7 papers
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…
Euclidean distance compression via deep random features
Brett Leroux, Luis Rademacher
Motivated by the problem of compressing point sets into as few bits as possible while maintaining information about approximate distances between points, we construct random nonlin…
The minimum neighborliness of a random polytope
Brett Leroux
Let be a probability distribution on which assigns measure zero to every hyperplane and a set of points sampled independently from . What can be said abou…
Estranged facets and -facets of Gaussian random point sets
Brett Leroux, Luis Rademacher
Gaussian random polytopes have received a lot of attention especially in the case where the dimension is fixed and the number of points goes to infinity. Our focus is on the less s…
Expansion of random polytopes
Brett Leroux, Luis Rademacher
A conjecture of Mihail and Vazirani states that the edge expansion of the graph of every polytope is at least one. Any lower bound on the edge expansion gives an upper bound…
Improved bounds for the expected number of -sets
Brett Leroux, Luis Rademacher
Given a finite set of points , a -set of is a subset of size which can be strictly separated from by a hyperplane. S…
Algebraic -sets and generally neighborly embeddings
Brett Leroux, Luis Rademacher
Given a set of points in , a -set is a subset of points of that can be strictly separated by a hyperplane from the remaining points. Similarl…