PROOF GRANULARITY AS AN EMPIRICAL PROBLEM?
Author(s) -
Marvin Schiller,
Christoph Benzmüller
Publication year - 2009
Language(s) - English
Resource type - Conference proceedings
DOI - 10.5220/0002159603500354
Subject(s) - mathematical proof , computer science , proof of concept , granularity , context (archaeology) , proof theory , empirical research , mechanism (biology) , artificial intelligence , data science , programming language , epistemology , mathematics , operating system , biology , geometry , paleontology , philosophy
Even in introductory textbooks on mathematical proof, intermediate proof steps are generally skipped when this seems appropriate. This gives rise to different granularities of proofs, depending on the intended audience and the context in which the proof is presented. We have developed a mechanism to classify whether proof steps of different sizes are appropriate in a tutoring context. The necessary knowledge is learnt from expert tutors via standard machine learning techniques from annotated examples. We discuss the ongoing evaluation of our approach via empirical studies.
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