The simultaneous type, serial token model of temporal attention and working memory.

Howard Bowman, Brad Wyble

Psychological Review · 2007 · 309 citations · 71 references

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TL;DR

ST2 is a model of temporal attention and working memory that incorporates five principles: Chun and Potter’s 2‑stage model, a Stage 1 salience filter, Kanwisher’s types‑tokens distinction, transient attentional enhancement, and a binding‑pool mechanism linking types to tokens. The study presents a detailed description of the simultaneous type, serial token (ST2) model. The authors describe the ST2 architecture and compare it to major attentional‑blink models and theories. ST2 explains a spectrum of attentional‑blink findings and generates novel temporal‑attention predictions that were validated in behavioral experiments.

Abstract

A detailed description of the simultaneous type, serial token (ST2) model is presented. ST2 is a model of temporal attention and working memory that encapsulates 5 principles: (a) M. M. Chun and M. C. Potter's (1995) 2-stage model, (b) a Stage 1 salience filter, (c) N. G. Kanwisher's (1987, 1991) types-tokens distinction, (d) a transient attentional enhancement, and (e) a mechanism for associating types with tokens called the binding pool. Potter's (1995) 2-stage model, (b) a Stage 1 salience filter, (c) N. G. Kanwisher's (1987, 1991) types-tokens distinction, (d) a transient attentional enhancement, and (e) a mechanism for associating types with tokens called the binding pool. They demonstrate that the ST2 model explains a spectrum of AB findings. Furthermore, they highlight a number of new temporal attention predictions arising from the ST2 theory, which are tested in a series of behavioral experiments. Finally, the authors review major AB models and theories and compare them with ST2.

References

71