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AN ACTIVATION-BASED THEORY OF IMMEDIATE ITEM MEMORY

机译:基于激活的即时项目记忆理论

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摘要

We present an activation-based computational model of immediate item memory, which is proposed to underlie activation based processes within the pre-frontal cortex (mediating primary memory) that trigger episodic learning processes in the medial temporal cortex (secondary memory). We show that the model is able to capture a range of basic phenomena such as Brown-Peterson forgetting functions and serial position functions in cued and free-recall. The model makes unique predictions for presentation rate and list length effects, which were tested (and supported) in subsequent experiments.
机译:我们提出了一种基于激活的即时项目记忆计算模型,该模型被提出来作为基础的前额叶皮层(介导主要记忆)中基于激活的过程,该过程触发了内侧颞叶皮层(辅助记忆)中的情节学习过程。我们证明该模型能够捕获各种基本现象,例如在提示和自由调用中的布朗-彼得森遗忘函数和序列位置函数。该模型对表示速率和列表长度影响做出了独特的预测,这些预测在后续实验中得到了测试(并得到支持)。

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