dapper: Data Augmentation for Private Posterior Estimation in R

Fuente: arXiv
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Auteurs principaux: Eng, Kevin, Awan, Jordan A., Ju, Nianqiao Phyllis, Rao, Vinayak A., Gong, Ruobin
Format: Preprint
Publié: 2024
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author Eng, Kevin
Awan, Jordan A.
Ju, Nianqiao Phyllis
Rao, Vinayak A.
Gong, Ruobin
author_facet Eng, Kevin
Awan, Jordan A.
Ju, Nianqiao Phyllis
Rao, Vinayak A.
Gong, Ruobin
contents This paper serves as a reference and introduction to using the R package dapper. dapper encodes a sampling framework which allows exact Markov chain Monte Carlo simulation of parameters and latent variables in a statistical model given privatized data. The goal of this package is to fill an urgent need by providing applied researchers with a flexible tool to perform valid Bayesian inference on data protected by differential privacy, allowing them to properly account for the noise introduced for privacy protection in their statistical analysis. dapper offers a significant step forward in providing general-purpose statistical inference tools for privatized data.
format Preprint
id arxiv_https___arxiv_org_abs_2412_14503
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle dapper: Data Augmentation for Private Posterior Estimation in R
Eng, Kevin
Awan, Jordan A.
Ju, Nianqiao Phyllis
Rao, Vinayak A.
Gong, Ruobin
Computation
This paper serves as a reference and introduction to using the R package dapper. dapper encodes a sampling framework which allows exact Markov chain Monte Carlo simulation of parameters and latent variables in a statistical model given privatized data. The goal of this package is to fill an urgent need by providing applied researchers with a flexible tool to perform valid Bayesian inference on data protected by differential privacy, allowing them to properly account for the noise introduced for privacy protection in their statistical analysis. dapper offers a significant step forward in providing general-purpose statistical inference tools for privatized data.
title dapper: Data Augmentation for Private Posterior Estimation in R
topic Computation
url https://arxiv.org/abs/2412.14503