A simple errors-in-variables regression model is given in this article for illus-trating the method of marginal maximum likelihood (MML). Given suitable esti-mates of reliability, error variables, as nuisance variables, can be integrated out of likelihood equations. Given the closed form expression of the resulting mar-ginal likelihood, the effects of error can be more clearly demonstrated. Deriva-tions are given in detail to provide a detailed example of the marginalization strategy, and to prepare students for understanding more advanced applications of MML
This paper describes an EM algorithm for maximum likelihood estimation in generalized linear models ...
Very often the data collected by social scientists involve dependent observations, without, however,...
A semiparametric method is developed for estimating the dependence parameter and the joint distribut...
Simulation studies examined the effect of misspecification of the latent ability (θ) distribution o...
We construct a conservative error reporting function for the accuracy of M-estimators of a multi-dim...
AbstractWe construct a conservative error reporting function for the accuracy of M-estimators of a m...
This thesis is concerned with the application of the method of marginal likelihood to certain proble...
In this paper, different approaches to dealing with nuisance parameters in likelihood based inferenc...
In this paper, a new estimator for the standard deviation of the error term in non-replicated factor...
In this paper, a new estimator for the standard deviation of the error term in non-replicated factor...
Abstract: This paper focuses on the problem of maximum likelihood estimation in linear mixed-effects...
Linear regression for a model with a known error variance is examined, from the point of view of the...
Consider our loss-ALAE dataset, and - as in Frees & Valdez (1998) - let us fit a parametric model, i...
The accuracy of marginal maximum likelihood estimates of the item parameters of the two-parameter l...
A maximum likelihood (ML) estimation procedure is developed to find the mean of the exponential fami...
This paper describes an EM algorithm for maximum likelihood estimation in generalized linear models ...
Very often the data collected by social scientists involve dependent observations, without, however,...
A semiparametric method is developed for estimating the dependence parameter and the joint distribut...
Simulation studies examined the effect of misspecification of the latent ability (θ) distribution o...
We construct a conservative error reporting function for the accuracy of M-estimators of a multi-dim...
AbstractWe construct a conservative error reporting function for the accuracy of M-estimators of a m...
This thesis is concerned with the application of the method of marginal likelihood to certain proble...
In this paper, different approaches to dealing with nuisance parameters in likelihood based inferenc...
In this paper, a new estimator for the standard deviation of the error term in non-replicated factor...
In this paper, a new estimator for the standard deviation of the error term in non-replicated factor...
Abstract: This paper focuses on the problem of maximum likelihood estimation in linear mixed-effects...
Linear regression for a model with a known error variance is examined, from the point of view of the...
Consider our loss-ALAE dataset, and - as in Frees & Valdez (1998) - let us fit a parametric model, i...
The accuracy of marginal maximum likelihood estimates of the item parameters of the two-parameter l...
A maximum likelihood (ML) estimation procedure is developed to find the mean of the exponential fami...
This paper describes an EM algorithm for maximum likelihood estimation in generalized linear models ...
Very often the data collected by social scientists involve dependent observations, without, however,...
A semiparametric method is developed for estimating the dependence parameter and the joint distribut...