2006
NeurIPS
NeurIPS 2006
Learning annotated hierarchies from relational data
Abstract
The objects in many real-world domains can be organized into hierarchies, where each internal node picks out a category of objects. Given a collection of fea- tures and relations defined over a set of objects, an annotated hierarchy includes a specification of the categories that are most useful for describing each individual feature and relation. We define a generative model for annotated hierarchies and the features and relations that they describe, and develop a Markov chain Monte Carlo scheme for learning annotated hierarchies. We show that our model discov- ers interpretable structure in several real-world data sets.
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Conference Pioneer
- NeurIPS 2006
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Interdisciplinary Bridge
- Artificial Intelligence and Knowledge & Reasoning and Mathematics & Optimization
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Trend Setter
- Knowledge Representation
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Keyword Pioneer
- hierarchical learning
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Hot Topic Early Bird
- generative model
Topics
Machine Learning > Core Methods > Clustering
Machine Learning > Core Methods > Representation Learning
Machine Learning > Learning Types > Unsupervised Learning
Machine Learning > Optimization & Theory > Bayesian Inference
Knowledge & Reasoning > Representation > Knowledge Representation
Mathematics & Optimization > Mathematics > Probability
Machine Learning > Bayesian & Probabilistic > Bayesian Learning
Machine Learning > Bayesian & Probabilistic > Probabilistic Modeling
Artificial Intelligence > Core AI > Knowledge Representation
Machine Learning > Bayesian & Probabilistic > Markov Chain Monte Carlo