AI Article Synopsis

  • The review discusses the research on the episodic buffer in working memory, emphasizing the influence of Anne Treisman's work on understanding how features of an episode are combined into integrated representations.
  • A series of experiments is summarized, exploring how factors like cognitive load and distractions affect the retention of feature bindings in visual working memory, revealing a coherent pattern across these variables.
  • The findings highlight the roles of external vs. internal attentional processes and differentiate between visual buffer storage and the focus of attention, linking back to Treisman's ideas on focused attention and contemporary visual working memory theories.

Article Abstract

We review our research on the episodic buffer in the multicomponent model of working memory (Baddeley, 2000), making explicit the influence of Anne Treisman's work on the way our research has developed. The crucial linking theme concerns binding, whereby the individual features of an episode are combined as integrated representations. We summarize a series of experiments on visual working memory that investigated the retention of feature bindings and individual features. The effects of cognitive load, perceptual distraction, prioritization, serial position, and their interactions form a coherent pattern. We interpret our findings as demonstrating contrasting roles of externally driven and internally driven attentional processes, as well as a distinction between visual buffer storage and the focus of attention. Our account has strong links with Treisman's concept of focused attention and aligns with a number of contemporary approaches to visual working memory.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6994435PMC
http://dx.doi.org/10.3758/s13414-019-01837-xDOI Listing

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