activity
20192026
most citedRandom approximation of convex bodies in Hausdorff metric

4 citations · 4 across the 9 of their papers we have counts for

collaborators

8 papers

math.MG2026

Dual volume approximation of the Euclidean ball by polytopes with a fixed number of -faces

Steven Hoehner, Carsten Schütt, Elisabeth M. Werner

We study dual volume approximation of the Euclidean ball by polytopes with a prescribed number of -dimensional faces. This continues the authors' previous work on intrinsic volu…

math.DG2026

Illumination bodies on Riemannian manifolds

Rotem Assouline, Carsten Schütt, Elisabeth M. Werner

We prove a generalization of Werner's asymptotic formula for the volume of the illumination body of a convex body, which holds on Riemannian manifolds with Ricci curvature bounded…

math.MG2025

Approximation of the Euclidean ball by polytopes with a fixed number of -faces

Steven Hoehner, Carsten Schütt, Elisabeth Werner

We derive lower estimates for the approximation of the -dimensional Euclidean ball by polytopes with a fixed number of -dimensional faces, . The metri…

math.PR2025

Expected extremal area of facets of random polytopes

Brett Leroux, Luis Rademacher, Carsten Schütt +1

We study extremal properties of spherical random polytopes, the convex hull of random points chosen from the unit Euclidean sphere in . The extremal properties of int…

math.MG2024★ 4 cited

Random approximation of convex bodies in Hausdorff metric

Joscha Prochno, Carsten Schütt, Mathias Sonnleitner +1

While there is extensive literature on approximation, deterministic as well as random, of general convex bodies in the symmetric difference metric, or other metrics arising fro…

math.MG2024

Weighted floating functions and weighted functional affine surface areas

Carsten Schütt, Christoph Thaele, Nicola Turchi +1

The purpose of this paper is to introduce the new concept of weighted floating functions associated with log concave or -concave functions. This leads to new notions of weighted…

math.MG2024

Extremal affine surface areas in a functional setting

Stephanie Egler, Elisabeth M. Werner

We introduce extremal affine surface areas in a functional setting. We show their main properties. Among them are linear invariance, isoperimetric inequalities and monotonicity pro…

math.FA2019

Constrained convex bodies with extremal affine surface areas

O. Giladi, H. Huang, C. Schütt +1

Given a convex body K in R^n and p in R, we introduce and study the extremal inner and outer affine surface areas IS_p(K) = sup_{K'\subseteq K} (as_p(K') ) and os_p(K)=inf_{K'\sups…