This paper studies the asymptotic behaviors of the pairwise angles among n randomly and uniformly distributed unit vectors in Rp as the number of points n → ∞, while the dimension p is either fixed or growing with n. For both settings, we derive the limiting empirical distribution of the random angles and the limiting distributions of the extreme angles. The results reveal interesting differences in the two settings and provide a precise characterization of the folklore that “all high-dimensional random vectors are almost always nearly orthogonal to each other”. Applications to statistics and machine learning and connections with some open problems in physics and mathematics are also discussed
Mathematical and Physical Sciences: 2nd Place (The Ohio State University Edward F. Hayes Graduate Re...
In this thesis we study the asymptotic behavior of the maximum interpoint distance of random points ...
A random spherical polytope Pn in a spherically convex set K⊂Sd as considered here is the spherical ...
This paper studies the asymptotic behaviors of the pairwise angles among n randomly and uniformly di...
This paper studies the asymptotic behaviors of the pairwise angles among n ran-domly and uniformly d...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Following S\uf6dergren, we consider a collection of random variables on the space Xn of unimodular l...
In this thesis, we discuss some results on the distribution of points on the sphere, asymp-totically...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We prove a limit theorem for the maximum interpoint distance (also called the diameter) for a sample...
Mathematical and Physical Sciences: 2nd Place (The Ohio State University Edward F. Hayes Graduate Re...
In this thesis we study the asymptotic behavior of the maximum interpoint distance of random points ...
A random spherical polytope Pn in a spherically convex set K⊂Sd as considered here is the spherical ...
This paper studies the asymptotic behaviors of the pairwise angles among n randomly and uniformly di...
This paper studies the asymptotic behaviors of the pairwise angles among n ran-domly and uniformly d...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Facets of the convex hull of n independent random vectors chosen uniformly at random from the unit s...
Following S\uf6dergren, we consider a collection of random variables on the space Xn of unimodular l...
In this thesis, we discuss some results on the distribution of points on the sphere, asymp-totically...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We consider a model of a quenched disordered geometry in which a random metric is defined on R-2, wh...
We prove a limit theorem for the maximum interpoint distance (also called the diameter) for a sample...
Mathematical and Physical Sciences: 2nd Place (The Ohio State University Edward F. Hayes Graduate Re...
In this thesis we study the asymptotic behavior of the maximum interpoint distance of random points ...
A random spherical polytope Pn in a spherically convex set K⊂Sd as considered here is the spherical ...