Several learning algorithms in classification and structured prediction are formu-lated as large scale optimization problems. We show that a generic iterative refor-mulation and resolving strategy based on the progressive hedging algorithm from stochastic programming results in a highly parallel algorithm when applied to the large margin classification problem with nonlinear kernels. We also underline promising aspects of the available analysis of progressive hedging strategies.
A new incremental learning algorithm is described which approximates the maximal margin hyperplane w...
We introduce and analyze a new algorithm for linear classification which combines Rosenblatt 's...
A new incremental learning algorithm is described which approximates the maximal margin hyperplane ...
Several learning algorithms in classification and structured prediction are formulated as large scal...
Hierarchical classification (HC) plays an significant role in machine learning and data mining. Howe...
The concept of large margins is a unifying principle for the analysis of many different approaches t...
We present an algorithmic framework for supervised classification learning where the set of labels i...
We consider the problem of learning an unknown large-margin halfspace in the context of parallel com...
Abstract. Support vector machines (SVMs) and Boosting are possibly the two most popular learning app...
In this paper we describe the Large Margin Vector Quantization algorithm (LMVQ), which uses gradient...
The progressive hedging algorithm minimizes an expected "cost" by iteratively decomposing into s...
We address the problem of binary linear classification with emphasis on algorithms that lead to sepa...
In this paper we propose a new learning algorithm for kernel classifiers. Former approaches like Qua...
We address the problem of binary linear classification with emphasis on algorithms that lead to sepa...
We present the Convex Polytope Machine (CPM), a novel non-linear learning algorithm for large-scale ...
A new incremental learning algorithm is described which approximates the maximal margin hyperplane w...
We introduce and analyze a new algorithm for linear classification which combines Rosenblatt 's...
A new incremental learning algorithm is described which approximates the maximal margin hyperplane ...
Several learning algorithms in classification and structured prediction are formulated as large scal...
Hierarchical classification (HC) plays an significant role in machine learning and data mining. Howe...
The concept of large margins is a unifying principle for the analysis of many different approaches t...
We present an algorithmic framework for supervised classification learning where the set of labels i...
We consider the problem of learning an unknown large-margin halfspace in the context of parallel com...
Abstract. Support vector machines (SVMs) and Boosting are possibly the two most popular learning app...
In this paper we describe the Large Margin Vector Quantization algorithm (LMVQ), which uses gradient...
The progressive hedging algorithm minimizes an expected "cost" by iteratively decomposing into s...
We address the problem of binary linear classification with emphasis on algorithms that lead to sepa...
In this paper we propose a new learning algorithm for kernel classifiers. Former approaches like Qua...
We address the problem of binary linear classification with emphasis on algorithms that lead to sepa...
We present the Convex Polytope Machine (CPM), a novel non-linear learning algorithm for large-scale ...
A new incremental learning algorithm is described which approximates the maximal margin hyperplane w...
We introduce and analyze a new algorithm for linear classification which combines Rosenblatt 's...
A new incremental learning algorithm is described which approximates the maximal margin hyperplane ...