activity
20132018
most citedDNA origami and the complexity of Eulerian circuits with turning costs

18 citations · 22 across the 3 of their papers we have counts for

collaborators

6 papers

math.CO2018

Hamilton -cycles in randomly-perturbed hypergraphs

Andrew McDowell, Richard Mycroft

We prove that for integers and a small constant , if a -uniform hypergraph with linear minimum codegree is randomly `perturbed' by changing non-edges to edg…

cs.DM2017★ 2 cited

Dispersion processes

Colin Cooper, Andrew McDowell, Tomasz Radzik +2

We study a synchronous dispersion process in which particles are initially placed at a distinguished origin vertex of a graph . At each time step, at each vertex occupie…

math.CO2016

Contagious sets in a degree-proportional bootstrap percolation process

Frederik Garbe, Andrew McDowell, Richard Mycroft

We study the following bootstrap percolation process: given a connected graph , a constant and an initial set of \emph{infected} vertices, at ea…

math.CO2016

Triangle-tilings in graphs without large independent sets

József Balogh, Andrew McDowell, Theodore Molla +1

We study the minimum degree necessary to guarantee the existence of perfect and almost-perfect triangle-tilings in an -vertex graph with sublinear independence number. In th…

math.CO2013★ 18 cited

DNA origami and the complexity of Eulerian circuits with turning costs

Joanna A. Ellis-Monaghan, Andrew McDowell, Iain Moffatt +1

Building a structure using self-assembly of DNA molecules by origami folding requires finding a route for the scaffolding strand through the desired structure. When the target stru…

math.CO2013★ 2 cited

Non-Vertex-Balanced Factors in Random Graphs

Stefanie Gerke, Andrew McDowell

We prove part of a conjecture by Johansson, Kahn and Vu \cite{JKV} regarding threshold functions for the existence of an -factor in a random graph \gnp. We prove that the conjec…