Use of artificial intelligence in dyslexia

Dyslexia, a learning disorder that affects reading, writing and spelling, has seen significant advances in the incorporation of artificial intelligence (AI) as a tool to provide personalized support.

In this session, we will explore how AI has transformed the way dyslexia is addressed, offering innovative solutions ranging from early detection to the adaptation of educational tools, and how these technologies are paving the way towards a more inclusive educational experience.

Early Detection with Specialized Algorithms

• Reading Pattern Analysis: AI has enabled the development of algorithms that analyze specific reading patterns, identifying possible indicators of dyslexia in the early stages of learning. These algorithms can alert educators and healthcare professionals to the need for early intervention.

• Continuous Assessment: The ability to conduct continuous assessments based on digital interaction allows for dynamic early detection, adapting to individual progress and challenges over time.

Personalized Educational Platforms

• Content Adaptation: AI on educational platforms can adapt content to the learning profile of students with dyslexia. This includes adjusting reading speed, offering additional explanations and providing personalized exercises to strengthen specific areas of weakness.

• Immediate Feedback: The immediate feedback generated by the AI allows students with dyslexia to receive instant guidance on their performance, encouraging more effective and autonomous learning.

Advanced Text Readers

• Optical Character Recognition (OCR): AI has significantly improved OCR accuracy, allowing people with dyslexia to convert printed text to speech more reliably. This capability not only makes reading easier, but also reduces the fatigue associated with visual decoding.

• Contextual Understanding: AI-based text readers can interpret the context of a sentence, improving overall comprehension of the content and enabling a more fluid reading experience for those with dyslexia.

Intelligent Grammar Checkers

• Contextual Suggestions: AI-based grammar checkers can offer more advanced contextual suggestions. This is especially beneficial for people with dyslexia, as these tools not only correct spelling mistakes, but also offer alternatives that fit the context of the sentence.

• Adaptation to Individual Styles: The ability to adapt to individual writing style allows intelligent grammar checkers to be more effective for those with dyslexia, considering personal variations in written expression.

Voice Feedback Systems

• Pronunciation Assessment: AI can assess the pronunciation of people with dyslexia, offering specific feedback on articulation and intonation. This function is not only useful for improving oral expression, but also contributes to the development of language skills.

• Listening Comprehension Tests: Voice feedback systems can include listening comprehension tests, assessing the ability to understand and answer questions about oral content. This strengthens listening skills essential for learning and communication.

Virtual Learning Environments

• Educational Simulations: AI enables the creation of educational simulations that offer hands-on experiences in virtual environments. These simulations can be adapted to address the specific needs of students with dyslexia, providing immersive learning opportunities. Integration of Virtual Assistants: AI-based virtual assistants can be integrated into learning environments, offering personalized answers to questions and providing additional support in real time.

Pronunciation Tools and Phonetic Training

• Improved Voice Synthesis: AI has improved the quality of voice synthesis, which benefits people with dyslexia who depend on text readers and other voice tools. More natural pronunciation and realistic intonation improve listening comprehension.