Modified maximum likelihood estimators of the parameters in a second order polynomial regression model are derived. They are shown to be considerably more efiicient and robust than the commonly used least squares estimators. Real life examples are given
Multivariate local polynomial fitting is applied to the multivariate linear heteroscedastic regressi...
A new approach to polynomial regression is presented using the concepts of orders of magnitudes of p...
We consider the estimation of multivariate regression functions r(x1,...,xd) and their partial deriv...
The ordinary least squares (OLS) method had been extensively applied to estimation of d...
This paper considers the application of a method for maximizing polynomials in order to find estimat...
A polynomial functional relationship with errors in both variables can be consistently estimated by ...
This thesis examines local polynomial regression. Local polynomial regression is one of non-parametr...
Masry (1996b) provides estimation bias and variance expression for a general local polynomial kernel...
We consider multiple linear regression models under nonnormality. We derive modified maximum likelih...
AbstractIn a linear model Y = Xβ + Z a linear functional β → γ′β is to be estimated under squared er...
AbstractWe consider the estimation of the multivariate regression function m(x1, …, xd) = E[ψ(Yd)|X1...
The polynomial regression (PR) technique is used to estimate the parameters of the dependent variabl...
Consider the polynomial regression model Y = β0 + β1 X +...+ βp Xp + σ(X)ε, where σ2 (X) = Var(Y|X) ...
In a standard linear model, we assume that . Alternatives can be considered, when the linear assumpt...
A nonparametric function estimation method called SUPPORT ("Smoo- thed and Unsmoothed Piecewise-Poly...
Multivariate local polynomial fitting is applied to the multivariate linear heteroscedastic regressi...
A new approach to polynomial regression is presented using the concepts of orders of magnitudes of p...
We consider the estimation of multivariate regression functions r(x1,...,xd) and their partial deriv...
The ordinary least squares (OLS) method had been extensively applied to estimation of d...
This paper considers the application of a method for maximizing polynomials in order to find estimat...
A polynomial functional relationship with errors in both variables can be consistently estimated by ...
This thesis examines local polynomial regression. Local polynomial regression is one of non-parametr...
Masry (1996b) provides estimation bias and variance expression for a general local polynomial kernel...
We consider multiple linear regression models under nonnormality. We derive modified maximum likelih...
AbstractIn a linear model Y = Xβ + Z a linear functional β → γ′β is to be estimated under squared er...
AbstractWe consider the estimation of the multivariate regression function m(x1, …, xd) = E[ψ(Yd)|X1...
The polynomial regression (PR) technique is used to estimate the parameters of the dependent variabl...
Consider the polynomial regression model Y = β0 + β1 X +...+ βp Xp + σ(X)ε, where σ2 (X) = Var(Y|X) ...
In a standard linear model, we assume that . Alternatives can be considered, when the linear assumpt...
A nonparametric function estimation method called SUPPORT ("Smoo- thed and Unsmoothed Piecewise-Poly...
Multivariate local polynomial fitting is applied to the multivariate linear heteroscedastic regressi...
A new approach to polynomial regression is presented using the concepts of orders of magnitudes of p...
We consider the estimation of multivariate regression functions r(x1,...,xd) and their partial deriv...