AbstractIn contrast with the support vector machine (SVM) algorithm, the minimum class variance support vector machine (MCVSVM) classification algorithm takes into consideration both the samples in the boundaries and the distribution of the classes and gives a robust solution. In this paper, following the idea of the maximum margin discriminant analysis (MMDA) algorithm which is based on the SVM algorithm, we extend the MCVSVM algorithm to reduce the dimensionality of the sample space and propose a novel feature extraction method. We discuss both the linear case and the nonlinear case of the proposed method in the paper. The experimental results demonstrate that the proposed method yields competitive results compared with MMDA
© 2017 IEEE. Dimensionality reduction is one of the key issues of machine learning and data mining, ...
A key problem often encountered by many learning algorithms in computer vision dealing with high dim...
Margin based feature extraction has become a hot topic in machine learn-ing and pattern recognition....
Large-margin methods, such as support vector machines (SVMs), have been very successful in classific...
Large-margin methods, such as support vector machines (SVMs), have been very successful in classific...
A new feature extraction criterion, maximum margin criterion (MMC), is proposed in this paper. This ...
Abstract—In this paper, a modified class of support vector machines (SVMs) inspired from the optimiz...
Feature extraction is an important task in machine learning. In this paper, we present a simple and ...
Marginal information is of great importance for classification. This paper presents a new nonparamet...
Abstract — Visual pattern recognition from images often involves dimensionality reduction as a key s...
Abstract: Firstly, a distinguishable condition is proposed for separating the features by linear cl...
Abstract. A new method for dimensionality reduction and feature ex-traction based on Support Vector ...
Linear discriminant analysis (LDA) is a popular feature extraction technique in statistical pattern ...
A key problem often encountered by many learning algorithms in computer vision dealing with high dim...
International audienceMany applications require the ability to identify data that is anomalous with ...
© 2017 IEEE. Dimensionality reduction is one of the key issues of machine learning and data mining, ...
A key problem often encountered by many learning algorithms in computer vision dealing with high dim...
Margin based feature extraction has become a hot topic in machine learn-ing and pattern recognition....
Large-margin methods, such as support vector machines (SVMs), have been very successful in classific...
Large-margin methods, such as support vector machines (SVMs), have been very successful in classific...
A new feature extraction criterion, maximum margin criterion (MMC), is proposed in this paper. This ...
Abstract—In this paper, a modified class of support vector machines (SVMs) inspired from the optimiz...
Feature extraction is an important task in machine learning. In this paper, we present a simple and ...
Marginal information is of great importance for classification. This paper presents a new nonparamet...
Abstract — Visual pattern recognition from images often involves dimensionality reduction as a key s...
Abstract: Firstly, a distinguishable condition is proposed for separating the features by linear cl...
Abstract. A new method for dimensionality reduction and feature ex-traction based on Support Vector ...
Linear discriminant analysis (LDA) is a popular feature extraction technique in statistical pattern ...
A key problem often encountered by many learning algorithms in computer vision dealing with high dim...
International audienceMany applications require the ability to identify data that is anomalous with ...
© 2017 IEEE. Dimensionality reduction is one of the key issues of machine learning and data mining, ...
A key problem often encountered by many learning algorithms in computer vision dealing with high dim...
Margin based feature extraction has become a hot topic in machine learn-ing and pattern recognition....