Causal-Inference

Causal interpretations of black-box models

We link Friedman's partial dependence plot with Pearl's backdoor adjustment formula. We discuss situations when possible causal interpretations can be made for black-box machine learning models.

Comment on 'Causal inference using invariant prediction'

This is a contributed discussion on the article 'Causal inference by using invariant prediction' by Peters et al.

Covariate balancing propensity score by tailored loss functions

This paper extends the dual interpretation of entropy balancing to general situations and proposes a tailored loss function. Minimizing this loss function by machine learning algorithms generates approximate covariate balance in large function …

Confounder adjustment in multiple hypothesis testing

Confounding introduces hidden bias to the statistical inference. We show in modern simultaneous testing, it is possible to correct for unmeasured confounders. Previous methods including SVA, LEAPP, RUV are unified in the same framework in this paper. …

Entropy balancing is doubly robust

We show a recently proposed method called Entropy Balancing is doubly robust, that is the causal effect estimator is consistent if the propensity score is logistic and/or the outcome regression model is linear in the covariates.