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    시각장애 학습자를 위한 LLM API 기반 수학 학습 지원 시스템 연구 = A Study on LLM API-Based Mathematical Learning Support System for Visually Impaired Students

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    https://www.riss.kr/link?id=A110245293

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    The purpose of this study is to explore the possibility that the LLM API-based interactive explanation and problem generation system can contribute to the improvement of learning ability and learning accessibility of visually impaired students. To this end, a Generative AI-based learning support system was designed and developed to reconstruct mathematical concepts and generate step-by-step example problems according to the context of learners' questions. As a result of application, language-oriented sequential explanations and step-by-step problem-generating structures tended to promote conceptual understanding and improve problem-solving accuracy. In addition, the repetitive confirmation and interaction process strengthened the sense of learning control and self-direction, confirming the possibility of an efficient learning support system.This system can substantially expand accessibility and alleviate the information gap in a digital-based learning environment by structuring the entire learning process beyond simple replacement of information. However, since there is a limitation of small-scale development research, it is necessary to systematically verify the learning effect and policy applicability through long-term and large-scale empirical research in the future.
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    The purpose of this study is to explore the possibility that the LLM API-based interactive explanation and problem generation system can contribute to the improvement of learning ability and learning accessibility of visually impaired students. To thi...

    The purpose of this study is to explore the possibility that the LLM API-based interactive explanation and problem generation system can contribute to the improvement of learning ability and learning accessibility of visually impaired students. To this end, a Generative AI-based learning support system was designed and developed to reconstruct mathematical concepts and generate step-by-step example problems according to the context of learners' questions. As a result of application, language-oriented sequential explanations and step-by-step problem-generating structures tended to promote conceptual understanding and improve problem-solving accuracy. In addition, the repetitive confirmation and interaction process strengthened the sense of learning control and self-direction, confirming the possibility of an efficient learning support system.This system can substantially expand accessibility and alleviate the information gap in a digital-based learning environment by structuring the entire learning process beyond simple replacement of information. However, since there is a limitation of small-scale development research, it is necessary to systematically verify the learning effect and policy applicability through long-term and large-scale empirical research in the future.

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