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Cognitive Load Dynamics: How to Increase Effectiveness of SD-based Learning Environments

机译:认知负荷动态:如何提高基于SD的学习环境的效率

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A system dynamics (SD) model without an instructional overlay is not a sufficient learning tool (Spector and Davidsen 1997, Alessi 2000). We propose Cognitive Load Theory (CLT, Sweller 1988) as a theoretical framework for devising effective instructional context for SD models. Providing a systematic distinction between the several sources of cognitive load, CLT specifies what (and why) should be considered when the instructional overlay for a learning environment is designed. Having developed a simple SD model of the theory, we use it to explore how various instructional choices might impact effectiveness of the learning process. Finally, we consider the CLT recommendations in the context of SD-based learning environments and discuss how they may provide input to developing a set of guidelines for design of effective ways to communicate insights of SD models to a broader audience.
机译:没有教学叠加层的系统动态(SD)模型不是足够的学习工具(SPECTER和Davidsen 1997,Alessi 2000)。我们提出认知负载理论(CLT,搅拌机1988)作为用于设计SD模型的有效教学背景的理论框架。在若干认知负载源之间提供系统区别,CLT指定设计学习环境的教学覆盖时应考虑的(以及原因)。开发了一个理论的简单SD模型,我们使用它来探索各种教学选择可能会影响学习过程的有效性。最后,我们考虑在基于SD的学习环境的背景下的CLT建议,并讨论它们如何为开发一组指导方针提供有关的指导,以便将SD模型对更广泛的受众传达的有效方法的设计。

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