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Published in Computers & Education, 2024
This paper advances literacy field by introducing a novel approach to analyse, structure and classify information from raw log files that sourced from digital reading apps. The key aim of the digital app is to enhance young learners’ reading skills and provide individualised reccomendations. Our analyses provided an innovative analytical and Cluster Analysis framework to guide researchers in navigating this novel and complex dataset to achieve this aim.
Recommended citation: Ma, Y., Cain, K., & Ushakova, A. (2024). Application of cluster analysis to identify different reader groups through their engagement with a digital reading supplement. Computers & Education, 214, 105025. https://doi.org/10.1016/j.compedu.2024.105025
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In submission, 2025
This paper introduces a comprehensive analytical approach based on Item Reponse Theory to assessing performance of reading skills in adaptive digital learning environments, capturing diverse learning trajectories and generating reliable scores that reflect each learner’s unique, mastery-paced path through multiple attempts.
Recommended citation: Ma, Y., Cain, K., & Ushakova, A. (2024). Measuring learners’ proficiency: Insights into adaptive digital educational environments. Manuscript submitted for publication. Preregistration: https://osf.io/gu73j
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Journal of the Royal Statistical Society: Series A (under review), 2025
This study advances cognitive diagnostic assessments by proposing a novel statistical framework that integrates Cognitive Diagnosis Models with longitudinal data, including assessments of multiple skill sets. Our paper enhances the accuracy of attribute mastery evaluations and the assessment of covariate impacts on learning transitions. The applicability of the method is demonstrated through real-world application.
Recommended citation: Ma, Y., Cain, K., Ushakova, A., & Wallin, G. (2024). A statistical framework for dynamic cognitive diagnosis in digital learning environments. Manuscript under peer review. Preregistration: https://osf.io/nqkub
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Published:
Application of cluster analysis to identify different reader groups through their engagement with a digital reading supplement.
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This talk was part of Lancaster University’s research groups quarterly knowledge exchange series with Amplify, our U.S.-based educational technology partner.
Published:
Application of cluster analysis to identify different reader groups through their engagement with a digital reading supplement.
Published:
Application of cluster analysis to identify different reader groups through their engagement with a digital reading supplement.
Published:
Measuring learners’ proficiency: Insights into adaptive digital educational environments.
Published:
Big data meets the science of reading: Using graphical models to reveal the dynamics between different skills in early literacy development.
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Invited talk at the Workshop: T-READS Tracking Reading and Educational Attainment through Data (led by Prof Cain (Lancaster University) and Prof Roberts (University of Sheffield).
Workshop/1-1s, Lancaster University, Faculty of Sciences and Technology/Faculty of Health and Medicine, 2022
Mentoring, Lancaster University, Lancaster Medical School, 2023
Co-supervision on MSc Health Data Science (with Dr Ushakova and Prof Cain).