This thesis deals with the problem of estimating statistical distributions from data. In the first part, the method of moments is used in combination with computational algebraic techniques in order to estimate parameters coming from local Dirac mixtures and their convolutions. The second part focuses on the nonparametric setting, in particular on combinatorial and algebraic aspects of the estimation of log-concave distributions
The problem of nonparametric estimation of the joint probability density of a vector of continuous a...
We present a computational approach to the method of moments using Monte Carlo simulation. Simple al...
A strong link between information geometry and algebraic statistics is made by investigating statist...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
The field of algebraic statistics arose from the realization that problems in statistics can often b...
This volume is based on lectures presented at the AMS Special Session on Algebraic Methods in Statis...
This thesis explores combinatorial methods in random vector balancing, nonparametric estimation, and...
This dissertation consists of two parts. The first part considers a semi-parametric two-component mi...
We present an algorithm for computing exact expressions for the distribution of the maximum or minim...
Symbolic procedures for expressing the moments of bootstrap distributions in terms of multivariate v...
Generalized Dirichlet distributions have a more flexible covariance structure than Dirichlet distrib...
[[abstract]]We present an algorithm for computing exact expressions for the distribution of the maxi...
Abstract: We present an algorithm for computing exact expressions for the distribution of the maximu...
The problem of nonparametric estimation of the joint probability density of a vector of continuous a...
We present a computational approach to the method of moments using Monte Carlo simulation. Simple al...
A strong link between information geometry and algebraic statistics is made by investigating statist...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
We suggest a procedure for estimating Nth degree polynomial approximations to unknown (or known) pro...
The field of algebraic statistics arose from the realization that problems in statistics can often b...
This volume is based on lectures presented at the AMS Special Session on Algebraic Methods in Statis...
This thesis explores combinatorial methods in random vector balancing, nonparametric estimation, and...
This dissertation consists of two parts. The first part considers a semi-parametric two-component mi...
We present an algorithm for computing exact expressions for the distribution of the maximum or minim...
Symbolic procedures for expressing the moments of bootstrap distributions in terms of multivariate v...
Generalized Dirichlet distributions have a more flexible covariance structure than Dirichlet distrib...
[[abstract]]We present an algorithm for computing exact expressions for the distribution of the maxi...
Abstract: We present an algorithm for computing exact expressions for the distribution of the maximu...
The problem of nonparametric estimation of the joint probability density of a vector of continuous a...
We present a computational approach to the method of moments using Monte Carlo simulation. Simple al...
A strong link between information geometry and algebraic statistics is made by investigating statist...