Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Probabilistic feature models (PFMs) can be used to explain binary rater judgements about the associations beten two types of elements (e.g., objects and attributes) on the basis of binary latent features. In particular, to explain observed object-attribute associations PFMs assume that respondents classify both objects and attributes with respect to a, usually small, number of binary latent features, and that the observed object-attribute association is derived as a specific mapping of these classifications. Standard PFMs assume that the object-attribute association probability is the same according to all respondents, and that all observations are statistically independent. As both assumptions may be unrealistic, a multilevel latent class extension of PFMs is proposed which allows objects and/or attribute parameters to be different across latent rater classes, and which allows to model dependencies beten associations with a common object (attribute) by assuming that the link beten features and objects (attributes) is fixed across judgements. Formal relationships with existing multilevel latent class models for binary three-way data are described. As an illustration, the models are used to study rater differences in product perception and to investigate individual differences in the situational determinants of anger-related behavior. Copyright Springer Science+Business Media New York 2013
['Michel Meulders', 'Francis Tuerlinckx', 'Wolf Vanpaemel']
I am writing a research paper on a idea Constrained Multilevel Latent Class Models for the Analysis of Three-Way Three-Mode Binary Data
[{"from": "human", "value": "I am writing a research paper on a idea Constrained Multilevel Latent Class Models for the Analysis of Three-Way Three-Mode Binary Data"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Probabilistic feature models (PFMs) can be used to explain binary rater judgements about the associations beten two types of elements (e.g., objects and attributes) on the basis of binary latent features. In particular, to explain observed object-attribute associations PFMs assume that respondents classify both objects and attributes with respect to a, usually small, number of binary latent features, and that the observed object-attribute association is derived as a specific mapping of these classifications. Standard PFMs assume that the object-attribute association probability is the same according to all respondents, and that all observations are statistically independent. As both assumptions may be unrealistic, a multilevel latent class extension of PFMs is proposed which allows objects and/or attribute parameters to be different across latent rater classes, and which allows to model dependencies beten associations with a common object (attribute) by assuming that the link beten features and objects (attributes) is fixed across judgements. Formal relationships with existing multilevel latent class models for binary three-way data are described. As an illustration, the models are used to study rater differences in product perception and to investigate individual differences in the situational determinants of anger-related behavior. Copyright Springer Science+Business Media New York 2013"}]