This paper derives the second-order biases Of maximum likelihood estimates from a multivariate normal model where the mean vector and the covariance matrix have parameters in common. We show that the second order bias can always be obtained by means of ordinary weighted least-squares regressions. We conduct simulation studies which indicate that the bias correction scheme yields nearly unbiased estimators. (C) 2009 Elsevier B.V. All rights reserved.Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)FAPESP (Brazil
Regression analysis based on many covariates is becoming increasingly common. When the number $p$ of...
An approximation to order T−2 is obtained for the bias of the full vector of least-squares estimates...
In Firth (1993, Biometrika) it was shown how the leading term in the asymptotic bias of the maximum ...
This paper derives the second-order biases Of maximum likelihood estimates from a multivariate norma...
In this paper, we derive general formulae for second-order biases of maximum likelihood estimates wh...
We analyse the finite-sample behaviour of two second-order bias-corrected alternatives to the maximu...
Texto completo: acesso restrito. p. 269–280In this paper, we derive general formulae for second-orde...
In the multivariate normal model, the maximum likelihood estimates can be highly inaccurate with sm...
This paper deals with correcting a bias of Akaike’s information criterion (AIC) for selecting variab...
In many nonlinear panel data models with fixed effects maximum likelihood estimators suffer from the...
This paper develops a bias correction scheme for a multivariate heteroskedastic errors-in-variables ...
Several recent papers (e.g., Newey et al., 2005; Newey and Smith, 2004; Anatolyev, 2005) derive gene...
Many problems in biomedical and other sciences are subject to biased estimates (maximum likelihood o...
The maximum likelihood estimator of the adjustment coefficient in a cointegrated vector autoregressi...
An approximation to orderT−2 is obtained for the bias of the full vector of least-squares estimates ...
Regression analysis based on many covariates is becoming increasingly common. When the number $p$ of...
An approximation to order T−2 is obtained for the bias of the full vector of least-squares estimates...
In Firth (1993, Biometrika) it was shown how the leading term in the asymptotic bias of the maximum ...
This paper derives the second-order biases Of maximum likelihood estimates from a multivariate norma...
In this paper, we derive general formulae for second-order biases of maximum likelihood estimates wh...
We analyse the finite-sample behaviour of two second-order bias-corrected alternatives to the maximu...
Texto completo: acesso restrito. p. 269–280In this paper, we derive general formulae for second-orde...
In the multivariate normal model, the maximum likelihood estimates can be highly inaccurate with sm...
This paper deals with correcting a bias of Akaike’s information criterion (AIC) for selecting variab...
In many nonlinear panel data models with fixed effects maximum likelihood estimators suffer from the...
This paper develops a bias correction scheme for a multivariate heteroskedastic errors-in-variables ...
Several recent papers (e.g., Newey et al., 2005; Newey and Smith, 2004; Anatolyev, 2005) derive gene...
Many problems in biomedical and other sciences are subject to biased estimates (maximum likelihood o...
The maximum likelihood estimator of the adjustment coefficient in a cointegrated vector autoregressi...
An approximation to orderT−2 is obtained for the bias of the full vector of least-squares estimates ...
Regression analysis based on many covariates is becoming increasingly common. When the number $p$ of...
An approximation to order T−2 is obtained for the bias of the full vector of least-squares estimates...
In Firth (1993, Biometrika) it was shown how the leading term in the asymptotic bias of the maximum ...