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多层次建模:在人格研究中的当前和未来应用。

Multilevel modeling: current and future applications in personality research.

机构信息

Psychology Department, Arizona State University, Tempe, AZ 85287-1104, USA.

出版信息

J Pers. 2011 Feb;79(1):2-50. doi: 10.1111/j.1467-6494.2010.00681.x.

Abstract

Traditional statistical analyses can be compromised when data are collected from groups or multiple observations are collected from individuals. We present an introduction to multilevel models designed to address dependency in data. We review current use of multilevel modeling in 3 personality journals showing use concentrated in the 2 areas of experience sampling and longitudinal growth. Using an empirical example, we illustrate specification and interpretation of the results of series of models as predictor variables are introduced at Levels 1 and 2. Attention is given to possible trends and cycles in longitudinal data and to different forms of centering. We consider issues that may arise in estimation, model comparison, model evaluation, and data evaluation (outliers), highlighting similarities to and differences from standard regression approaches. Finally, we consider newer developments, including 3-level models, cross-classified models, nonstandard (limited) dependent variables, multilevel structural equation modeling, and nonlinear growth. Multilevel approaches both address traditional problems of dependency in data and provide personality researchers with the opportunity to ask new questions of their data.

摘要

当数据是从群体中收集的,或者从个体中收集多个观察结果时,传统的统计分析可能会受到影响。我们介绍了旨在解决数据相关性的多层次模型。我们回顾了 3 个人格期刊中多层次建模的当前使用情况,发现其主要集中在经验抽样和纵向增长这两个领域。我们使用一个实证示例,说明随着预测变量在第 1 层和第 2 层上的引入,一系列模型的结果的指定和解释。我们关注纵向数据中的可能趋势和周期,以及不同的中心化形式。我们考虑了在估计、模型比较、模型评估和数据评估(异常值)中可能出现的问题,突出了与标准回归方法的相似之处和不同之处。最后,我们考虑了新的发展,包括 3 层次模型、交叉分类模型、非标准(有限)因变量、多层次结构方程建模和非线性增长。多层次方法既解决了数据相关性的传统问题,又为人格研究人员提供了机会,使其能够对数据提出新的问题。

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