Estimation of Maximal Reliability for Multiple-Component Instruments in Multilevel Designs

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Abstract
A procedure for point and interval estimation of maximal reliability of multiple-component measuring instruments in multi-level settings is outlined. The approach is applicable to hierarchical designs in which individuals are nested within higher-order units and exhibit possibly related performance on components of a given homogeneous scale. The method is developed within the framework of multi-level factor analysis. The proposed procedure is illustrated with an empirical example.
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Author(s)
Raykov, Tenko
Penev, Spiridon
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Publication Year
2009
Resource Type
Journal Article
Degree Type
UNSW Faculty