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Applying cognitive load theory to the design of web-based instruction

机译:认知负荷理论在网络教学设计中的应用

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摘要

Cognitive load theory can inform the design of web-based instruction. The basic premise of cognitive load theory is that the focus of an instructional module must be the instruction itself. Information that is adjunct to the instruction must be designed to minimize cognitive load and enhance working memory. Because the mental resources of working memory can be overloaded, any information that ignores cognitive load may interfere with the process of acquiring knowledge and skills. Instruction that effectively presents the learning to our working memory has an impact on our ability to store knowledge and skills in our long-term memory. Everything that we "know" is held in our long-term memory. Our team applied the principles of cognitive load theory to the design our instructional web site and discovered that cognitive load theory provides a sound baseline for the design of effective web-based instruction. Further, to effectively enhance web-based instruction, the graphical user interface and multimedia formats must be developed in consideration of cognitive load principles.
机译:认知负荷理论可以指导基于Web的教学设计。认知负荷理论的基本前提是,教学模块的重点必须是教学本身。该指令所附带的信息必须设计为最大程度地减少认知负担并增强工作记忆。由于工作记忆的精神资源可能会超负荷,因此任何忽略认知负荷的信息都可能会干扰知识和技能的获取过程。有效地向我们的工作记忆提供学习的指导会影响我们在长期记忆中存储知识和技能的能力。我们“知道”的一切都保存在我们的长期记忆中。我们的团队将认知负荷理论的原理应用于设计我们的教学网站,并发现认知负荷理论为有效的基于Web的教学设计提供了良好的基线。此外,为了有效地增强基于Web的教学,必须考虑认知负荷原则来开发图形用户界面和多媒体格式。

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