Models of categorization make different representational as-sumptions, with categories being represented by prototypes, sets of exemplars, and everything in between. Rational mod-els of categorization justify these representational assumptions in terms of different schemes for estimating probability distri-butions. However, they do not answer the question of which scheme should be used in representing a given category. We show that existing rational models of categorization are spe-cial cases of a statistical model called the hierarchical Dirichlet process, which can be used to automatically infer a represen-tation of the appropriate complexity for a given category
The hierarchical Dirichlet process (HDP) is a powerful nonparametric Bayesian approach to modeling g...
Rational models of cognition typically consider the abstract computational problems posed by the env...
We explore humans' rule-based category learning using analytic approaches that highlight their psych...
Models of categorization make different representational assumptions, with categories being represen...
Categorization, or classification, is a fundamental problem in both cognitive psychology and machine...
The rational model of categorization (RMC; Anderson, 1990) assumes that categories are learned by cl...
A rational model of human categorization behavior is presented that assumes that categorization refl...
Categories are often organized into hierarchical taxonomies, that is, tree structures where each nod...
This article demonstrates the potential of using hierarchical Bayesian methods to relate models and ...
We demonstrate the potential of using hierarchical Bayesian methods to relate models and data in the...
The authors apply the state of the art techniques from machine learning and statistics to reconceptu...
We present an account of human concept learning-that is, learning of categories from examples-based ...
Naive observers typically perceive some groupings for a set of stimuli as more intuitive than others...
Rational models of cognition typically consider the abstract computational problems posed by the env...
We develop a model of the interaction between representation building and category learning. Our mod...
The hierarchical Dirichlet process (HDP) is a powerful nonparametric Bayesian approach to modeling g...
Rational models of cognition typically consider the abstract computational problems posed by the env...
We explore humans' rule-based category learning using analytic approaches that highlight their psych...
Models of categorization make different representational assumptions, with categories being represen...
Categorization, or classification, is a fundamental problem in both cognitive psychology and machine...
The rational model of categorization (RMC; Anderson, 1990) assumes that categories are learned by cl...
A rational model of human categorization behavior is presented that assumes that categorization refl...
Categories are often organized into hierarchical taxonomies, that is, tree structures where each nod...
This article demonstrates the potential of using hierarchical Bayesian methods to relate models and ...
We demonstrate the potential of using hierarchical Bayesian methods to relate models and data in the...
The authors apply the state of the art techniques from machine learning and statistics to reconceptu...
We present an account of human concept learning-that is, learning of categories from examples-based ...
Naive observers typically perceive some groupings for a set of stimuli as more intuitive than others...
Rational models of cognition typically consider the abstract computational problems posed by the env...
We develop a model of the interaction between representation building and category learning. Our mod...
The hierarchical Dirichlet process (HDP) is a powerful nonparametric Bayesian approach to modeling g...
Rational models of cognition typically consider the abstract computational problems posed by the env...
We explore humans' rule-based category learning using analytic approaches that highlight their psych...