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Impact of Extraneous Cognitive Load on Multimedia-Based Grammar Learning

机译:外来认知荷载对多媒体语法学习的影响

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Cognitive load is a theoretical notion having an increasingly influential role in the educational research areas that asserts that cognitive capacity in working memory is limited where too much load on the cognitive system may hamper the total learning process and learning outcome.Intrinsic cognitive load, extrinsic load and germane cognitive load are three types of cognitive load. There is a strong link between extraneous cognitive load and instructional design which recognizes that learning materials can overload a learner’s cognitive effort. It has a negativeinfluence on learning performance which has not been focused yet for multimedia based grammar learning. The present work thus sets out to explore how much difference occurs on human cognition with two different types of multimedia based instructions. To conduct the research, a quantitativeresearch method was adopted with the use of two instruments (online test and NASA-TLX) to measure the impact (performance outcome and extraneous cognitive load) of the two type instructions on learners. The instruments are used with a view to (1) identify performance variation of the studentson different tasks through online test (2) measure mental workload with NASA task load index. The findings revealed that the instructions with proper maintain principles of cognitive theory of multimedia learning have better performance and low cognitive overload on students than that of theinstructions with violating the cognitive principles of multimedia learning.
机译:认知负荷是教育研究领域具有日益影响力的理论概念,这些研究领域的作用是工作记忆中的认知能力受到限制的限制,在认知系统上的负载太多可能会妨碍总学习过程和学习结果。intrinsic认知负载,外在负载和生命的认知载荷是三种类型的认知载荷。外来认知负载和教学设计之间存在强大的联系,其认识到学习材料可以过载学习者的认知努力。它对学习表现的负面影响尚未专注于基于多媒体的语法学习。因此,目前的作品列出了探讨人类认知发生了多少差异,以两种不同类型的基于多媒体的指令。为了进行研究,使用两种仪器(在线测试和NASA-TLX)采用了量化的研究方法,以测量学习者两种类型指令的影响(性能结果和外来认知负载)。该仪器用于通过在线测试(2)使用NASA任务负载索引来识别DesionsOn不同任务的学生不同任务的性能变化。结果表明,具有适当维护多媒体学习认知理论原则的指示具有比违反多媒体学习认知原则的学生对学生的性能和低的认知过载。

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