Abstraction and Relational Learning
Abstract
Many categories are better described by providing relational information than listing characteristic features. We present a hierarchical generative model that helps to explain how relational categories are learned and used. Our model learns abstract schemata that specify the relational similarities shared by members of a category, and our emphasis on abstraction departs from previous theoretical proposals that focus instead on comparison of concrete instances. Our first experiment suggests that our abstraction-based account can address some of the tasks that have previously been used to support comparison-based approaches. Our second experiment focuses on one-shot schema learning, a problem that raises challenges for comparison-based approaches but is handled naturally by our abstraction-based account.
Cite
Text
Kemp and Jern. "Abstraction and Relational Learning." Neural Information Processing Systems, 2009.Markdown
[Kemp and Jern. "Abstraction and Relational Learning." Neural Information Processing Systems, 2009.](https://mlanthology.org/neurips/2009/kemp2009neurips-abstraction/)BibTeX
@inproceedings{kemp2009neurips-abstraction,
title = {{Abstraction and Relational Learning}},
author = {Kemp, Charles and Jern, Alan},
booktitle = {Neural Information Processing Systems},
year = {2009},
pages = {934-942},
url = {https://mlanthology.org/neurips/2009/kemp2009neurips-abstraction/}
}