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An Integrated Model of Working Memory and Visual Perceptual Learning

机译:工作记忆与视觉感知学习的集成模型

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Increasing evidence suggests that working memory and perceptual processes are dynamically interrelated due to modulating activity in overlapping brain networks. However, the relationship between working memory on perceptual function and the direct influence of perceptual learning on fluid intelligence remains unclear. To investigate these issues, initially the paper summarizes the internal mechanism of working memory and visual perceptual learning. And then by studying some related models, a new model, called "perceptual-working memory model" is proposed and, supported by data obtained in the two experiments, is finally established. Our results show that the visual perception of study had no notable effects in improving fluid intelligence (t=-2.01, p=0.075>0.05), but working memory training could improve the perceptual learning effect in the training spatial frequencies18 (t=2.329, p=0.03<0.05).
机译:越来越多的证据表明,由于调节重叠的大脑网络中的活动,工作记忆和知觉过程是动态相关的。但是,尚不清楚工作记忆对知觉功能的影响与知觉学习对流体智力的直接影响之间的关系。为了研究这些问题,本文首先总结了工作记忆和视觉感知学习的内部机制。然后通过研究一些相关模型,提出了一种新的模型,称为“感知工作记忆模型”,并在两次实验中获得的数据的支持下,最终建立了该模型。我们的结果表明,研究的视觉感知对改善体液智力没有显着影响(t = -2.01,p = 0.075> 0.05),但是工作记忆训练可以提高训练空间频率上的知觉学习效果(t = 2.329, p = 0.03 <0.05)。

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