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Correction: On the Utility of Integrated Speed-Accuracy Measures when Speed-Accuracy Trade-Off is Present Cover

Correction: On the Utility of Integrated Speed-Accuracy Measures when Speed-Accuracy Trade-Off is Present

Open Access
|Nov 2021

Figures & Tables

joc-4-1-192-g1.png
Figure 1

Sample Means in Study 1 as a function of Test × SAT Settings × SAT size (x-axis in each panel) × PE level (panels from left to right) for correct BIS. The curves within each panel show the cell means of the Test × SAT Settings combinations. Legend: open circles for control condition and closed circles for experimental condition; red solid lines for speed stress, blue dashes for neutral SAT, and green dotted lines for accuracy stress.

joc-4-1-192-g2.png
Figure 2

Estimated effect size (ηp2) of the Test effect as a function of the variation in PE (panels A to D) and in SAT size for RT and PE for the five combined measures in Study 1.

joc-4-1-192-g3.png
Figure 3

Estimated effect size (ηp2) of SAT Settings as a function of PE level and SAT strength for RT and PE and the five combined measures in Study 1. The dashed line (labeled α) represents the significance threshold for these data.

joc-4-1-192-g4.png
Figure 4

Sample Means in Study 2 as a function of Test × SAT Settings × SAT size (x-axis in each panel) × PE level (panels from left to right) for BISc. The curves within each panel show the cell means of the Test × SAT Settings combinations. Legend: open circles for control condition and closed circles for experimental condition; red solid lines for speed stress, blue dashes for neutral SAT, and green dotted lines for accuracy stress.

joc-4-1-192-g5.png
Figure 5

Estimated effect size (ηp2) of the Test effect as a function of the variation in PE (panels A to D) and in SAT size for RT and PE for the five combined measures in Study 2.

joc-4-1-192-g6.png
Figure 6

Estimated effect size (ηp2) of SAT Settings as a function of PE level and SAT strength for RT and PE and the five combined measures in Study 2. The dashed line (labeled α) represents the significance threshold for these data.

joc-4-1-192-g7.png
Figure 7

Sample Means in Study 3 as a function of Test × SAT Settings × SAT size (x-axis in each panel) × PE level (panels from left to right) for correct BIS. The curves within each panel show the cell means of the Test × SAT Settings combinations. Legend: Blue for SAT-absent conditions, red for SAT-present conditions; open circles for control condition, closed circles for experimental condition.

joc-4-1-192-g8.png
Figure 8

Estimated effect size (ηp2) of the Test effect as a function of the variation in PE (panels A to D) and in SAT size for RT and PE for the five combined measures in Study 3.

joc-4-1-192-g9.png
Figure 9

Estimated effect size (ηp2) of SAT Settings as a function of PE level and SAT strength for RT and PE and the five combined measures in Study 3. The dashed line (labeled α) represents the significance threshold for these data.

joc-4-1-192-g10.png
Figure 10

Sample Means in Study 4 as a function of Test × SAT Targets × SAT size (x-axis in each panel) × PE level. The row of panels shows the BISc means with respect to PE level × Test, such that the two panels on the left show the control and the experimental condition means at PE level 0.05, and the two panels on the right show the control and experimental condition means at PE level 0.10. Legend: open circles for control condition and closed circles for experimental condition; red solid lines for 75%, orange dashed lines for 80%, yellow dotted lines for 85%, green dashed lines for 90%, and dark green solid lines for 95% target.

joc-4-1-192-g11.png
Figure 11

Estimated effect size (ηp2) of the Test effect as a function of the variation in PE (panels A and B) and in SAT size for RT and PE and for the five combined measures in Study 4.

joc-4-1-192-g12.png
Figure 12

Estimated effect size (ηp2) of SAT Settings as a function of PE level and SAT strength for RT and PE and the five combined measures in Study 4. The dashed line (labeled α) represents the significance threshold for these data.

DOI: https://doi.org/10.5334/joc.192 | Journal eISSN: 2514-4820
Language: English
Submitted on: Oct 5, 2021
Accepted on: Oct 5, 2021
Published on: Nov 10, 2021
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2021 André Vandierendonck, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.