Additional file 1: Table S1. Simulation results with different sample sizes =200 or 500 and different censoring rates =25% or 50% in the scenario where proportional hazard assumption holds based on 1000 replication. Table S2. Simulation results with different sample sizes =200 or 500 and different censoring rates =25% or 50% in the scenario where proportional hazard assumption dose not hold based on 1000 replication. Table S3. Simulation results with different sample sizes =200 or 500 and different censoring rates =25% or 50% in the scenario where proportional hazard assumption holds based on 1000 replication when PS models misspecified. Table S4. Simulation results with different sample sizes =200 or 500 and different censoring rates =25% ...
Supplementary tables. Additional simulation results. The file includes two tables containing the est...
Figure S1. Trace plots of parameters for an example dataset exhibiting convergence issues. Table S1....
Likelihood of the distributions used. Description of the likelihood of a Weibull proportional hazard...
Table S1. TPR, FPR and FDR in variable selection with 50 replications (Weibull distribution). Table ...
Simulation results for the estimation of attributable risk A(.) under proportional hazards, constant...
Table S1. Multivariate Cox proportional hazards model analysis for Fig. 1b-h. (PDF 401 kb
Simulation results for the estimation of attributable risk A(.) under proportional hazards, constant...
Table S2. Multivariate Cox proportional hazards model analysis for Fig. 2a-f. (PDF 401 kb
Accuracy and precision of the survival probabilities, and coverage probability of the associated 95%...
Supplementary figures. Description of data: Figure S1-S4 displays the extrapolated overall survival ...
Figure S2. Power of RC-GND and RC-GB for a decreasing baseline hazard. Summary of the simulations is...
Comparison of prediction errors for the five sampling strategies, for n = 6 (n = 2 per hospital type...
Comparison of prediction errors for the five sampling strategies, for n = 18 (n = 6 per hospital typ...
Figure S1. Size of the RC-GND test (3) and RC-GB (score test). Comparing full (y~ x1 + x2) and reduc...
Prediction measures of the selected models by the lasso penalty. Additional results of the simulatio...
Supplementary tables. Additional simulation results. The file includes two tables containing the est...
Figure S1. Trace plots of parameters for an example dataset exhibiting convergence issues. Table S1....
Likelihood of the distributions used. Description of the likelihood of a Weibull proportional hazard...
Table S1. TPR, FPR and FDR in variable selection with 50 replications (Weibull distribution). Table ...
Simulation results for the estimation of attributable risk A(.) under proportional hazards, constant...
Table S1. Multivariate Cox proportional hazards model analysis for Fig. 1b-h. (PDF 401 kb
Simulation results for the estimation of attributable risk A(.) under proportional hazards, constant...
Table S2. Multivariate Cox proportional hazards model analysis for Fig. 2a-f. (PDF 401 kb
Accuracy and precision of the survival probabilities, and coverage probability of the associated 95%...
Supplementary figures. Description of data: Figure S1-S4 displays the extrapolated overall survival ...
Figure S2. Power of RC-GND and RC-GB for a decreasing baseline hazard. Summary of the simulations is...
Comparison of prediction errors for the five sampling strategies, for n = 6 (n = 2 per hospital type...
Comparison of prediction errors for the five sampling strategies, for n = 18 (n = 6 per hospital typ...
Figure S1. Size of the RC-GND test (3) and RC-GB (score test). Comparing full (y~ x1 + x2) and reduc...
Prediction measures of the selected models by the lasso penalty. Additional results of the simulatio...
Supplementary tables. Additional simulation results. The file includes two tables containing the est...
Figure S1. Trace plots of parameters for an example dataset exhibiting convergence issues. Table S1....
Likelihood of the distributions used. Description of the likelihood of a Weibull proportional hazard...