Mixture models for ordinal responses in the tradition of cub models use the uniform distribution to account for uncertainty of respondents. A model is proposed that uses more flexible distributions in the uncertainty component: the discretized Beta distribution allows to account for response styles, in particular the preference for middle or extreme categories. The proposal is compared with traditional cub models in simulation studies and its use is illustrated by two applications
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
Mixture models for ordinal responses in the tradition of cub models use the uniform distribution to ...
Mixture models for ordinal responses in the tradition of CUB models use the uniform distribution to ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
Mixture models for ordinal responses in the tradition of cub models use the uniform distribution to ...
Mixture models for ordinal responses in the tradition of CUB models use the uniform distribution to ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...
In classical mixture models for ordinal data with an uncertainty component the uniform distribution ...
In CUB models the uncertainty of choice is explicitly modelled as a Combination of discrete Uniform ...