By D. S. Moskowitz, Scott L. Hershberger, D.S. Moskowitz
ISBN-10: 0585389217
ISBN-13: 9780585389219
ISBN-10: 0805831258
ISBN-13: 9780805831252
This booklet examines how members behave throughout time and to what measure that habit adjustments, fluctuates, or continues to be reliable. It positive factors the most up-tp-date equipment on modeling repeated measures info as suggested via a extraordinary staff of specialists within the box. The objective is to make the most recent strategies used to evaluate intraindividual variability available to quite a lot of researchers. every one bankruptcy is written in a "user-friendly" type such that even the "novice" information analyst can simply follow the recommendations. each one bankruptcy positive aspects: a minimal dialogue of mathematical element; an empirical instance employing the strategy; and a dialogue of the software program with regards to that strategy. content material highlights contain research of combined, multi-level, structural equation, and specific facts types. it truly is perfect for researchers, execs, and scholars operating with repeated measures info from the social and behavioral sciences, company, or organic sciences.
Read Online or Download Modeling Intraindividual Variability With Repeated Measures Data: Methods and Applications (Volume in the Multivariate Application Series) PDF
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Extra resources for Modeling Intraindividual Variability With Repeated Measures Data: Methods and Applications (Volume in the Multivariate Application Series)
Example text
It seems logically possible that estimates of both variance and covariance could be developed within OLS. However, we know of no such estimates. If OLS were to be used more in estimation in multilevel models, it would be of value to determine these estimators. ML has the strong advantage of providing estimates of these variances and covariances. Unfortunately, we should note that all too often these terms are largely ignored in the analysis. Most of the focus is on the fixed effects. Very often the variances and covariances are as important as the fixed effects.
Raudenbush Machigan State University In studies of psychological change, researchers seek statistical models that are developmentally meaningful and provide a reasonable fit to the data. They also seek inferences that are fairly insensitive t o questionable assumptions about the random behavior of their data. This chapter compares, contrasts, and integrates two modeling approaches in light of these concerns: a hierarchical linear model and a multivariate model for incomplete data. If the complete data are multivariate normal with homogeneous covariance structure, now-standard hierarchical models are submodels of the multivariate model.
The question is not only whether the data support the variance-covariance assumptions but whether inferences about fixed effects are sensitive to misspecification of the variance-covariance structure. 3 is compared with a model that estimates all 15 parameters associated with the 5 time points nor have we considered alternative covariance structures, including autocorrelated or heteoscedastic level-1 errors. We now turn to that problem. THE GENERALIZED MULTIVARIATE LINEAR MODEL AS A HIERARCHICAL MODEL Following Jennrich and Schluchter (1986), we now seek to estimate multivariate regression model, where each person, in principal, has five time points, so that it will be possible to estimate the 5 by 5 variance-covariance matrix by pooling data across persons.
Modeling Intraindividual Variability With Repeated Measures Data: Methods and Applications (Volume in the Multivariate Application Series) by D. S. Moskowitz, Scott L. Hershberger, D.S. Moskowitz
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