2007
NeurIPS
NeurIPS 2007
Bundle Methods for Machine Learning
Abstract
We present a globally convergent method for regularized risk minimization prob- lems. Our method applies to Support Vector estimation, regression, Gaussian Processes, and any other regularized risk minimization setting which leads to a convex optimization problem. SVMPerf can be shown to be a special case of our approach. In addition to the unified framework we present tight convergence bounds, which show that our algorithm converges in O(1/) steps to precision for general convex problems and in O(log(1/)) steps for continuously differen- tiable problems. We demonstrate in experiments the performance of our approach.
🌉
Interdisciplinary Bridge
- Artificial Intelligence and Mathematics & Optimization
📈
Trend Setter
- Convex Optimization
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Keyword Pioneer
- convergence bound
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Hot Topic Early Bird
- gaussian process
Authors
Topics
Machine Learning > Core Methods > Classification
Machine Learning > Core Methods > Regression
Machine Learning > Optimization & Theory > Learning Theory
Machine Learning > Optimization & Theory > Optimization
Mathematics & Optimization > Optimization > Convex Optimization
Machine Learning > Core Methods > Support Vector Machine
Machine Learning > Bayesian & Probabilistic > Gaussian Processes
Machine Learning > Learning Types > Regularization
Machine Learning > Optimization & Theory > Convex Optimization