activity
20162024
most citedA Max-Correlation White Noise Test for Weakly Dependent Time Series

16 citations · 17 across the 7 of their papers we have counts for

collaborators

7 papers

stat.ME2024★ 1 cited

Heavy Tail Robust Estimation and Inference for Average Treatment Effects

Jonathan B. Hill, Saraswata Chaudhuri

We study the probability tail properties of Inverse Probability Weighting (IPW) estimators of the Average Treatment Effect (ATE) when there is limited overlap between the covariate…

math.ST2023

Testing Many Zero Restrictions in a High Dimensional Linear Regression Setting

Jonathan B. Hill

We propose a test of many zero parameter restrictions in a high dimensional linear iid regression model with regressors. The test statistic is formed by estimating key…

math.ST2022

A Global Wavelet Based Bootstrapped Test of Covariance Stationarity

Jonathan B. Hill, Tianqi Li

We propose a covariance stationarity test for an otherwise dependent and possibly globally non-stationary time series. We work in a generalized version of the new setting in Jin, W…

math.ST2020

Testing (Infinitely) Many Zero Restrictions

Jonathan B. Hill

This paper proposes a max-test for testing (possibly infinitely) many zero parameter restrictions in an extremum estimation framework. The test statistic is formed by estimating ke…

math.ST2018

Weak-Identification Robust Wild Bootstrap applied to a Consistent Model Specification Test

Jonathan B. Hill

We present a new robust bootstrap method for a test when there is a nuisance parameter under the alternative, and some parameters are possibly weakly or non-identified. We focus on…

math.ST2017

Asymptotic Theory for the Maximum of an Increasing Sequence of Parametric Functions

Jonathan B. Hill

\cite{HillMotegi2017} present a new general asymptotic theory for the maximum of a random array , where…

stat.ME2016★ 16 cited

A Max-Correlation White Noise Test for Weakly Dependent Time Series

Jonathan B. Hill, Kaiji Motegi

This paper presents a bootstrapped p-value white noise test based on the maximum correlation, for a time series that may be weakly dependent under the null hypothesis. The time ser…