In previous work, we found that a great deal of information about noun attributes can be extracted from the Web using simple text patterns, and that enriching vector-based models of concepts with this information about attributes led to drastic improvements in noun categorization. We extend this previous work in two ways: (i) by comparing concept descriptions extracted using patterns with descriptions extracted with a parser, and (ii) by developing an improved dataset balanced with respect to ambiguity, frequency, and WordNet unique beginners
This article focuses on Word Sense Disambiguation (WSD), which is a Natural Lan-guage Processing tas...
Concepts are essential to mental life - they allow us to think about the world, and to communicate t...
Terminologists scan large amounts of specialized texts to discover the terms for the concepts in a g...
Many algorithms extract terms from text to-gether with some kind of taxonomic clas-sification (is-a)...
Sets of lexical items sharing a significant aspect of their meaning (concepts) are fun-damental in l...
Our project has two threads: (1) building computational models of how people learn and structure sem...
This thesis extracts conceptual structures from multiple sources: Wordnet, Web Corpora and Wikipedia...
This paper investigates the use of concept-based representations for text categorization. We introdu...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
Automated Text Categorization has reached the levels of accuracy of human experts. Provided that eno...
Computational models of meaning trained on naturally occurring text successfully model human perform...
In this paper we explore the potential of concept indexing with WordNet synsets for Text Categoriza...
Automatically discovering concepts is not only a fundamental task in knowledge capturing and ontolog...
Computational models of meaning trained on naturally occurring text successfully model human perform...
This paper presents a method of acquiring knowledge from the Web for noun sense disambiguation. Word...
This article focuses on Word Sense Disambiguation (WSD), which is a Natural Lan-guage Processing tas...
Concepts are essential to mental life - they allow us to think about the world, and to communicate t...
Terminologists scan large amounts of specialized texts to discover the terms for the concepts in a g...
Many algorithms extract terms from text to-gether with some kind of taxonomic clas-sification (is-a)...
Sets of lexical items sharing a significant aspect of their meaning (concepts) are fun-damental in l...
Our project has two threads: (1) building computational models of how people learn and structure sem...
This thesis extracts conceptual structures from multiple sources: Wordnet, Web Corpora and Wikipedia...
This paper investigates the use of concept-based representations for text categorization. We introdu...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
Automated Text Categorization has reached the levels of accuracy of human experts. Provided that eno...
Computational models of meaning trained on naturally occurring text successfully model human perform...
In this paper we explore the potential of concept indexing with WordNet synsets for Text Categoriza...
Automatically discovering concepts is not only a fundamental task in knowledge capturing and ontolog...
Computational models of meaning trained on naturally occurring text successfully model human perform...
This paper presents a method of acquiring knowledge from the Web for noun sense disambiguation. Word...
This article focuses on Word Sense Disambiguation (WSD), which is a Natural Lan-guage Processing tas...
Concepts are essential to mental life - they allow us to think about the world, and to communicate t...
Terminologists scan large amounts of specialized texts to discover the terms for the concepts in a g...