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Understanding Students' Explanations in Geometry Tutoring

机译:了解几何教学中学生的解释

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Precise Natural Language Understanding is needed in Geometry Tutoring to accurately determine the semantic content of students' explanations. The paper presents an NLU system developed in the context of the Geometry Explanation Tutor. The system combines unification-based syntactic processing with description logics based semantics to achieve the necessary accuracy level. Solutions to specific semantic problems dealing with equivalence of semantic representations are described. Experimental results on classification accuracy are also presented.
机译:几何辅导需要精确的自然语言理解,以准确确定学生解释的语义内容。本文介绍了在“几何解释导师”的背景下开发的NLU系统。该系统将基于统一的句法处理与基于描述逻辑的语义相结合,以达到必要的准确性级别。描述了处理语义表示的等效性的特定语义问题的解决方案。还提出了分类精度的实验结果。

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