Prototype and exemplar models form two extremes in a class of mixture model accounts of human category learning. This class of models allows flexible representations that can interpolate from simple prototypes to highly differentiated exemplar accounts. We apply one such framework to data that afford an insight into the nature of representational changes during category learning. While generally supporting the notion of a prototype-to-exemplar shift during learning, the detailed analysis suggests that the nature of the changes is considerably more complex than previous work suggests.Wolf Vanpaemel and Daniel J. Navarr
How people represent categories—and how those representations change over time—is a basic question a...
A class of dual-system theories of categorization assumes a categorization system based on actively ...
Models of Category Learning Pat Langley 1 (langley@isle.org) Institute for the Study of Learning...
Prototype and exemplar models form two extremes in a class of mixture model accounts of human catego...
Prototype and exemplar models form two extremes in a class of mixture model accounts of human catego...
Early theories of categorization assumed that either rules, or prototypes, or exemplars were exclusi...
The ability to learn categories and classify new items or experiences is an essential function for e...
We re-analyzed thirty data sets reported in the literature and summarized by Smith and Minda (2000),...
We present a connectionist model of concept learning that integrates prototype and exemplar effects ...
We develop a model of the interaction between representation building and category learning. Our mod...
A class of dual-system theories of categorization assumes a categorization system based on actively ...
Over the past four decades, two distinct alternatives have emerged to rule-based models of how lingu...
Do humans and animals learn exemplars or prototypes when they categorize objects and events in the w...
Progress in studying human categorization has typically in-volved comparing generalization judgments...
This research compared two classical models of semantic concepts, prototype and exemplar-based model...
How people represent categories—and how those representations change over time—is a basic question a...
A class of dual-system theories of categorization assumes a categorization system based on actively ...
Models of Category Learning Pat Langley 1 (langley@isle.org) Institute for the Study of Learning...
Prototype and exemplar models form two extremes in a class of mixture model accounts of human catego...
Prototype and exemplar models form two extremes in a class of mixture model accounts of human catego...
Early theories of categorization assumed that either rules, or prototypes, or exemplars were exclusi...
The ability to learn categories and classify new items or experiences is an essential function for e...
We re-analyzed thirty data sets reported in the literature and summarized by Smith and Minda (2000),...
We present a connectionist model of concept learning that integrates prototype and exemplar effects ...
We develop a model of the interaction between representation building and category learning. Our mod...
A class of dual-system theories of categorization assumes a categorization system based on actively ...
Over the past four decades, two distinct alternatives have emerged to rule-based models of how lingu...
Do humans and animals learn exemplars or prototypes when they categorize objects and events in the w...
Progress in studying human categorization has typically in-volved comparing generalization judgments...
This research compared two classical models of semantic concepts, prototype and exemplar-based model...
How people represent categories—and how those representations change over time—is a basic question a...
A class of dual-system theories of categorization assumes a categorization system based on actively ...
Models of Category Learning Pat Langley 1 (langley@isle.org) Institute for the Study of Learning...