24 research outputs found
Data generation for composite-based structural equation modeling methods
Examining the efficacy of composite-based structural equation modeling (SEM) features prominently in research. However, studies analyzing the efficacy of corresponding estimators usually rely on factor model data. Thereby, they assess and analyze their performance on erroneous grounds (i.e., factor model data instead of composite model data). A potential reason for this malpractice lies in the lack of available composite model-based data generation procedures for prespecified model parameters in the structural model and the measurements models. Addressing this gap in research, we derive model formulations and present a composite model-based data generation approach. The findings will assist researchers in their composite-based SEM simulation studies
Robert H. Shumway and David S. Stoffer: Time series analysis and its applications with R examples, 2nd edn.
Kevin Kim, Neil Timm: Univariate and Multivariate General Linear Models Theory and Applications with SAS; Second Edition
Analysis of incomplete multivariate data : J.L. Shafer (1997): Chapman & Hall, London, 430 pp., GB [pound sign] 39.00, ISBN 0-412-04061-1
Survival analysis: State of the art : John P. Klein and Prem. K. Goel (1992) Dordrecht: Kluwer Academic Publishers, x + 451 pages, ISBN 0-7923-1634-7, $138.00
Forrest W. Young, Pedro M. Valero-Mora and Michael Friendly: Visual statistics: seeing data with dynamic interactive graphics
An alternative definition of the influence function
We define an asymptotic mean version of Tukey's sensitivity curve. For this we show that some of the more important features of Hampel's influence function hold for L- and M-estimators also. Therefore, we have an alternative approach to the influence function using only expectations and limits.Influence function Sensitivity curve L-estimator M-estimator