为教育系统建模解决问题

P. Tchounikine
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引用次数: 2

摘要

在构建一个向学生展示问题解决能力的系统时,需要考虑的关键问题是如何定义系统中问题解决能力的概念模型。我们研究了该模型定义的两种可能方法:精炼通用问题解决模型和通过从观察到的专业知识中提取数据进行建模。我们强调,这两种方法有相反的优点。前者有助于定义合理的系统问题解决模型,后者有助于尊重特定领域的问题解决教育学特殊性。为了帮助通过任何一种方法构建的模型的细化,我们声称基于纸张的模型是不够的,并主张使用原型作为支持建模的手段。为了允许这种原型,我们需要一种高级语言,它(1)允许模型的快速操作,同时不强制执行预定义的概念原语,并且(2)允许控制……
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling Problem-solving for an Educational System
Abstract When constructing a system that presents students with problem-solving, the essential problem to be considered is the definition of the system's conceptual model of the problem-solving expertise. We study two possible approaches of the definition of this model: refining generic problem-solving models and modelling by data-abstraction from an observed expertise. We emphasise that these two approaches have opposite advantages. The former facilitates the definition of rational systematic problem-solving models, the latter facilitates the respect of the problem-solving pedagogic specificities of a particular domain. In order to help in the refinement of the model constructed by either method we claim that a paper-based model is not sufficient and advocate the use of prototyping as a means to support modelling. To allow this prototyping we need a high-level language that (1) allows a quick operationalisation of the model while not enforcing predefined conceptual primitives, and (2) allows a control of...
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