Abstract. The well-known and very simple MinOver algorithm is reformulated for incremental support vector classification with and without kernels. A modified proof for its O(t −1/2) convergence is presented, with t as the number of training steps. Based on this modified proof it is shown that even a convergence of at least O(t −1) is given. This new convergence bound for MinOver is confirmed by computer experiments on artificial data sets. The computational effort per training step scales as O(N) with the number N of training patterns.
Support Vector Machines (SVMs) have become a popular tool for learning with large amounts of high ...
Recently two kinds of reduction techniques which aimed at saving training time for SVM problems with...
We present a simple, first-order approximation algorithm for the support vector classification probl...
We present a new method for the incremental train-ing of multiclass Support Vector Machines that pro...
Abstract. Support Vector Machines nd maximal margin hyperplanes in a high dimensional feature space,...
The Support Vector Machine classifier is a binary\ud classifier applied to classify large datasets, ...
A new support vector machine (SVM) multiclass incremental learning algorithm is proposed. To each cl...
Incremental Support Vector Machines (SVM) are instrumental in practical applications of online learn...
The quick training algorithms and accurate solution procedure for incremental learning aim at improv...
An on-line recursive algorithm for training support vector machines, one vector at a time, is presen...
Abstract We introduce iSVM- an incremental algorithm that achieves high speed in training support ve...
Abstract. Support Vector Machines (SVMs) have become a popular tool for learning with large amounts ...
© 2005 IEEE. This is a publishers version of an article published in IEEE Transactions on Neural Ne...
In a recent paper Joachims [1] presented SVM-Perf, a cutting plane method (CPM) for training linear ...
Abstract. The chapter introduces the latest developments and results of Iterative Single Data Algori...
Support Vector Machines (SVMs) have become a popular tool for learning with large amounts of high ...
Recently two kinds of reduction techniques which aimed at saving training time for SVM problems with...
We present a simple, first-order approximation algorithm for the support vector classification probl...
We present a new method for the incremental train-ing of multiclass Support Vector Machines that pro...
Abstract. Support Vector Machines nd maximal margin hyperplanes in a high dimensional feature space,...
The Support Vector Machine classifier is a binary\ud classifier applied to classify large datasets, ...
A new support vector machine (SVM) multiclass incremental learning algorithm is proposed. To each cl...
Incremental Support Vector Machines (SVM) are instrumental in practical applications of online learn...
The quick training algorithms and accurate solution procedure for incremental learning aim at improv...
An on-line recursive algorithm for training support vector machines, one vector at a time, is presen...
Abstract We introduce iSVM- an incremental algorithm that achieves high speed in training support ve...
Abstract. Support Vector Machines (SVMs) have become a popular tool for learning with large amounts ...
© 2005 IEEE. This is a publishers version of an article published in IEEE Transactions on Neural Ne...
In a recent paper Joachims [1] presented SVM-Perf, a cutting plane method (CPM) for training linear ...
Abstract. The chapter introduces the latest developments and results of Iterative Single Data Algori...
Support Vector Machines (SVMs) have become a popular tool for learning with large amounts of high ...
Recently two kinds of reduction techniques which aimed at saving training time for SVM problems with...
We present a simple, first-order approximation algorithm for the support vector classification probl...