Abstract Number:
3661
Submission Type:
Contributed Abstract
Contributed Abstract Type:
Paper
Participants:
Richard Warr (1)
Institutions:
(1) Brigham Young University, N/A
First Author:
Presenting Author:
Abstract Text:
It is not uncommon for privacy or summarization purposes to receive data in a table or in histogram format with bins and associated frequencies. In this work we present a method that fits a mixture distribution to model the probability density function of the underlying population. We focus on a mixture of normal distributions, however the method could be generalized to mixtures of other distributions. A prior is placed on the number of mixture components which could be finite or countably infinite and inference is obtained using reversible jump MCMC. We demonstrate attractive properties of the method, which show a great deal of promise to modeling large data problems using a Bayesian nonparametric approach. Additionally, we consider the case of multiple histograms and cluster them using the Dirichlet process. This clustering allows for the sharing of information between populations and provides a posterior probability of homogeneity between populations.
Keywords:
Dirichlet Process |Data Privacy|Big Data| | |
Sponsors:
Section on Bayesian Statistical Science
Tracks:
Bayesian nonparametrics
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