a Department of Psychology , The University of Virginia.
b Department of Psychology , The University of Zurich.
Multivariate Behav Res. 2018 Nov-Dec;53(6):806-819. doi: 10.1080/00273171.2018.1437017. Epub 2018 Feb 26.
The 10 year anniversary of the COGITO Study provides an opportunity to revisit the ideas behind the Cattell data box. Three dimensions of the persons × variables × time data box are discussed in the context of three categories of researchers each wanting to answer their own categorically different question. The example of the well-known speed-accuracy tradeoff is used to illustrate why these are three different categories of statistical question. The 200 persons by 100 variables by 100 occasions of measurement COGITO data cube presents a challenge to integrate theories and methods across the dimensions of the data box. A conceptual model is presented for the speed-accuracy tradeoff example that could account for cross-sectional between persons effects, short-term dynamics, and long-term learning effects. Thus, two fundamental differences between the time axis and the other two axes of the data box include ordering and time scaling. In addition, nonstationarity in human systems is a pervasive problem along the time dimension of the data box. To illustrate, the difference in nonstationarity between dancing and conversation is discussed in the context of the interaction between theory, methods, and data. An information theoretic argument is presented that the theory-methods-data interaction is better understood when viewed as a conversation than as a dance. Entropy changes in the development of a theory-methods-data conversation provide one metric for evaluating scientific progress.
COGITO 研究十周年为重新审视 Cattell 数据框背后的理念提供了机会。本文从三类研究人员各自希望回答完全不同的问题的角度,讨论了人员×变量×时间数据框的三个维度。以著名的速度-准确性权衡为例,说明了为什么这是三类不同的统计问题。200 名被试、100 个变量、100 次测量的 COGITO 数据立方体对跨数据框维度整合理论和方法提出了挑战。本文提出了一个用于速度-准确性权衡的概念模型,该模型可以解释个体间效应、短期动态和长期学习效应的横断面差异。因此,时间轴与数据框的其他两个轴之间的两个基本区别包括顺序和时间标度。此外,人类系统的非平稳性是数据框时间维度上普遍存在的问题。为了说明这一点,本文在理论、方法和数据的相互作用的背景下,讨论了舞蹈和对话之间的非平稳性差异。本文提出了一种信息论观点,即当将理论-方法-数据的相互作用视为对话而不是舞蹈时,更容易理解。理论-方法-数据对话的发展中的熵变化提供了评估科学进步的一种度量。