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Synapse
July 5, 20101,996 citationsOpen Access

Toward an Architecture for Never-Ending Language Learning

JCJ. Andrew CarlsonJBJustin BetteridgeBKBryan Kisiel

Key Points

  • To establish design principles and an operational architecture for an intelligent computer agent that continuously reads web text to expand a structured knowledge base while improving its performance over time.
  • Formulated architectural guidelines for a never-ending learning agent designed for continuous information extraction and self-improvement.
  • Implemented and evaluated a prototype system operating autonomously on web text over a 67-day deployment period.
  • Extracted a structured knowledge base containing over 242,000 beliefs during the 67-day evaluation.
  • Achieved an estimated belief precision of 74% across the autonomously generated knowledge base.

Abstract

We consider here the problem of building a never-ending language learner; that is, an intelligent computer agent that runs forever and that each day must (1) extract, or read, information from the web to populate a growing structured knowledge base, and (2) learn to perform this task better than on the previous day. In particular, we propose an approach and a set of design principles for such an agent, describe a partial implementation of such a system that has already learned to extract a knowledge base containing over 242,000 beliefs with an estimated precision of 74% after running for 67 days, and discuss lessons learned from this preliminary attempt to build a never-ending learning agent.

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Cite This Study

Carlson et al. (2010) studied this question.

synapsesocial.com/papers/69d755eeb4cef8fedc48f679https://doi.org/10.1609/aaai.v24i1.7519
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