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Data, Trees, and Forests -- Decision Tree Learning in K-12 Education
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As a consequence of the increasing influence of machine learning on our lives, everyone needs competencies to understand corresponding phenomena, but also to get involved in shaping our world and making informed decisions regarding the influences on our society. Therefore, in K-12 education, students need to learn about core ideas and principles of machine learning. However, for this target group, achieving all of the aforementioned goals presents an enormous challenge. To this end, we present a teaching concept that combines a playful and accessible unplugged approach focusing on conceptual understanding with empowering students to actively apply machine learning methods and reflect their influence on society, building upon decision tree learning.
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Cited by 2 Pith papers
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Children aged 6 to 11 used a puzzle game to visually compare their own solutions with AI outputs, which helped them detect and analyze reasoning errors in generative AI.
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Children's Mental Models of AI Reasoning: Implications for AI Literacy Education
Children in grades 3-8 hold three mental models of AI reasoning, inductive, deductive, and inherent, and the inherent model gives way to the inductive model as grade level increases.
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