peer reviewedWe adapt the idea of random projections applied to the out- put space, so as to enhance tree-based ensemble methods in the context of multi-label classification. We show how learning time complexity can be reduced without affecting computational complexity and accuracy of predictions. We also show that random output space projections may be used in order to reach different bias-variance tradeoffs, over a broad panel of benchmark problems, and that this may lead to improved accuracy while reducing significantly the computational burden of the learning stage
Random forests have been introduced by Leo Breiman (2001) as a new learning algorithm, extend-ing th...
The random subspace and the random projection methods are investigated and compared as techniques fo...
Random Forests are an effective ensemble method which is becoming increasingly popular, particularly...
We present new methods for multilabel classification, relying on ensemble learning on a collection o...
Abstract We present new methods for multilabel classification, relying on ensemble learning on a col...
Ensemble classifiers, formed by the combination of multiple weak learners, have been shown to outper...
Decision trees are widely used predictive models in machine learning. Recently, K-tree is proposed, ...
Abstract—We propose a simple yet effective strategy to induce a task dependent feature representatio...
The Random Forests ensemble predictor has proven to be well-suited for solving a multitudeof differe...
Ensembles of randomized decision trees, known as Random Forests, have become a valuable machine lear...
We present a novel adaptation of the random subspace learning approach to regression analysis and cl...
Random Forests (RF) is a successful classifier exhibiting performance comparable to Adaboost, but is...
The problem of Label Ranking is receiving increasing attention from several research communities. Th...
Random Forests (RF) is a successful classifier exhibiting performance comparable to Adaboost, but is...
We introduce a very general method for high dimensional classification, based on careful combination...
Random forests have been introduced by Leo Breiman (2001) as a new learning algorithm, extend-ing th...
The random subspace and the random projection methods are investigated and compared as techniques fo...
Random Forests are an effective ensemble method which is becoming increasingly popular, particularly...
We present new methods for multilabel classification, relying on ensemble learning on a collection o...
Abstract We present new methods for multilabel classification, relying on ensemble learning on a col...
Ensemble classifiers, formed by the combination of multiple weak learners, have been shown to outper...
Decision trees are widely used predictive models in machine learning. Recently, K-tree is proposed, ...
Abstract—We propose a simple yet effective strategy to induce a task dependent feature representatio...
The Random Forests ensemble predictor has proven to be well-suited for solving a multitudeof differe...
Ensembles of randomized decision trees, known as Random Forests, have become a valuable machine lear...
We present a novel adaptation of the random subspace learning approach to regression analysis and cl...
Random Forests (RF) is a successful classifier exhibiting performance comparable to Adaboost, but is...
The problem of Label Ranking is receiving increasing attention from several research communities. Th...
Random Forests (RF) is a successful classifier exhibiting performance comparable to Adaboost, but is...
We introduce a very general method for high dimensional classification, based on careful combination...
Random forests have been introduced by Leo Breiman (2001) as a new learning algorithm, extend-ing th...
The random subspace and the random projection methods are investigated and compared as techniques fo...
Random Forests are an effective ensemble method which is becoming increasingly popular, particularly...