The support vector machine (SVM) classifier has been a popular classification tool used for a variety of pattern recognition tasks. In this study, we compare the performance of a semiparametric SVM classifier derived using an inexact penalty method on the original SVM formulation. This semiparametric form can be easily solved using a sequential decomposition method. We compare the accuracy of the semiparametric SVM against the standard SVM classifier trained using the SMO algorithm. The results indicate that in some cases the semiparametric SVM can give better generalization results than a standard SVM. We also demonstrate several cases where our iterative algorithm solves the SVM problem faster than the SMO
In this chapter we introduce basic concepts and ideas of the Support Vector Machines (SVM). In the f...
This paper proposes and analyzes an approach to estimating the generalization performance of a supp...
Due to its wide applicability, the problem of semi-supervised classification is attracting increasin...
The support vector machine (SVM) classifier has been a popular classification tool used for a variet...
The support vector machine (SVM) algorithm is well known to the computer learning community for its ...
Seven classifiers are compared on sixteen quite different, standard and extensively used datasets in...
Appropriate training data always play an important role in constructing an efficient classifier to s...
The support vector machine (SVM) remains a popular classifier for its excellent generalization perfo...
This article points out an important source of inefficiency in Platt's sequential minimal optimizati...
We introduce a semi-supervised support vector machine (S3yM) method. Given a training set of labeled...
This thesis is a critical empirical study, using a range of benchmark datasets, on the performance o...
Due to its wide applicability, semi-supervised learning is an attractive method for using unlabeled ...
Summarization: Support Vector Machines (SVMs) are one of the most widely used techniques for develop...
We present new decomposition algorithms for training multi-class support vector machines (SVMs), in ...
This paper studies the training of support vector machine (SVM) classifiers with respect to the mini...
In this chapter we introduce basic concepts and ideas of the Support Vector Machines (SVM). In the f...
This paper proposes and analyzes an approach to estimating the generalization performance of a supp...
Due to its wide applicability, the problem of semi-supervised classification is attracting increasin...
The support vector machine (SVM) classifier has been a popular classification tool used for a variet...
The support vector machine (SVM) algorithm is well known to the computer learning community for its ...
Seven classifiers are compared on sixteen quite different, standard and extensively used datasets in...
Appropriate training data always play an important role in constructing an efficient classifier to s...
The support vector machine (SVM) remains a popular classifier for its excellent generalization perfo...
This article points out an important source of inefficiency in Platt's sequential minimal optimizati...
We introduce a semi-supervised support vector machine (S3yM) method. Given a training set of labeled...
This thesis is a critical empirical study, using a range of benchmark datasets, on the performance o...
Due to its wide applicability, semi-supervised learning is an attractive method for using unlabeled ...
Summarization: Support Vector Machines (SVMs) are one of the most widely used techniques for develop...
We present new decomposition algorithms for training multi-class support vector machines (SVMs), in ...
This paper studies the training of support vector machine (SVM) classifiers with respect to the mini...
In this chapter we introduce basic concepts and ideas of the Support Vector Machines (SVM). In the f...
This paper proposes and analyzes an approach to estimating the generalization performance of a supp...
Due to its wide applicability, the problem of semi-supervised classification is attracting increasin...