activity
20172025
most citedOn the Variance of the Area of Planar Cylinder Processes Driven by Brillinger-Mixing Point Processes

2 citations · 4 across the 6 of their papers we have counts for

collaborators

6 papers

math.PR2025

Fitting regular point patterns with a hyperuniform perturbed lattice

Daniela Flimmel

We introduce a flexible methodology for modelling regular spatial point patterns using hyperuniform perturbed lattices. We show that, under suitable mixing conditions on the displa…

math.PR2024★ 1 cited

(Non)-hyperuniformity of perturbed lattices

David Dereudre, Daniela Flimmel, Martin Huesmann +1

We ask whether a stationary lattice in dimension whose points are shifted by identically distributed but possibly dependent perturbations remains hyperuniform. When or…

math.PR2023

Non-hyperuniformity of Gibbs point processes with short range interaction

David Dereudre, Daniela Flimmel

We investigate the hyperuniformity of marked Gibbs point processes with weak dependencies among distant points whilst the interactions of close points are kept arbitrary. Some vari…

math.PR2021★ 2 cited

On the Variance of the Area of Planar Cylinder Processes Driven by Brillinger-Mixing Point Processes

Daniela Flimmel, Lothar Heinrich

We study some asymptotic properties of cylinder processes in the plane defined as union sets of dilated straight lines (appearing as mutually overlapping infinitely long strips) de…

math.PR2019

Limit theory for unbiased and consistent estimators of statistics of random tessellations

Daniela Flimmel, Zbyněk Pawlas, Joseph E. Yukich

We observe a realization of a stationary generalized weighted Voronoi tessellation of the d-dimensional Euclidean space within a bounded observation window. Given a geometric chara…

math.PR2017★ 1 cited

Gaussian approximation for functionals of Gibbs particle processes

Daniela Novotna, Viktor Benes

In the paper asymptotic properties of functionals of stationary Gibbs particle processes are derived. Two known techniques from the point process theory in the Euclidean space R^d…