Journal of Experimental Psychology Learning Memory and Cognition · 2004 · 29 citations · 14 references
Social SciencesBehavioral SciencesPsychologyCognitive PsychologyExperimental PsychologyPsychometricsCognitive ArchitectureCognitive LoadCognitive ModelingConcept FormationModel Fit AssessmentCategorization ModelsCategory FlexibilityCategory GeneralizationClassification ModelsCognitive Process AnalysisError Variance EstimationInterpretability Of Classification ModelsStimulus - Response Models
J. P. Minda and J. D. Smith (2001) showed that a prototype model outperforms an exemplar model, especially in larger categories or categories that contained more complex stimuli. R. M. Nosofsky and S. R. Zaki (2002) showed that an exemplar model with a response-scaling mechanism outperforms a prototype model. The authors of the current study investigated whether excessive model flexibility could explain these results. Using cross-validation, the authors demonstrated that both the prototype model and the exemplar model with a response-scaling mechanism suffered from overfilling in the linearly separable category structure. The results illustrate the need to make sure that the best-fitting model is not chasing error variance instead of variance attributed to the cognitive process it is supposed to model.
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"Schema abstraction" in a multiple-trace memory model.
Douglas L. Hintzman · Psychological Review · 1986 · 1.9K citations
Michael W. Browne · Journal of Mathematical Psychology · 2000 · 1.4K citations