activity
20162020
most citedAn algorithmic framework for colouring locally sparse graphs

6 citations · 7 across the 2 of their papers we have counts for

collaborators

14 papers

cs.DS20206 cited

An algorithmic framework for colouring locally sparse graphs

Ewan Davies, Ross J. Kang, François Pirot +1

We develop an algorithmic framework for graph colouring that reduces the problem to verifying a local probabilistic property of the independent sets. With this we give, for any fix…

math.CO2020

Graph structure via local occupancy

Ewan Davies, Ross J. Kang, François Pirot +1

The first author together with Jenssen, Perkins and Roberts (2017) recently showed how local properties of the hard-core model on triangle-free graphs guarantee the existence of la…

math.CO2019

Structure and colour in triangle-free graphs

N. R. Aravind, Stijn Cambie, Wouter Cames van Batenburg +3

Motivated by a recent conjecture of the first author, we prove that every properly coloured triangle-free graph of chromatic number contains a rainbow independent set of size $…

math.CO2019

Regular Turán numbers and some Gan-Loh-Sudakov-type problems

Stijn Cambie, Rémi de Joannis de Verclos, Ross J. Kang

Motivated by a Gan-Loh-Sudakov-type problem, we introduce the regular Turán numbers, a natural variation on the classical Turán numbers for which the host graph is required to be r…

math.CO2019

Strong cliques and forbidden cycles

Wouter Cames van Batenburg, Ross J. Kang, François Pirot

Given a graph , the strong clique number of is the cardinality of a largest collection of edges every pair of which are incident or connected by an edge in . We…

math.CO2018

Occupancy fraction, fractional colouring, and triangle fraction

Ewan Davies, Rémi de Joannis de Verclos, Ross J. Kang +1

Given , there exists such that, if , then for any graph on vertices of maximum degree in which the neighbourhood of every vert…