The objective of this study is to minimize the classification cost using Support Vector Machines (SVMs) Classifier with a double hinge loss. Such binary classifiers have the option to reject observations when the cost of rejection is lower than that of misclassification. To train this classifier, the standard SVM optimization problem was modified by minimizing a double hinge loss function considered as a surrogate convex loss function. The impact of such classifier is illustrated on several discussed results obtained with artificial data and medical data. Povzetek: Predstavljena je optimizacija cene klasificiranja z metodo strojnega učenja SVM.
Traditionally, the hinge loss is used to construct support vector machine (SVM) classifiers. The hin...
Abstract. With its elegant margin theory and accurate classification perfor-mance, the Support Vecto...
This approach aims to optimize the kernel parameters and to efficiently reduce the number of support...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
Abstract. We consider the problem of binary classification where the classifier can, for a particula...
International audienceWe consider the problem of binary classification where the classifier may abst...
International audienceWe consider the problem of binary classification where the classifier may abst...
Support vector machines (SVM) are becoming increasingly popular for the prediction of a binary depen...
Support vector machine (SVM) model is one of most successful machine learning methods and has been s...
textabstractSupport vector machines (SVM) are becoming increasingly popular for the prediction of a ...
Support vector machines (SVMs) constitute one of the most popular and powerful classification method...
International audienceThis work describes a framework for solving support vector machine with kernel...
International audienceThis work describes a framework for solving support vector machine with kernel...
Traditionally, the hinge loss is used to construct support vector machine (SVM) classifiers. The hin...
Abstract. With its elegant margin theory and accurate classification perfor-mance, the Support Vecto...
This approach aims to optimize the kernel parameters and to efficiently reduce the number of support...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
We consider the problem of binary classification where the classifier can, for a particular cost, ch...
Abstract. We consider the problem of binary classification where the classifier can, for a particula...
International audienceWe consider the problem of binary classification where the classifier may abst...
International audienceWe consider the problem of binary classification where the classifier may abst...
Support vector machines (SVM) are becoming increasingly popular for the prediction of a binary depen...
Support vector machine (SVM) model is one of most successful machine learning methods and has been s...
textabstractSupport vector machines (SVM) are becoming increasingly popular for the prediction of a ...
Support vector machines (SVMs) constitute one of the most popular and powerful classification method...
International audienceThis work describes a framework for solving support vector machine with kernel...
International audienceThis work describes a framework for solving support vector machine with kernel...
Traditionally, the hinge loss is used to construct support vector machine (SVM) classifiers. The hin...
Abstract. With its elegant margin theory and accurate classification perfor-mance, the Support Vecto...
This approach aims to optimize the kernel parameters and to efficiently reduce the number of support...