By means of a fractional factorial simulation experiment, we. compare the performance of penalised quasi-likelihood (PQL), non-adaptive Gaussian quadrature and adaptive Gaussian quadrature in estimating parameters for multilevel logistic regression models. The comparison is done in terms of bias, mean-squared error (MSE), numerical convergence and computational efficiency. It turns out that in terms of MSE, standard versions of the quadrature methods per-form relatively poorly in comparison with PQL.status: publishe
Over time, adaptive Gaussian Hermite quadrature (QUAD) has become the preferred method for estimatin...
Abstract. Generalized linear mixed models or multilevel regression models have become increasingly p...
Generalized linear mixed models or multilevel regression models have become increasingly popular. Se...
By means of a fractional factorial simulation experiment, we compare the performance of Penalised Qu...
We introduce General Multilevel Models and discuss the estimation procedures that may be used to fit...
Fitting multilevel models to discrete outcome data is problematic because the discrete distribution...
It can be frequently observed that the data arising in our environment have a hierarchical or a nest...
Previous research has compared methods of estimation for fitting multilevel models to binary data, b...
The purpose of this article is to present a new method to predict the response variable of an observ...
Educational researchers, psychologists, social, epidemiological and medical scientists are often dea...
We use simulation studies (a) to compare Bayesian and likelihood tting methods, in terms of validity...
<p>We often rely on the likelihood to obtain estimates of regression parameters but it is not readil...
For most of the time, biomedical researchers have been dealing with ordinal outcome variable in mult...
Sample size guidelines for binary outcome multilevel models are rare, despite well-established rules...
Previous research has compared methods of estimation for multilevel models fit to binary data but th...
Over time, adaptive Gaussian Hermite quadrature (QUAD) has become the preferred method for estimatin...
Abstract. Generalized linear mixed models or multilevel regression models have become increasingly p...
Generalized linear mixed models or multilevel regression models have become increasingly popular. Se...
By means of a fractional factorial simulation experiment, we compare the performance of Penalised Qu...
We introduce General Multilevel Models and discuss the estimation procedures that may be used to fit...
Fitting multilevel models to discrete outcome data is problematic because the discrete distribution...
It can be frequently observed that the data arising in our environment have a hierarchical or a nest...
Previous research has compared methods of estimation for fitting multilevel models to binary data, b...
The purpose of this article is to present a new method to predict the response variable of an observ...
Educational researchers, psychologists, social, epidemiological and medical scientists are often dea...
We use simulation studies (a) to compare Bayesian and likelihood tting methods, in terms of validity...
<p>We often rely on the likelihood to obtain estimates of regression parameters but it is not readil...
For most of the time, biomedical researchers have been dealing with ordinal outcome variable in mult...
Sample size guidelines for binary outcome multilevel models are rare, despite well-established rules...
Previous research has compared methods of estimation for multilevel models fit to binary data but th...
Over time, adaptive Gaussian Hermite quadrature (QUAD) has become the preferred method for estimatin...
Abstract. Generalized linear mixed models or multilevel regression models have become increasingly p...
Generalized linear mixed models or multilevel regression models have become increasingly popular. Se...