Dataset for: A mighty tool not only in perception: figure-ground mechanisms control binding an retrieval alike
Author(s) / Creator(s)
Schmalbrock, Philip
Abstract / Description
Dataset for: Schmalbrock, P., & Frings, C. (2022). A mighty tool not only in perception: Figure-ground mechanisms control binding and retrieval alike. Attention, Perception, & Psychophysics, 1-16. https://doi.org/10.3758/s13414-022-02511-5
Stimulus and response features are linked together into an event file when a response is made towards a stimulus. If some or all linked features repeat, the whole event file (including the previous response) is retrieved, thereby affecting current performance (as measured in so-called binding effects). Applying the figure-ground segmentation principle to such action control experiments, previous research showed that only stimulus features that have a figure-like character led to binding effects, while features in the background did not. Against the background of recent theorizing, integration and retrieval are discussed as separate processes that independently contribute to binding effects (BRAC framework). Thus, previous research did not specify whether figure-ground manipulations exert their modulating influence on integration and/or retrieval. We tested this in three experiments. Participants worked through a sequential distractor-response binding (DRB) task, allowing measurement of binding effects between responses and distractor (color) features. Importantly, we manipulated whether the distractor color was presented as a background feature or as a figure feature. In contrast to previous experiments, we applied this manipulation only to prime displays (Experiment 1), only to probe display (Experiment 2), or varied the figure-ground manipulation orthogonally for primes and probes (Experiment 3). Together the results of all three experiments suggest that figure-ground segmentation affects DRB effects on top of encoding specificity, and that especially the retrieval process is affected by this manipulation.
Keyword(s)
Figure-ground segmentation Action control Distractor-response binding Motor controlPersistent Identifier
Date of first publication
2022-03-16
Publisher
PsychArchives
Is referenced by
Citation
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DataAnalysis_Experiment1_Prime.csvCSV - 37.14KBMD5: 404b4b4edb575f5da5dc1b1f55101ad0Description: processed data used for analysis Experiment 1
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DataAnalysis_Experiment2_Probe.csvCSV - 37.14KBMD5: 94dbac09111c7e1d10ff69955bcfd563Description: processed data used for analysis Experiment 2
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DataRaw_Experiment2_Probe.csvCSV - 11.13MBMD5: 7caaec7dfbc21132193ee810de0f5be4Description: Raw Data Experiment 2
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DataRaw_Experiment1_Prime.csvCSV - 11.46MBMD5: d41bdd33f5a3ee0b1ab4383bf600f93bDescription: Raw Data Experiment 1
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Data-Analysis_Experiment3.csvCSV - 87.62KBMD5: feff36866a36f83f9dcfaec50976fa9eDescription: processed data used for analysis Experiment 3
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Data-Raw_Experiment3.csvCSV - 8.93MBMD5: 92c8383476851eea3efaf7e61291dc21Description: Raw Data Experiment 3
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ReadMe.txtText - 2.77KBMD5: 6fc3db76cadee2286987843c3f170058
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22022-03-15During the review process an additional experiment (Experiment 3) was added to the manuscript. Raw data and data used for the analysis were added.
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Author(s) / Creator(s)Schmalbrock, Philip
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PsychArchives acquisition timestamp2022-03-16T08:38:49Z
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Made available on2021-03-22T19:52:29Z
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Made available on2022-03-16T08:38:49Z
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Date of first publication2022-03-16
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Abstract / DescriptionDataset for: Schmalbrock, P., & Frings, C. (2022). A mighty tool not only in perception: Figure-ground mechanisms control binding and retrieval alike. Attention, Perception, & Psychophysics, 1-16. https://doi.org/10.3758/s13414-022-02511-5en_US
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Abstract / DescriptionStimulus and response features are linked together into an event file when a response is made towards a stimulus. If some or all linked features repeat, the whole event file (including the previous response) is retrieved, thereby affecting current performance (as measured in so-called binding effects). Applying the figure-ground segmentation principle to such action control experiments, previous research showed that only stimulus features that have a figure-like character led to binding effects, while features in the background did not. Against the background of recent theorizing, integration and retrieval are discussed as separate processes that independently contribute to binding effects (BRAC framework). Thus, previous research did not specify whether figure-ground manipulations exert their modulating influence on integration and/or retrieval. We tested this in three experiments. Participants worked through a sequential distractor-response binding (DRB) task, allowing measurement of binding effects between responses and distractor (color) features. Importantly, we manipulated whether the distractor color was presented as a background feature or as a figure feature. In contrast to previous experiments, we applied this manipulation only to prime displays (Experiment 1), only to probe display (Experiment 2), or varied the figure-ground manipulation orthogonally for primes and probes (Experiment 3). Together the results of all three experiments suggest that figure-ground segmentation affects DRB effects on top of encoding specificity, and that especially the retrieval process is affected by this manipulation.en
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Review statusunknownen
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SponsorshipOpen Access funding enabled and organized by Projekt DEAL.en
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Persistent Identifierhttps://hdl.handle.net/20.500.12034/4170.2
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Persistent Identifierhttps://doi.org/10.23668/psycharchives.5619
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Language of contentengen_US
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PublisherPsychArchivesen_US
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Is referenced byhttps://doi.org/10.3758/s13414-022-02511-5
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Is related tohttps://www.psycharchives.org/handle/20.500.12034/4169
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Is related tohttps://doi.org/10.3758/s13414-022-02511-5
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Keyword(s)Figure-ground segmentationen
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Keyword(s)Action controlen
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Keyword(s)Distractor-response bindingen
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Keyword(s)Motor controlen
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Dewey Decimal Classification number(s)150
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TitleDataset for: A mighty tool not only in perception: figure-ground mechanisms control binding an retrieval alikeen_US
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DRO typeresearchDataen_US