International audienceOrdinary least square is the common way to estimate linear regression models. When inputs are correlated or when they are too numerous, regression methods using derived inputs directions or shrinkage methods can be efficient alternatives. Methods using derived inputs directions build new uncorrelated variables as linear combination of the initial inputs, whereas shrinkage methods introduce regularization and variable selection by penalizing the usual least square criterion. Both kinds of methods are presented and illustrated thanks to the R software on an astronomical dataset
The purpose of model selection algorithms such as All Subsets, Forward Selection, and Backward Elimi...
Bibliography: p. 178-182.The purpose of this thesis is to provide a study of the linear model. The w...
In multivariate linear regression, it is often assumed that the response matrix is intrinsically of ...
International audienceOrdinary least square is the common way to estimate linear regression models. ...
Given a generalised linear regression model: y = Xβ + ε (1) where y is the n × 1 response vector; X ...
Ordinary least squares (OLS) is the default method for fitting linear models, but is not applicable ...
This thesis introduces a new method for solving the linear regression problem where the number of ob...
This paper is a survey on traditional linear regression techniques using the lñ-, l2-, and lâÂÂ-n...
This thesis presents a new approach to fitting linear models, called “pace regression”, which also o...
The abundance of available digital big data has created new challenges in identifying relevant varia...
This presentation contains a new system of estimation, starting with correlation coefficients, that ...
The shrinkage methods such as Lasso and Relaxed Lasso introduce some bias in order to reduce the var...
Abstract: High dimensional data are nowadays encountered in various branches of science. Variable se...
2002 Mathematics Subject Classification: 62J05, 62G35.In classical multiple linear regression analys...
In this paper we describe a computer intensive method to find the ridge parameter in a prediction or...
The purpose of model selection algorithms such as All Subsets, Forward Selection, and Backward Elimi...
Bibliography: p. 178-182.The purpose of this thesis is to provide a study of the linear model. The w...
In multivariate linear regression, it is often assumed that the response matrix is intrinsically of ...
International audienceOrdinary least square is the common way to estimate linear regression models. ...
Given a generalised linear regression model: y = Xβ + ε (1) where y is the n × 1 response vector; X ...
Ordinary least squares (OLS) is the default method for fitting linear models, but is not applicable ...
This thesis introduces a new method for solving the linear regression problem where the number of ob...
This paper is a survey on traditional linear regression techniques using the lñ-, l2-, and lâÂÂ-n...
This thesis presents a new approach to fitting linear models, called “pace regression”, which also o...
The abundance of available digital big data has created new challenges in identifying relevant varia...
This presentation contains a new system of estimation, starting with correlation coefficients, that ...
The shrinkage methods such as Lasso and Relaxed Lasso introduce some bias in order to reduce the var...
Abstract: High dimensional data are nowadays encountered in various branches of science. Variable se...
2002 Mathematics Subject Classification: 62J05, 62G35.In classical multiple linear regression analys...
In this paper we describe a computer intensive method to find the ridge parameter in a prediction or...
The purpose of model selection algorithms such as All Subsets, Forward Selection, and Backward Elimi...
Bibliography: p. 178-182.The purpose of this thesis is to provide a study of the linear model. The w...
In multivariate linear regression, it is often assumed that the response matrix is intrinsically of ...