# set seed
set.seed(4490, kind = "L'Ecuyer-CMRG")
# load packages
library(SuperLearner)
library(hitandrun)
library(DynTxRegime)
library(rpart)
library(parallel)
library(SL.ODTR)
cores = 24
r = 1000
n = 1000
QAW = QAW_bin_simple
DGP_fun = DGP_bin_simple
risk.type = "CV MSE"
QAW.SL.library = "SL.QAW.HTEepi"
blip.SL.library = "SL.blip.HTEepi"
dopt.SL.library = NULL
metalearner = "blip"
ODTRsimple_incorrectglm_NA_NA = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_incorrectglm_NA_NA,
file = "results/ODTRsimple_GLM_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4")
dopt.SL.library = NULL
metalearner = "discrete"
ODTRsimple_bliponlyparam_discrete_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
dopt.SL.library = "DonV"
ODTRsimple_bliponlyparam_discrete_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyparam_discrete_CVMSE,
ODTRsimple_bliponlyparam_discrete_CVTMLE,
file = "results/ODTRsimple_bliponlyparam_discrete_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4")
dopt.SL.library = NULL
metalearner = "blip"
ODTRsimple_bliponlyparam_blipmeta_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
ODTRsimple_bliponlyparam_blipmeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyparam_blipmeta_CVMSE,
ODTRsimple_bliponlyparam_blipmeta_CVTMLE,
file = "results/ODTRsimple_bliponlyparam_blipmeta_n1000.RData")
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4")
dopt.SL.library = "DonV"
metalearner = "vote"
risk.type = "CV TMLE"
ODTRsimple_bliponlyparam_votemeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyparam_votemeta_CVTMLE,
file = "results/ODTRsimple_bliponlyparam_votemeta_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = NULL
metalearner = "discrete"
ODTRsimple_bliponlyML_discrete_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
dopt.SL.library = "DonV"
ODTRsimple_bliponlyML_discrete_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyML_discrete_CVMSE,
ODTRsimple_bliponlyML_discrete_CVTMLE,
file = "results/ODTRsimple_bliponlyML_discrete_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = NULL
metalearner = "blip"
ODTRsimple_bliponlyML_blipmeta_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
ODTRsimple_bliponlyML_blipmeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyML_blipmeta_CVMSE,
ODTRsimple_bliponlyML_blipmeta_CVTMLE,
file = "results/ODTRsimple_bliponlyML_blipmeta_n1000.RData")
risk.type = "CV TMLE"
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "DonV"
metalearner = "vote"
ODTRsimple_bliponlyML_votemeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyML_votemeta_CVTMLE,
file = "results/ODTRsimple_bliponlyML_votemeta_n1000.RData")
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "all"
metalearner = "discrete"
risk.type = "CV TMLE"
ODTRsimple_all_discrete_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_all_discrete_CVTMLE,
file = "results/ODTRsimple_all_discrete_n1000.RData")
QAW.SL.library = c("SL.QAW.W1", "SL.QAW.W2", "SL.QAW.W3", "SL.QAW.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.blip.W1", "SL.blip.W2", "SL.blip.W3", "SL.blip.W4",
"SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "all"
metalearner = "vote"
risk.type = "CV TMLE"
ODTRsimple_all_votemeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_all_votemeta_CVTMLE,
file = "results/ODTRsimple_all_votemeta_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = NULL
metalearner = "discrete"
ODTRsimple_bliponlyMLonly_discrete_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
dopt.SL.library = "DonV"
ODTRsimple_bliponlyMLonly_discrete_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyMLonly_discrete_CVMSE,
ODTRsimple_bliponlyMLonly_discrete_CVTMLE,
file = "results/ODTRsimple_bliponlyMLonly_discrete_n1000.RData")
risk.type = "CV MSE"
QAW.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = NULL
metalearner = "blip"
ODTRsimple_bliponlyMLonly_blipmeta_CVMSE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
risk.type = "CV TMLE"
ODTRsimple_bliponlyMLonly_blipmeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyMLonly_blipmeta_CVMSE,
ODTRsimple_bliponlyMLonly_blipmeta_CVTMLE,
file = "results/ODTRsimple_bliponlyMLonly_blipmeta_n1000.RData")
risk.type = "CV TMLE"
QAW.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "DonV"
metalearner = "vote"
ODTRsimple_bliponlyMLonly_votemeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_bliponlyMLonly_votemeta_CVTMLE,
file = "results/ODTRsimple_bliponlyMLonly_votemeta_n1000.RData")
QAW.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "all"
metalearner = "discrete"
risk.type = "CV TMLE"
ODTRsimple_MLonlyEYd_discrete_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_MLonlyEYd_discrete_CVTMLE,
file = "results/ODTRsimple_MLonlyEYd_discrete_n1000.RData")
QAW.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
blip.SL.library = c("SL.glm", "SL.mean", "SL.glm.interaction", "SL.earth", "SL.nnet", "SL.svm", "SL.rpart")
dopt.SL.library = "all"
metalearner = "vote"
risk.type = "CV TMLE"
ODTRsimple_MLonlyEYd_votemeta_CVTMLE = do.call("rbind", mclapply(1:r, function(x) performance_ODTR(n = n,
risk.type = risk.type,
DGP_fun = DGP_fun,
QAW = QAW,
QAW.SL.library = QAW.SL.library,
blip.SL.library = blip.SL.library,
dopt.SL.library = dopt.SL.library,
metalearner = metalearner), mc.cores = cores))
save(ODTRsimple_MLonlyEYd_votemeta_CVTMLE,
file = "results/ODTRsimple_MLonlyEYd_votemeta_n1000.RData")
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