The dimensionality of a set of items is important for scale development. In practice, tools that make use of eigenvalues are often used to assess dimensionality. Parallel analysis is featured here as it is becoming an increasingly popular method for assessing the number of dimensions, and computational tools have recently been made available which will likely increase its use by practitioners. The current paper argues that methods that use eigenvalues to ascertain the number of factors may perform poorly under certain conditions, particularly for increasing levels of variable complexity and/or inter-factor correlations in the latent structure. A simulation study and an example are offered to substantiate this assertion. Accessed 2,400 times...
Exploratory factor analysis (EFA) is commonly used to determine the dimensionality of continuous dat...
This chapter focuses on formal criteria to assess the dimensionality for exploratory factor modellin...
The effectiveness of multidimensional scaling (MDS) techniques in recovering the underlying dimensio...
While maximum likelihood exploratory factor analysis (EFA) provides a statistical test that $k$ dime...
Profile analysis is a multivariate statistical method for comparing the mean vectors for different g...
Exploratory factor analysis (EFA) is commonly used to determine the dimensionality of continuous dat...
In exploratory factor analysis (EFA), most popular methods for dimensionality assessment such as the...
In exploratory factor analysis (EFA), most popular methods for dimensionality assessment such as the...
A monte carlo investigation of three approaches to assessing the dimensionality of binary items use...
Common methods for determining the number of latent dimensions underlying an item set include eigenv...
Exploratory factor analysis is an analytic technique used to determine the number of factors in a se...
Three computational solutions to the number of factors problem were investigated over a wide variety...
This study compared four methods of determining the dimensionality of a set of test items: linear f...
The assessment of dimensionality of data is important to item response theory (IRT) modelling and ot...
The evaluation of assessment dimensionality is a necessary stage in the gathering of evidence to sup...
Exploratory factor analysis (EFA) is commonly used to determine the dimensionality of continuous dat...
This chapter focuses on formal criteria to assess the dimensionality for exploratory factor modellin...
The effectiveness of multidimensional scaling (MDS) techniques in recovering the underlying dimensio...
While maximum likelihood exploratory factor analysis (EFA) provides a statistical test that $k$ dime...
Profile analysis is a multivariate statistical method for comparing the mean vectors for different g...
Exploratory factor analysis (EFA) is commonly used to determine the dimensionality of continuous dat...
In exploratory factor analysis (EFA), most popular methods for dimensionality assessment such as the...
In exploratory factor analysis (EFA), most popular methods for dimensionality assessment such as the...
A monte carlo investigation of three approaches to assessing the dimensionality of binary items use...
Common methods for determining the number of latent dimensions underlying an item set include eigenv...
Exploratory factor analysis is an analytic technique used to determine the number of factors in a se...
Three computational solutions to the number of factors problem were investigated over a wide variety...
This study compared four methods of determining the dimensionality of a set of test items: linear f...
The assessment of dimensionality of data is important to item response theory (IRT) modelling and ot...
The evaluation of assessment dimensionality is a necessary stage in the gathering of evidence to sup...
Exploratory factor analysis (EFA) is commonly used to determine the dimensionality of continuous dat...
This chapter focuses on formal criteria to assess the dimensionality for exploratory factor modellin...
The effectiveness of multidimensional scaling (MDS) techniques in recovering the underlying dimensio...