APS

2025 APS Annual Convention · 2025

Cognitive, Linguistic, and Electrophysiological Performance in Students with and without Reading Disorders

Washington, DC · May 2025

Poster · Cognitive

  • Exequiel Guevara
    Centro de Capacitación e Investigación en Neurociencias (CINEURO)
  • Mariel Musso
    CONICET/ University of Granada
  • Eduardo Cascallar
    KU Leuven

Abstract

This study aims to analyze the contribution of cognitive, linguistic, and electrophysiological variables to dyslexia in children, using machine learning models. Logistic Regression and Neural Networks models showed good sensitivity and specificity to classify correctly between children with/without dyslexia. Phonological awareness was the main variable contributing to the classification.

Studying and Learning

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