AbstractEstimation of variance components in linear model theory is presented as an application of estimation of the mean by introducing a dispersion-mean correspondence. Without any further computations, this yields most general representations of minimum variance-minimum bias-invariant quadratic estimates, estimates from MINQUE theory, and Ridge-type estimates of the variance components
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
AbstractAlternative estimators have been derived for estimating the variance components according to...
AbstractEstimation of variance components in linear model theory is presented as an application of e...
We write a linear model in the form Y=Xβ+Uξ, where β is an unknown parameter and ξ is a hypothetical...
AbstractThe variance of a quadratic function of the random variables in a linear model is minimized ...
The paper consists of two parts. The first part deals with solutions to some optimization problems. ...
AbstractThe paper consists of two parts. The first part deals with solutions to some optimization pr...
The paper consists of two parts. The first part deals with solutions to some optimization problems. ...
Starting with the general linear model Y=Xβ+ε where E(εε')=θ1V1+ ... +θpVp, the theory of minimum no...
Variance components estimation originated with estimating error variance in analysis of variance by ...
AbstractFor the unknown positive parameter σ2 in a general linear model ℳ={y,Xβ,σ2Σ}, the two common...
summary:The paper deals with the estimation of the unknown vector parameter of the mean and the para...
AbstractThe variance of a quadratic function of the random variables in a linear model is minimized ...
summary:The paper deals with the estimation of the unknown vector parameter of the mean and the para...
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
AbstractAlternative estimators have been derived for estimating the variance components according to...
AbstractEstimation of variance components in linear model theory is presented as an application of e...
We write a linear model in the form Y=Xβ+Uξ, where β is an unknown parameter and ξ is a hypothetical...
AbstractThe variance of a quadratic function of the random variables in a linear model is minimized ...
The paper consists of two parts. The first part deals with solutions to some optimization problems. ...
AbstractThe paper consists of two parts. The first part deals with solutions to some optimization pr...
The paper consists of two parts. The first part deals with solutions to some optimization problems. ...
Starting with the general linear model Y=Xβ+ε where E(εε')=θ1V1+ ... +θpVp, the theory of minimum no...
Variance components estimation originated with estimating error variance in analysis of variance by ...
AbstractFor the unknown positive parameter σ2 in a general linear model ℳ={y,Xβ,σ2Σ}, the two common...
summary:The paper deals with the estimation of the unknown vector parameter of the mean and the para...
AbstractThe variance of a quadratic function of the random variables in a linear model is minimized ...
summary:The paper deals with the estimation of the unknown vector parameter of the mean and the para...
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
summary:The paper deals with modified minimax quadratic estimation of variance and covariance compon...
AbstractAlternative estimators have been derived for estimating the variance components according to...