Poisson mean vector estimation with nonparametric maximum likelihood estimation and application to protein domain data
Citations

WEB OF SCIENCE

1
Citations

SCOPUS

1

초록

In this paper, we propose the nonparametric empirical Bayes (NPEB) estimator based on the nonparametric maximum likelihood estimation (NPMLE) in Poisson mean vector estimation, also known as the g-modeling in the nonparametric empirical Bayes method. Due to the recent developments of highly scalable algorithms of empirical Bayes, it is more attractive to use g-modelling, while most of the studies have focused on the performance of f-modeling in the NPEB estimator. We study the theoretical properties of the NPEB estimator of Poisson mean vector based on g-modeling combined with the NPMLE, such as the convergence rate, and compare our result with some existing studies. Our simulation studies and real data examples of protein domain data show that the estimator based on the g-modeling outperforms existing f-modeling based estimators in both computational efficiency and accuracy.

키워드

Compound decision problemempirical Bayesnonparametric maximum likelihood estimatePoisson distributionEMPIRICAL BAYES ESTIMATIONCONVEX-OPTIMIZATION
제목
Poisson mean vector estimation with nonparametric maximum likelihood estimation and application to protein domain data
저자
Park, HoyoungPark, Junyong
DOI
10.1214/22-EJS2029
발행일
2022-07
유형
Article
저널명
Electronic Journal of Statistics
16
2
페이지
3789 ~ 3835