys, Shoham Letzter

We consider the problem of minimising the number of edges that are contained in triangles, among -vertex graphs with a given number of edges. We prove a conjecture of Füredi and…

math.CO20153 cited

Catching a mouse on a tree

Vytautas Gruslys, Arès Méroueh

In this paper we consider a pursuit-evasion game on a graph. A team of cats, which may choose any vertex of the graph at any turn, tries to catch an invisible mouse, which is const…