A Focus on Selection for Fixation

A computational explanation of how visual attention, interpretation of visual stimuli, and eye movements combine to produce visual behavior, seems elusive. Here, we focus on one component: how selection is accomplished for the next fixation. The popularity of saliency map models drives the inference...

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Main Authors: John Tsotsos, Iuliia Kotseruba, Calden Wloka
Format: Article
Language:English
Published: MDPI AG 2016-05-01
Series:Journal of Eye Movement Research
Subjects:
Online Access:https://bop.unibe.ch/JEMR/article/view/2710
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author John Tsotsos
Iuliia Kotseruba
Calden Wloka
author_facet John Tsotsos
Iuliia Kotseruba
Calden Wloka
author_sort John Tsotsos
collection DOAJ
description A computational explanation of how visual attention, interpretation of visual stimuli, and eye movements combine to produce visual behavior, seems elusive. Here, we focus on one component: how selection is accomplished for the next fixation. The popularity of saliency map models drives the inference that this is solved, but we argue otherwise. We provide arguments that a cluster of complementary, conspicuity representations drive selection, modulated by task goals and history, leading to a hybrid process that encompasses early and late attentional selection. This design is also constrained by the architectural characteristics of the visual processing pathways. These elements combine into a new strategy for computing fixation targets and a first simulation of its performance is presented. A sample video of this performance can be found by clicking on the "Supplementary Files" link under the "Article Tools" heading.
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publishDate 2016-05-01
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spelling doaj-art-c2e7378a37e44aa28647d0a61b29e2c02025-08-20T02:56:45ZengMDPI AGJournal of Eye Movement Research1995-86922016-05-019510.16910/jemr.9.5.2A Focus on Selection for FixationJohn Tsotsos0Iuliia Kotseruba1Calden Wloka2York University, CanadaYork University, CanadaYork University, CanadaA computational explanation of how visual attention, interpretation of visual stimuli, and eye movements combine to produce visual behavior, seems elusive. Here, we focus on one component: how selection is accomplished for the next fixation. The popularity of saliency map models drives the inference that this is solved, but we argue otherwise. We provide arguments that a cluster of complementary, conspicuity representations drive selection, modulated by task goals and history, leading to a hybrid process that encompasses early and late attentional selection. This design is also constrained by the architectural characteristics of the visual processing pathways. These elements combine into a new strategy for computing fixation targets and a first simulation of its performance is presented. A sample video of this performance can be found by clicking on the "Supplementary Files" link under the "Article Tools" heading.https://bop.unibe.ch/JEMR/article/view/2710attentionfixation controlsaliencyselective tuningselectionvision
spellingShingle John Tsotsos
Iuliia Kotseruba
Calden Wloka
A Focus on Selection for Fixation
Journal of Eye Movement Research
attention
fixation control
saliency
selective tuning
selection
vision
title A Focus on Selection for Fixation
title_full A Focus on Selection for Fixation
title_fullStr A Focus on Selection for Fixation
title_full_unstemmed A Focus on Selection for Fixation
title_short A Focus on Selection for Fixation
title_sort focus on selection for fixation
topic attention
fixation control
saliency
selective tuning
selection
vision
url https://bop.unibe.ch/JEMR/article/view/2710
work_keys_str_mv AT johntsotsos afocusonselectionforfixation
AT iuliiakotseruba afocusonselectionforfixation
AT caldenwloka afocusonselectionforfixation
AT johntsotsos focusonselectionforfixation
AT iuliiakotseruba focusonselectionforfixation
AT caldenwloka focusonselectionforfixation