We consider the partially linear model relating a response Y to predictors (X,T) with mean function XT β + g(T) when the T’s are measured with additive error. We derive an estimator of β by modification local-likelihood method. The resulting estimator of β is shown to be asymptotically normal.We consider the partially linear model relating a response Y to predictors (X,T) with mean function XT β + g(T) when the T’s are measured with additive error. We derive an estimator of β by modification local-likelihood method. The resulting estimator of β is shown to be asymptotically normal
AbstractA partially linear model is considered when the responses are missing at random. Imputation,...
Partly linear regression model is useful in practice, but little is investigated in the literature t...
AbstractThis paper is concerned with the estimating problem of the partially linear regression model...
We consider the partially linear model relating a response Y to predictors XT with mean function X ...
We consider the partially linear model relating a response Y to predictors (X; T ) with mean functio...
In this paper, a partially linear multivariate model with error in the explanatory variable of the n...
In many applications of regression analysis, there are covariates that are measured with errors. Mea...
In this paper we are concerned with the regression model y(i)=X-i beta+g(t(i))+ V-i (1 <= i <= n) un...
Let (X, B, Y) denote a random vector such that B and Y are real-valued, and X ∈ R2. Local linear est...
Summary. Motivated by an analysis of a real data set in ecology, we consider a class of partially no...
In this paper, we consider partially linear models in the form Y = XTβ + ν(Z) + ε when the response ...
AbstractThis paper studies the estimation of a varying-coefficient partially linear regression model...
Abstract. In this paper, an estimation theory in partial linear model is devel-oped when there is me...
A partially linear model is considered when the responses are missing at random. Imputation, semipar...
We consider a generalized partially linear model E(Y|X,T) = G{X'b + m(T)} where G is a known functio...
AbstractA partially linear model is considered when the responses are missing at random. Imputation,...
Partly linear regression model is useful in practice, but little is investigated in the literature t...
AbstractThis paper is concerned with the estimating problem of the partially linear regression model...
We consider the partially linear model relating a response Y to predictors XT with mean function X ...
We consider the partially linear model relating a response Y to predictors (X; T ) with mean functio...
In this paper, a partially linear multivariate model with error in the explanatory variable of the n...
In many applications of regression analysis, there are covariates that are measured with errors. Mea...
In this paper we are concerned with the regression model y(i)=X-i beta+g(t(i))+ V-i (1 <= i <= n) un...
Let (X, B, Y) denote a random vector such that B and Y are real-valued, and X ∈ R2. Local linear est...
Summary. Motivated by an analysis of a real data set in ecology, we consider a class of partially no...
In this paper, we consider partially linear models in the form Y = XTβ + ν(Z) + ε when the response ...
AbstractThis paper studies the estimation of a varying-coefficient partially linear regression model...
Abstract. In this paper, an estimation theory in partial linear model is devel-oped when there is me...
A partially linear model is considered when the responses are missing at random. Imputation, semipar...
We consider a generalized partially linear model E(Y|X,T) = G{X'b + m(T)} where G is a known functio...
AbstractA partially linear model is considered when the responses are missing at random. Imputation,...
Partly linear regression model is useful in practice, but little is investigated in the literature t...
AbstractThis paper is concerned with the estimating problem of the partially linear regression model...