International audienceIn this paper we present a study on the Random Forest (RF) family of classification methods, and more particularly on two important properties called strength and correlation. These two properties have been introduced by Breiman in the calculation of an upper bound of the generalization error. We thus propose to experimentally study the actual relation between these properties and the error rate in order to confirm and extend the Breiman theoretical results. We show that the error rate statistically decreases with the joint maximization of the strength and minimization of the correlation, and this for different sizes of RF
We derive asymptotic approximations to the correlation coefficients of two level sizes in random rec...
Random forests are a very effective and commonly used statistical method, but their full theoretical...
Random forest (RF) is a widely used machine learning method that shows competitive prediction perfor...
In this paper we present a study on the Random Forest (RF) family of ensemble methods. From our poin...
In this paper we present our work on the Random Forest (RF) family of classification methods. Our go...
Random forests are a learning algorithm proposed by Breiman (2001) which combines several randomized...
Random forests are one type of the most effective ensemble learning methods. In spite of their sound...
Random Forests (RF) of tree classifiers are a popular ensemble method for classification. RF have sh...
Despite widespread interest and practical use, the theoretical properties of random forests are stil...
Random forests are a scheme proposed by Leo Breiman in the 2000’s for building a predictor ensemble ...
The recent and ongoing digital world expansion now allows anyone to have access to a tremendous amou...
The Random Forests (RF) algorithm has become a commonly used machine learning algorithm for genetic ...
The Random Forest method is a useful machine learning tool developed by Leo Breiman. There are many ...
In this paper we present our work on the parametrization of Random Forests (RF), and more particular...
Random forests have been introduced by Leo Breiman (2001) as a new learning algorithm, extend-ing th...
We derive asymptotic approximations to the correlation coefficients of two level sizes in random rec...
Random forests are a very effective and commonly used statistical method, but their full theoretical...
Random forest (RF) is a widely used machine learning method that shows competitive prediction perfor...
In this paper we present a study on the Random Forest (RF) family of ensemble methods. From our poin...
In this paper we present our work on the Random Forest (RF) family of classification methods. Our go...
Random forests are a learning algorithm proposed by Breiman (2001) which combines several randomized...
Random forests are one type of the most effective ensemble learning methods. In spite of their sound...
Random Forests (RF) of tree classifiers are a popular ensemble method for classification. RF have sh...
Despite widespread interest and practical use, the theoretical properties of random forests are stil...
Random forests are a scheme proposed by Leo Breiman in the 2000’s for building a predictor ensemble ...
The recent and ongoing digital world expansion now allows anyone to have access to a tremendous amou...
The Random Forests (RF) algorithm has become a commonly used machine learning algorithm for genetic ...
The Random Forest method is a useful machine learning tool developed by Leo Breiman. There are many ...
In this paper we present our work on the parametrization of Random Forests (RF), and more particular...
Random forests have been introduced by Leo Breiman (2001) as a new learning algorithm, extend-ing th...
We derive asymptotic approximations to the correlation coefficients of two level sizes in random rec...
Random forests are a very effective and commonly used statistical method, but their full theoretical...
Random forest (RF) is a widely used machine learning method that shows competitive prediction perfor...