activity
20152019
most citedOn the Hausdorff dimension of microsets

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

collaborators

7 papers

math.MG2019★ 1 cited

Regularity dimensions: quantifying doubling and uniform perfectness

Douglas C. Howroyd

We study the upper and lower regularity dimensions in relation to the notions of doubling and uniformly perfect. These two regularity properties are closely related which is quanti…

math.MG2018★ 7 cited

On the Hausdorff dimension of microsets

Jonathan M. Fraser, Douglas C. Howroyd, Antti Käenmäki +1

We investigate how the Hausdorff dimensions of microsets are related to the dimensions of the original set. It is known that the maximal dimension of a microset is the Assouad dime…

math.MG2018

Dimension growth for iterated sumsets

Jonathan M. Fraser, Douglas C. Howroyd, Han Yu

We study dimensions of sumsets and iterated sumsets and provide natural conditions which guarantee that a set satisfies $\overline{\dim}_\text{B} F+F > \ov…

math.PR2017

Assouad dimension of random processes

Douglas Howroyd, Han Yu

In this paper we study the Assouad dimension of graphs of certain Lévy processes and functions defined by stochastic integrals. We do this by introducing a convenient condition whi…

math.MG2017

On the upper regularity dimensions of measures

Jonathan M. Fraser, Douglas C. Howroyd

We study the \emph{upper regularity dimension} which describes the extremal local scaling behaviour of a measure and effectively quantifies the notion of \emph{doubling}. We conduc…

math.MG2016

Assouad type dimensions for certain sponges with a weak coordinate ordering condition

Douglas Howroyd

Recently self-affine sponges have been shown to be interesting counter-examples to several previously open problems. One class of recently studied sponges are Bedford-McMullen spon…