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The Potential for Interpretational Confounding in Cognitive Diagnosis Models.
Qi Helen Huang1, Daniel M Bolt1
1University of Wisconsin-Madison, USA.
Treating continuous cognitive skills as binary in diagnostic models can cause confusion. This study shows how this simplification can lead to misinterpretations of examinee mastery and item parameters, especially when combining test data.
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Area of Science:
- Educational Measurement and Psychometrics
- Cognitive Psychology
- Statistical Modeling
Background:
- Cognitive diagnosis models often classify examinee mastery as binary (master/nonmaster).
- This binary classification may oversimplify underlying continuous proficiencies.
- Such simplification can lead to inconsistencies in defining and interpreting skill mastery.
Purpose of the Study:
- To demonstrate the potential for interpretational confounding when continuous skills are treated as binary in cognitive diagnosis models.
- To illustrate how this misspecification can affect latent skill interpretations.
- To examine the impact on item and examinee parameters under different calibration conditions.
Main Methods:
- Utilized the DINA (Deterministic Input, Noisy AND-gate) model as a case study.
- Analyzed parameter changes in simulations and real data studies.
- Investigated scenarios involving combined calibration of different item sets and structural restrictions on skill attributes.
Main Results:
- Observed interpretational confounding of latent skills when continuous attributes were incorrectly dichotomized.
- Demonstrated changes in item parameters (e.g., slip, guess) and examinee mastery proportions.
- Parameter shifts were evident when combining previously separate calibrations or imposing structural constraints.
Conclusions:
- Researchers should be vigilant about the potential for interpretational confounding due to skill continuity.
- Regularly assess differences in attribute mastery and item parameter estimates when combining data or changing model structures.
- Emphasizes the importance of considering skill continuity in cognitive diagnosis for accurate measurement.
