Gaussianized Design Optimization for Covariate Balance in Randomized Experiments
This paper presents Gaussianized Design Optimization, a novel framework for optimally balancing covariates in experimental design.
This paper presents Gaussianized Design Optimization, a novel framework for optimally balancing covariates in experimental design.
A statistical theory for N-of-1 experiments, where a unit serves as its own control and treatment in rapid interleaving time windows.
This paper proposes a computationally efficient method to construct nonparametric, heteroscedastic prediction bands for uncertainty quantification.
Can deep neural networks with standard archtectures estimate treatment effects and perform downstream uncertainty quantification tasks?