This paper discusses ensembles of simple but heterogeneous classifiers for word-sense disambiguation, examining the Stanford-CS224N system entered in the SENSEVAL-2 English lexical sample task. First-order classifiers are combined by a second-order classifier, which variously uses majority voting, weighted voting, or a maximum entropy model. While individual first-order classifiers perform comparably to middle-scoring teams ’ systems, the combination achieves high performance. We discuss trade-offs and empirical performance. Finally, we present an analysis of the combination, examining how ensemble performance depends on error independence and task difficulty.
Abstract. This paper studies the performance of various classifiers for Word Sense Disambiguation co...
Supervised word sense disambiguation (WSD) for truly polysemous words (in contrast to homonyms) is d...
Learning word sense classes has been shown to be useful in fine-grained word sense disambiguation [K...
This paper demonstrates the substantial empirical success of classifier combination for the word sen...
In this paper, we evaluate the results of the Antwerp University word sense disambiguation system in...
Word Sense Disambiguation (WSD) is the task of choosing the right sense of a polysemous word given a...
In this paper, we discuss a framework for weighted combination of classifiers for word sense disambi...
In this paper, a supervised learning system of word sense disambiguation is presented. It is based o...
In this paper we discuss a framework for weighted combination of classifiers in which each individua...
In this paper we present a maximum entropy Word Sense Disambiguation system we developed which per...
Word Sense Disambiguation (WSD) is an important area which has an impact on improving the performanc...
Word sense disambiguation (WSD) is the problem of determining the right sense of a polysemous word i...
Word sense disambiguation (WSD) is the problem of determining the right sense of a polysemous word i...
There has been a tradition of combining different knowledge sources in Artificial Intelligence resea...
This dissertation presents several new methods of supervised and unsupervised learning of word sense...
Abstract. This paper studies the performance of various classifiers for Word Sense Disambiguation co...
Supervised word sense disambiguation (WSD) for truly polysemous words (in contrast to homonyms) is d...
Learning word sense classes has been shown to be useful in fine-grained word sense disambiguation [K...
This paper demonstrates the substantial empirical success of classifier combination for the word sen...
In this paper, we evaluate the results of the Antwerp University word sense disambiguation system in...
Word Sense Disambiguation (WSD) is the task of choosing the right sense of a polysemous word given a...
In this paper, we discuss a framework for weighted combination of classifiers for word sense disambi...
In this paper, a supervised learning system of word sense disambiguation is presented. It is based o...
In this paper we discuss a framework for weighted combination of classifiers in which each individua...
In this paper we present a maximum entropy Word Sense Disambiguation system we developed which per...
Word Sense Disambiguation (WSD) is an important area which has an impact on improving the performanc...
Word sense disambiguation (WSD) is the problem of determining the right sense of a polysemous word i...
Word sense disambiguation (WSD) is the problem of determining the right sense of a polysemous word i...
There has been a tradition of combining different knowledge sources in Artificial Intelligence resea...
This dissertation presents several new methods of supervised and unsupervised learning of word sense...
Abstract. This paper studies the performance of various classifiers for Word Sense Disambiguation co...
Supervised word sense disambiguation (WSD) for truly polysemous words (in contrast to homonyms) is d...
Learning word sense classes has been shown to be useful in fine-grained word sense disambiguation [K...