GATES | R Documentation |
Performs the linear regression for the Group Average Treatments Effects (GATES) procedure.
GATES( Y, D, propensity_scores, proxy_BCA, proxy_CATE, membership, HT = FALSE, X1_control = setup_X1(), vcov_control = setup_vcov(), diff = setup_diff(), significance_level = 0.05 )
Y |
A numeric vector containing the response variable. |
D |
A binary vector of treatment assignment. Value one denotes assignment to the treatment group and value zero assignment to the control group. |
propensity_scores |
A numeric vector of propensity scores. We recommend to use the estimates of a |
proxy_BCA |
A numeric vector of proxy baseline conditional average (BCA) estimates. We recommend to use the estimates of a |
proxy_CATE |
A numeric vector of proxy conditional average treatment effect (CATE) estimates. We recommend to use the estimates of a |
membership |
A logical matrix that indicates the group membership of each observation in |
HT |
Logical. If |
X1_control |
Specifies the design matrix X_1 in the regression. Must be an object of class |
vcov_control |
Specifies the covariance matrix estimator. Must be an object of class |
diff |
Specifies the generic targets of CLAN. Must be an object of class |
significance_level |
Significance level. Default is 0.05. |
An object of class "GATES"
, consisting of the following components:
generic_targets
A matrix of the inferential results on the GATES generic targets.
coefficients
An object of class "coeftest"
, contains the coefficients of the GATES regression.
lm
An object of class "lm"
used to fit the linear regression model.
Chernozhukov V., Demirer M., Duflo E., Fernández-Val I. (2020). “Generic Machine Learning Inference on Heterogenous Treatment Effects in Randomized Experiments.” arXiv preprint arXiv:1712.04802. URL: https://arxiv.org/abs/1712.04802.
setup_X1()
,
setup_diff()
,
setup_vcov()
,
propensity_score()
,
proxy_BCA()
,
proxy_CATE()
## generate data set.seed(1) n <- 150 # number of observations p <- 5 # number of covariates D <- rbinom(n, 1, 0.5) # random treatment assignment Y <- runif(n) # outcome variable propensity_scores <- rep(0.5, n) # propensity scores proxy_BCA <- runif(n) # proxy BCA estimates proxy_CATE <- runif(n) # proxy CATE estimates membership <- quantile_group(proxy_CATE) # group membership ## perform GATES GATES(Y, D, propensity_scores, proxy_BCA, proxy_CATE, membership)
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