A probabilistic interpretation for the output obtained from a tri-class Support Vector Ma-chine into a multi-classification problem is presented in this paper. Probabilistic outputs are defined when solving a multi-class problem by using an ensemble architecture with tri-class learning machines working in parallel. This architecture enables the definition of an ‘interpretation ’ mapping which works on signed and probabilistic outputs providing more control to the user on the classification problem
Multi-class classification problems can be efficiently solved by partitioning the original problem i...
We present a novel hierarchical approach to multi-class classification which is generic in that it c...
We show how the SVM can be viewed as a maximum likelihood estimate of a class of probabilistic model...
c 2010 JPRR. All rights reserved. Permissions to make digital or hard copies of all or part of this...
This paper addresses the problem of probability estimation in Multiclass classification tasks combin...
International audienceRoughly speaking, there is one single model of pattern recognition support vec...
Inductive (IVAP) and cross (CVAP) Venn–Abers predictors are computationally efficient algorithms for...
We describe a new algorithmic framework for learning multiclass categorization problems. In this fra...
This paper addresses the problem of probability estimation in multiclass classification tasks combin...
Multiclass classification and probability estimation have important applications in data analytics. ...
The objective of multi-dimensional classification is to learn a function that accurately maps each d...
10.1109/TKDE.2018.2866097IEEE Transactions on Knowledge and Data Engineering1693-170
In this paper, a novel non-parametric method to map SVM outputs into posterior probabilities is prop...
The support vector machine (SVM) is widely used for machine learning and artificial intelligence. Tr...
This paper presents a new combination scheme for reducing the number of focal elements to manipulate...
Multi-class classification problems can be efficiently solved by partitioning the original problem i...
We present a novel hierarchical approach to multi-class classification which is generic in that it c...
We show how the SVM can be viewed as a maximum likelihood estimate of a class of probabilistic model...
c 2010 JPRR. All rights reserved. Permissions to make digital or hard copies of all or part of this...
This paper addresses the problem of probability estimation in Multiclass classification tasks combin...
International audienceRoughly speaking, there is one single model of pattern recognition support vec...
Inductive (IVAP) and cross (CVAP) Venn–Abers predictors are computationally efficient algorithms for...
We describe a new algorithmic framework for learning multiclass categorization problems. In this fra...
This paper addresses the problem of probability estimation in multiclass classification tasks combin...
Multiclass classification and probability estimation have important applications in data analytics. ...
The objective of multi-dimensional classification is to learn a function that accurately maps each d...
10.1109/TKDE.2018.2866097IEEE Transactions on Knowledge and Data Engineering1693-170
In this paper, a novel non-parametric method to map SVM outputs into posterior probabilities is prop...
The support vector machine (SVM) is widely used for machine learning and artificial intelligence. Tr...
This paper presents a new combination scheme for reducing the number of focal elements to manipulate...
Multi-class classification problems can be efficiently solved by partitioning the original problem i...
We present a novel hierarchical approach to multi-class classification which is generic in that it c...
We show how the SVM can be viewed as a maximum likelihood estimate of a class of probabilistic model...