In this paper, we propose a formulation of logistic regression for multiway (i.e. data where the same set of variables is collected at different occasions). More specifically, multiway logistic regression (MLR) constraints the coefficients of the logistic model to a tensorial structure that fits the natural structure of the data. Expected improvements of MLR compared with Logistic Regression are (i) better interpretability of the resulting model that allows studying separately the effects of the variables and the effects of modalities, and (ii) limit the number of coefficients to be estimated that decreases the computational burden and allows a better control of the overfitting issue. An aternating directions algorithm is proposed for MLR a...
The likelihood of a set of binary dependent outcomes, with or without explanatory variables, is expr...
Multicollinearity negatively affects the efficiency of the maximum likelihood estimator (MLE) in bot...
In this video, Dr Heini Väisänen discusses multinomial logistic regression models with more than one...
In this paper, we propose a formulation of logistic regression for multiway (i.e. data where the sam...
Nous proposons d’étendre des méthodes statistiques classiques telles que l’analyse discriminante, la...
We propose a Multivariate Logistic Distance (MLD) model for the analysis of multiple binary response...
In this thesis we develop a framework for the extension of commonly used linear statistical methods ...
International audienceIn this paper, we present a multiway extension of Cox proportional hazards mod...
An abundance of methods exist to regress a y variable on a set of x variables collected in a matrix ...
The extension of Multivariate Curve Resolution‐Alternating Least Squares (MCR‐ALS) to the analysis o...
Includes bibliographical references (pages 36-39)An investigation of situational factors was made in...
The logistic regression originally is intended to explain the relationship between the probability o...
Includes bibliographical references (pages 24-25)A comparison was made between multiple linear and m...
Social and biological scientists widely use logit (logistic) regression to model binary dependent va...
This bibliography collects articles illustrating the application of various multivariate techniques ...
The likelihood of a set of binary dependent outcomes, with or without explanatory variables, is expr...
Multicollinearity negatively affects the efficiency of the maximum likelihood estimator (MLE) in bot...
In this video, Dr Heini Väisänen discusses multinomial logistic regression models with more than one...
In this paper, we propose a formulation of logistic regression for multiway (i.e. data where the sam...
Nous proposons d’étendre des méthodes statistiques classiques telles que l’analyse discriminante, la...
We propose a Multivariate Logistic Distance (MLD) model for the analysis of multiple binary response...
In this thesis we develop a framework for the extension of commonly used linear statistical methods ...
International audienceIn this paper, we present a multiway extension of Cox proportional hazards mod...
An abundance of methods exist to regress a y variable on a set of x variables collected in a matrix ...
The extension of Multivariate Curve Resolution‐Alternating Least Squares (MCR‐ALS) to the analysis o...
Includes bibliographical references (pages 36-39)An investigation of situational factors was made in...
The logistic regression originally is intended to explain the relationship between the probability o...
Includes bibliographical references (pages 24-25)A comparison was made between multiple linear and m...
Social and biological scientists widely use logit (logistic) regression to model binary dependent va...
This bibliography collects articles illustrating the application of various multivariate techniques ...
The likelihood of a set of binary dependent outcomes, with or without explanatory variables, is expr...
Multicollinearity negatively affects the efficiency of the maximum likelihood estimator (MLE) in bot...
In this video, Dr Heini Väisänen discusses multinomial logistic regression models with more than one...