交互式重建学生建模:一种机器学习方法

A. Mitrovic, S. Djordjevic-Kajan
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引用次数: 8

摘要

重构错误建模是智能辅导系统中学生建模的一种众所周知的方法,适用于建模过程任务。将领域知识分解为一组基本运算符和一组基本运算符的适用条件。重构建模能够描述由于正确运算符的不规则应用而产生的错误。这种方法成功的主要障碍是将领域知识分解为抽象层次非常低的基本运算符,因此在其中永远不会出现错误。这种建模方案的另一个缺点是效率太低,因为它通常是离线完成的,因为涉及到巨大的搜索空间。本文报道了一种基于机器学习技术的重建建模新方法,用于从痕迹中归纳过程。该方法通过其交互性克服了重构建模的问题。它允许使用领域知识和关于It的知识在线生成模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interactive reconstructive student modeling: A machine-learning approach
Reconstructive bug modeling is a well‐known approach to student modeling in intelligent tutoring systems, suitable for modeling procedural tasks. Domain knowledge is decomposed into the set of primitive operators and the set of conditions of their applicability. Reconstructive modeling is capable of describing errors that come from irregular application of correct operators. The main obstacle to successfulness of this approach is such decomposition of domain knowledge to primitive operators with a very low level of abstraction so that bugs could never occur within them. The other drawback of this modeling scheme is its efficiency because it is usually done offline, due to vast search spaces involved. This article reports a novel approach to reconstructive modeling based on machine‐learning techniques for inducing procedures from traces. The approach overcomes the problems of reconstructive modeling by its interactive nature. It allows online model generation by using domain knowledge and knowledge about t...
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