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心理物理学方法对光谱和空间 TOJ 阈限的影响。

The Effects of Psychophysical Methods on Spectral and Spatial TOJ Thresholds.

机构信息

Department of Communication Disorders, Ariel University, Ariel 40700, Israel.

Department of Psychology, Bar-Ilan University, Ramat-Gan 5290002, Israel.

出版信息

Sensors (Basel). 2022 Jun 26;22(13):4830. doi: 10.3390/s22134830.

Abstract

(1) Background: A large number of studies have used different psychophysical methods for measuring temporal order judgment (TOJ) thresholds, which makes it difficult to compare the results of different studies. In this study, we aimed to compare the thresholds measured by the two main procedures used in many studies, the adaptive procedure, and the method of constant stimuli; (2) Methods: Study 1 tested spatial TOJ and included 109 participants, 50 using the adaptive procedure and 59 using the constant stimuli procedure. Study 2 tested spectral TOJ and included 223 participants, 119 using the adaptive procedure and 104 using constant stimuli; (3) Results: Both the spatial and spectral TOJ results showed no difference between the psychophysical methods, either in (1) the form of the distribution; (2) the mean; or (3) the standard deviation. However, Bayesian analysis showed a large Bayes factor only for spatial TOJ; (4) Conclusions: There is no difference between spatial TOJ thresholds measured by an adaptive procedure and the method of constant stimuli, and their results can be compared across studies. A similar conclusion can be drawn also for spectral TOJ, but should be considered more cautiously.

摘要

(1) 背景:大量研究使用不同的心理物理学方法来测量时间顺序判断 (TOJ) 阈值,这使得难以比较不同研究的结果。在这项研究中,我们旨在比较许多研究中使用的两种主要程序(自适应程序和恒定刺激法)测量的阈值;(2) 方法:研究 1 测试了空间 TOJ,包括 109 名参与者,其中 50 名使用自适应程序,59 名使用恒定刺激程序。研究 2 测试了光谱 TOJ,包括 223 名参与者,其中 119 名使用自适应程序,104 名使用恒定刺激程序;(3) 结果:无论是在(1)分布形式;(2)平均值;还是(3)标准差方面,空间和光谱 TOJ 结果均表明两种心理物理学方法之间没有差异。然而,贝叶斯分析仅显示了大的贝叶斯因子,仅用于空间 TOJ;(4) 结论:自适应程序和恒定刺激法测量的空间 TOJ 阈值没有差异,它们的结果可以在研究之间进行比较。对于光谱 TOJ 也可以得出类似的结论,但应更谨慎地考虑。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3d9b/9269437/29b442e0a99a/sensors-22-04830-g001.jpg

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