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Auteur principal: Wiroonsri, Nathakhun
Format: Preprint
Publié: 2022
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Accès en ligne:https://arxiv.org/abs/2206.00199
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author Wiroonsri, Nathakhun
author_facet Wiroonsri, Nathakhun
contents We prove concentration inequalities of the form $P(Y \ge t) \le \exp(-B(t))$ for a random variable $Y$ with mean zero and variance $σ^2$ using a coupling technique from Stein's method that is so-called approximate zero bias couplings. Applications to the Hoeffding's statistic where the random permutation has the Ewens distribution with parameter $θ>0$ are also presented. A few simulation experiments are then provided to visualize the tail probability of the Hoeffding's statistic and our bounds. Based on the simulation results, our bounds work well especially when $θ\le 1$.
format Preprint
id arxiv_https___arxiv_org_abs_2206_00199
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Concentration inequalities using approximate zero bias couplings with applications to Hoeffding's statistic under the Ewens distribution
Wiroonsri, Nathakhun
Probability
We prove concentration inequalities of the form $P(Y \ge t) \le \exp(-B(t))$ for a random variable $Y$ with mean zero and variance $σ^2$ using a coupling technique from Stein's method that is so-called approximate zero bias couplings. Applications to the Hoeffding's statistic where the random permutation has the Ewens distribution with parameter $θ>0$ are also presented. A few simulation experiments are then provided to visualize the tail probability of the Hoeffding's statistic and our bounds. Based on the simulation results, our bounds work well especially when $θ\le 1$.
title Concentration inequalities using approximate zero bias couplings with applications to Hoeffding's statistic under the Ewens distribution
topic Probability
url https://arxiv.org/abs/2206.00199