The case of adaptive testing under a multidimensional response model with large numbers of constraints on the content of the test is addressed. The items in the test are selected using a shadow test approach. The 0–1 linear programming model that assembles the shadow tests maximizes posterior expected Kullback-Leibler information in the test. The procedure is illustrated for five different cases of multidimensionality. These cases differ in (a) the numbers of ability dimensions that are intentional or should be considered as nuisance dimensions and (b) whether the test should or should not display a simple structure with respect to the intentional ability dimensions
A classification method is presented for adaptive classification testing with a multidimensional ite...
A classification method is presented for adaptive classification testing with a multidimensional ite...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
The case of adaptive testing under a multidimensional response model with large numbers of constrain...
A method is presented for constrained multidimensional computer- ized adaptive testing with polytom...
mathematical programming, multidimensional adaptive testing, multidimensional item response theory, ...
The methods of alpha-stratified adaptive testing and constrained adaptive testing with shadow tests ...
Maximum likelihood and Bayesian procedures for item selection and scoring of multidi-mensional adapt...
*Constraints Several methods have been developed for use on constrained adaptive testing. Item pool ...
Constrained adaptive testing is reviewed as an instance of discrete maximization with the shadow-tes...
Several criteria from the optimal design literature are examined for use with item selection in mult...
Several criteria from the optimal design literature are examined for use with item selection in mult...
computerized adaptive testing, mathematical models, multidimensional adaptive testing, multidimensio...
Several methods have been developed for use on constrained adaptive testing. Item pool partitioning,...
Although multidimensional item response theory (IRT) (e.g., McDonald, 1962, 1997; Reckase, 1985, 199...
A classification method is presented for adaptive classification testing with a multidimensional ite...
A classification method is presented for adaptive classification testing with a multidimensional ite...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...
The case of adaptive testing under a multidimensional response model with large numbers of constrain...
A method is presented for constrained multidimensional computer- ized adaptive testing with polytom...
mathematical programming, multidimensional adaptive testing, multidimensional item response theory, ...
The methods of alpha-stratified adaptive testing and constrained adaptive testing with shadow tests ...
Maximum likelihood and Bayesian procedures for item selection and scoring of multidi-mensional adapt...
*Constraints Several methods have been developed for use on constrained adaptive testing. Item pool ...
Constrained adaptive testing is reviewed as an instance of discrete maximization with the shadow-tes...
Several criteria from the optimal design literature are examined for use with item selection in mult...
Several criteria from the optimal design literature are examined for use with item selection in mult...
computerized adaptive testing, mathematical models, multidimensional adaptive testing, multidimensio...
Several methods have been developed for use on constrained adaptive testing. Item pool partitioning,...
Although multidimensional item response theory (IRT) (e.g., McDonald, 1962, 1997; Reckase, 1985, 199...
A classification method is presented for adaptive classification testing with a multidimensional ite...
A classification method is presented for adaptive classification testing with a multidimensional ite...
The case of adaptive testing under a multidimensional logistic response model is addressed. An adapt...