数字素描环境的语义解释和反馈

Stefan Weinbrenner, Jan Engler, Pouyan Fotouhi Tehrani, H. Hoppe
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引用次数: 4

摘要

在各种学习环境中,徒手绘制图表或草图是一种自然的表达形式。它很容易被平板电脑或平板电脑支持。通常,这样的草图是推理过程的基础,在协作场景中也是如此。草图可以表明误解。因此,支持与学习环境的其他部分或ITS集成的草图的语义解释是可取的。我们的解决方案引入了一个基于黑板范式的多智能体体系结构。受Cog Sketch系统的启发,它支持引入用户定义的“字形”作为概念的外部表示,它提供了一组基本的几何/拓扑原语,并允许添加更多特定于领域的语义关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Semantic Interpretation and Feedback for Digital Sketching Environments
Free-hand drawing of diagrams or sketches is a natural form of expression in a variety of learning settings. It is easily supported by tablets or tablet PCs. Often such sketches are the basis of reasoning processes, also in collaborative scenarios. Sketches can indicate misconceptions. Therefore it is desirable to support a semantic interpretation of sketches integrated with other parts of a learning environment or with an ITS. Our solution introduces a multi-agent architecture based on the blackboard paradigm. Inspired by the Cog Sketch system, it supports the introduction of user-defined "glyphs" as external representations of concepts, it provides a set of basic geometrical/topological primitives and allows for the addition of more domain-specific semantic relations.
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