In this study some alternative item selection criteria for adaptive testing are proposed. These criteria take into account the uncertainty of the ability estimates. A general weighted information criterion is suggested of which the usual maximum information criterion and the suggested alternative criteria are special cases. A simulation study was conducted to compare the different criteria. The results showed that the likelihood weighted mean information criterion was a good alternative to the maximum information criterion. Another good alternative was a maximum information criterion with the maximum likelihood estimate of ability replaced by the Bayesian EAP estimate. An appendix discusses the interval information criterion for the two- an...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
In this study, it was aimed to determine how the efficiency of the Computerized Adaptive Classificat...
Most item selection in computerized adaptive testing is based on Fisher information (or item inform...
R.J. Owen (1975) proposed an approximate empirical Bayes procedure for item selection in adaptive te...
Owen (1975) proposed an approximate empirical Bayes procedure for item selection in computerized ada...
Owen (1975) proposed an approximate empirical Bayes procedure for item selection in computerized ada...
Items with the highest discrimination parameter values in a logistic item response theory (IRT) mode...
Most item selection in computerized adaptive testing is based on Fisher information (or item informa...
Several criteria from the optimal design literature are examined for use with item selection in mult...
The effects of five item selection rules—Fisher information (FI), Fisher interval information (FII),...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
Several criteria from the optimal design literature are examined for use with item selection in mult...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
In this study, it was aimed to determine how the efficiency of the Computerized Adaptive Classificat...
Most item selection in computerized adaptive testing is based on Fisher information (or item inform...
R.J. Owen (1975) proposed an approximate empirical Bayes procedure for item selection in adaptive te...
Owen (1975) proposed an approximate empirical Bayes procedure for item selection in computerized ada...
Owen (1975) proposed an approximate empirical Bayes procedure for item selection in computerized ada...
Items with the highest discrimination parameter values in a logistic item response theory (IRT) mode...
Most item selection in computerized adaptive testing is based on Fisher information (or item informa...
Several criteria from the optimal design literature are examined for use with item selection in mult...
The effects of five item selection rules—Fisher information (FI), Fisher interval information (FII),...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
Several criteria from the optimal design literature are examined for use with item selection in mult...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
Items with the highest discrimination parameter values in a logistic item response theory model do n...
In this study, it was aimed to determine how the efficiency of the Computerized Adaptive Classificat...
Most item selection in computerized adaptive testing is based on Fisher information (or item inform...