The Vicinal Risk Minimization principle establishes a bridge between generative models and methods derived from the Structural Risk Minimization Principle such as Support Vector Machines or Statistical Regularization. We explain how VRM provides a framework which integrates a number of existing algorithms, such as Parzen windows, Support Vector Machines, Ridge Regression, Constrained Logistic Classifiers and Tangent-Prop. We then show how the approach implies new algorithms for solving problems usually associated with generative models. New algorithms are described for dealing with pattern recognition problems with very different pattern distributions and dealing with unlabeled data. Preliminary empirical results are presented
Abstract. Many machine learning algorithms lead to solving a convex regularized risk minimization pr...
The Structural Risk Minimization framework has been recently proposed as a practical method for mode...
In this paper we consider optimization with relaxation, an ample paradigm to make data-driven design...
The Vicinal Risk Minimization principle establishes a bridge between generative models and methods d...
The paper introduces some generalizations of Vapnik's method of structural risk minimisation (S...
We propose the use of Vapnik's vicinal risk minimization (VRM) for training decision trees to approx...
The foundations of Support Vector Machines (SVM) have been developed by Vapnik and are gaining popul...
We propose and motivate the use of vicinal-risk minimization (VRM) for training genetic programming ...
The vicinal risk minimization (VRM) principle is an empirical risk minimization (ERM) variant that r...
Abstract. In this paper we first overview the main concepts of Statistical Learning Theory, a framew...
by, Statistical techniques based on Hidden Markov models (HMMs) with Gaussian emission densities hav...
In this chapter we introduce basic concepts and ideas of the Support Vector Machines (SVM). In the f...
This publication can be retrieved by anonymous ftp to publications.ai.mit.edu. The pathname for this...
Abstract. The tutorial starts with an overview of the concepts of VC dimension and structural risk m...
We present a globally convergent method for regularized risk minimization prob-lems. Our method appl...
Abstract. Many machine learning algorithms lead to solving a convex regularized risk minimization pr...
The Structural Risk Minimization framework has been recently proposed as a practical method for mode...
In this paper we consider optimization with relaxation, an ample paradigm to make data-driven design...
The Vicinal Risk Minimization principle establishes a bridge between generative models and methods d...
The paper introduces some generalizations of Vapnik's method of structural risk minimisation (S...
We propose the use of Vapnik's vicinal risk minimization (VRM) for training decision trees to approx...
The foundations of Support Vector Machines (SVM) have been developed by Vapnik and are gaining popul...
We propose and motivate the use of vicinal-risk minimization (VRM) for training genetic programming ...
The vicinal risk minimization (VRM) principle is an empirical risk minimization (ERM) variant that r...
Abstract. In this paper we first overview the main concepts of Statistical Learning Theory, a framew...
by, Statistical techniques based on Hidden Markov models (HMMs) with Gaussian emission densities hav...
In this chapter we introduce basic concepts and ideas of the Support Vector Machines (SVM). In the f...
This publication can be retrieved by anonymous ftp to publications.ai.mit.edu. The pathname for this...
Abstract. The tutorial starts with an overview of the concepts of VC dimension and structural risk m...
We present a globally convergent method for regularized risk minimization prob-lems. Our method appl...
Abstract. Many machine learning algorithms lead to solving a convex regularized risk minimization pr...
The Structural Risk Minimization framework has been recently proposed as a practical method for mode...
In this paper we consider optimization with relaxation, an ample paradigm to make data-driven design...