We present an update of mim, a program for managing multiply imputed datasets and performing inference (estimating parameters) using Rubin’s rules for combining estimates from imputed datasets. The new features of particular importance are an option for estimating the Monte Carlo error (due to the sampling variability of the imputation process) in parameter estimates and in related quantities, and a general routine for combining any scalar estimate across imputations
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
A new set of tools is described for performing analyses of an ensemble of datasets that includes mul...
This article describes a substantial update to mvis, which brings it more closely in line with the f...
We present an update of mim, a program for managing multiply imputed datasets and performing inferen...
We present an update of mim, a program for managing multiply im- puted datasets and performing infer...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation (MI) is a commonly applied method of statistically handling missing data. It inv...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Following the seminal publications of Rubin about thirty years ago, statisticians have become increa...
Following the seminal publications of Rubin about thirty years ago, statisticians have become increa...
Multiple imputation provides a useful strategy for dealing with data sets with missing values. Inste...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
A new set of tools is described for performing analyses of an ensemble of datasets that includes mul...
This article describes a substantial update to mvis, which brings it more closely in line with the f...
We present an update of mim, a program for managing multiply imputed datasets and performing inferen...
We present an update of mim, a program for managing multiply im- puted datasets and performing infer...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation (MI) is a commonly applied method of statistically handling missing data. It inv...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Multiple imputation is a commonly used approach to deal with missing values. In this approach, an im...
Following the seminal publications of Rubin about thirty years ago, statisticians have become increa...
Following the seminal publications of Rubin about thirty years ago, statisticians have become increa...
Multiple imputation provides a useful strategy for dealing with data sets with missing values. Inste...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
The method of multiple imputation (MI) is used increasingly for analyzing datasets with missing obse...
A new set of tools is described for performing analyses of an ensemble of datasets that includes mul...
This article describes a substantial update to mvis, which brings it more closely in line with the f...