Inductive (IVAP) and cross (CVAP) Venn–Abers predictors are computationally efficient algorithms for probabilistic prediction in binary classification problems. We present a new approach to multi-class probability estimation by turning IVAPs and CVAPs into multi- class probabilistic predictors. The proposed multi-class predictors are experimentally more accurate than both uncalibrated predictors and existing calibration methods
In this work, a training algorithm for probabilistic neural networks (PNN) is presented. The algorit...
A probabilistic interpretation for the output obtained from a tri-class Support Vector Ma-chine into...
In classification problems, isotonic regression has been commonly used to map the prediction scores ...
Multi-class probabilistic classification using inductive and cross Venn–Abers predictor
Part 4: First Conformal Prediction and Its Applications Workshop (COPA 2012)International audienceVe...
Probabilistic classification requires well-calibrated probability estimates, i.e., the predicted cla...
Prediction is the key objective of many machine learning applications. Accurate, reliable and robust...
Multi-class classification is one of the most important tasks in machine learning. In this paper we ...
This paper addresses the problem of probability estimation in Multiclass classification tasks combin...
Successful use of probabilistic classification requires well-calibrated probability estimates, i.e.,...
Class membership probability estimates are important for many applications of data mining in which c...
Machine learning (ML) classifiers—in particular deep neural networks—are surprisingly vulnerable to ...
Multi-class classification problems can be efficiently solved by partitioning the original problem i...
This paper addresses the problem of probability estimation in multiclass classification tasks combin...
The objective of multi-dimensional classification is to learn a function that accurately maps each d...
In this work, a training algorithm for probabilistic neural networks (PNN) is presented. The algorit...
A probabilistic interpretation for the output obtained from a tri-class Support Vector Ma-chine into...
In classification problems, isotonic regression has been commonly used to map the prediction scores ...
Multi-class probabilistic classification using inductive and cross Venn–Abers predictor
Part 4: First Conformal Prediction and Its Applications Workshop (COPA 2012)International audienceVe...
Probabilistic classification requires well-calibrated probability estimates, i.e., the predicted cla...
Prediction is the key objective of many machine learning applications. Accurate, reliable and robust...
Multi-class classification is one of the most important tasks in machine learning. In this paper we ...
This paper addresses the problem of probability estimation in Multiclass classification tasks combin...
Successful use of probabilistic classification requires well-calibrated probability estimates, i.e.,...
Class membership probability estimates are important for many applications of data mining in which c...
Machine learning (ML) classifiers—in particular deep neural networks—are surprisingly vulnerable to ...
Multi-class classification problems can be efficiently solved by partitioning the original problem i...
This paper addresses the problem of probability estimation in multiclass classification tasks combin...
The objective of multi-dimensional classification is to learn a function that accurately maps each d...
In this work, a training algorithm for probabilistic neural networks (PNN) is presented. The algorit...
A probabilistic interpretation for the output obtained from a tri-class Support Vector Ma-chine into...
In classification problems, isotonic regression has been commonly used to map the prediction scores ...