How the deployment of attention determines what we see. Treisman, A. ![How the deployment of attention determines what we see [pdf]](https://bibbase.org/img/filetypes/pdf.svg "pdf")
Paper abstract bibtex Attention is a tool to adapt what we see to our current needs. It can be focused narrowly on a single object or spread over several or distributed over the scene as a whole. In addition to increasing or decreasing the number of attended objects, these different deployments may have different effects on what we see. This article describes some research both on focused attention and its use in binding features, and on distributed attention and the kinds of information we gain and lose with the attention window opened wide. One kind of processing that we suggest occurs automatically with distributed attention results in a statistical description of sets of similar objects. Another gives the gist of the scene, which may be inferred from sets of features registered in parallel. Flexible use of these different modes of attention allows us to reconcile sharp capacity limits with a richer understanding of the visual scene. Perception comprises a range of different ways of informing ourselves about the environment for a variety of different purposes including understanding, recognition and prediction, aesthetic appreciation, and the control of action. One important tool adapting the visual system to different perceptual tasks is the set of control systems that we call attention. Attention can be allocated to different aspects of the environment and in different ways, ranging from the focused analysis of local conjunctions of features to the global registration of scene properties. I will describe some research exploring the effects of these different ways of allocating attention to displays with multiple stimuli.
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title = {How the deployment of attention determines what we see},
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abstract = {Attention is a tool to adapt what we see to our current needs. It can be focused narrowly on a single object or spread over several or distributed over the scene as a whole. In addition to increasing or decreasing the number of attended objects, these different deployments may have different effects on what we see. This article describes some research both on focused attention and its use in binding features, and on distributed attention and the kinds of information we gain and lose with the attention window opened wide. One kind of processing that we suggest occurs automatically with distributed attention results in a statistical description of sets of similar objects. Another gives the gist of the scene, which may be inferred from sets of features registered in parallel. Flexible use of these different modes of attention allows us to reconcile sharp capacity limits with a richer understanding of the visual scene. Perception comprises a range of different ways of informing ourselves about the environment for a variety of different purposes including understanding, recognition and prediction, aesthetic appreciation, and the control of action. One important tool adapting the visual system to different perceptual tasks is the set of control systems that we call attention. Attention can be allocated to different aspects of the environment and in different ways, ranging from the focused analysis of local conjunctions of features to the global registration of scene properties. I will describe some research exploring the effects of these different ways of allocating attention to displays with multiple stimuli.},
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One important tool adapting the visual system to different perceptual tasks is the set of control systems that we call attention. Attention can be allocated to different aspects of the environment and in different ways, ranging from the focused analysis of local conjunctions of features to the global registration of scene properties. 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