DocumentCode
1145644
Title
Digital Intuition: Applying Common Sense Using Dimensionality Reduction
Author
Havasi, Catherine ; Speer, Robert ; Pustejovsky, James ; Lieberman, Henry
Author_Institution
Brandeis Univ., Waltham, MA, USA
Volume
24
Issue
4
fYear
2009
Firstpage
24
Lastpage
35
Abstract
Understanding the world we live in requires access to a large amount of background knowledge: the commonsense knowledge that most people have and most computer systems don´t. Many of the limitations of artificial intelligence today relate to the problem of acquiring and understanding common sense. The Open Mind Common Sense project began to collect common sense from volunteers on the Internet starting in 2000. The collected information is converted to a semantic network called ConceptNet. Reducing the dimensionality of ConceptNet´s graph structure gives a matrix representation called AnalogySpace, which reveals large-scale patterns in the data, smoothes over noise, and predicts new knowledge. Extending this work, we have created a method that uses singular value decomposition to aid in the integration of systems or representations. This technique, called blending, can be harnessed to find and exploit correlations between different resources, enabling commonsense reasoning over a broader domain.
Keywords
artificial intelligence; common-sense reasoning; graph theory; matrix algebra; singular value decomposition; AnalogySpace; ConceptNet; artificial intelligence; blending technique; commonsense knowledge; digital intuition; dimensionality reduction; graph structure; matrix representation; semantic network; singular value decomposition; Artificial intelligence; Computer science; Internet; Knowledge acquisition; LAN interconnection; Large-scale systems; Natural languages; Pattern analysis; Search engines; analogies; knowledge acquisition; knowledge base management; natural language processing; semantic networks;
fLanguage
English
Journal_Title
Intelligent Systems, IEEE
Publisher
ieee
ISSN
1541-1672
Type
jour
DOI
10.1109/MIS.2009.72
Filename
5172887
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