We replace the overlap mechanism of the Lesk algorithm with a simple, general-purpose Naive Bayes model that mea-sures many-to-many association between two sets of random variables. Even with simple probability estimates such as max-imum likelihood, the model gains signifi-cant improvement over the Lesk algorithm on word sense disambiguation tasks. With additional lexical knowledge from Word-Net, performance is further improved to surpass the state-of-the-art results.
Words have different meanings (i.e., senses) depending on the context. Disambiguating the correct se...
this paper is organized as follows. Section 1 describes the approach we have developed. In section 2...
We describe a method for automatic word sense disambiguation using a text corpus and a machine-reada...
We replace the overlap mechanism of the Lesk algorithm with a simple, general-purpose Naive Bayes mo...
This paper presents a detailed analysis of the factors determining the performance of Lesk-based wor...
This paper describes an experimental comparison between two standard supervised learning methods, na...
This paper describes a new Word Sense Disambiguation (WSD) algorithm which extends two well-known va...
Abstract. This paper describes an experimental comparison between two standard supervised learning m...
This dissertation presents several new methods of supervised and unsupervised learning of word sense...
We propose a simple, yet effective, Word Sense Disambiguation method that uses a combination of a le...
This beachelor's thesis deals with word sense disambiguation problem using the machine learning tech...
Word sense disambiguation is a core problem in many tasks related to language processing. In this pa...
This paper demonstrates the substantial empirical success of classifier combination for the word sen...
In this paper we present a clean, yet effective, model for word sense disambiguation. Our approach l...
Computational complexity is a characteristic of almost all Lesk-based algorithms for word sense disa...
Words have different meanings (i.e., senses) depending on the context. Disambiguating the correct se...
this paper is organized as follows. Section 1 describes the approach we have developed. In section 2...
We describe a method for automatic word sense disambiguation using a text corpus and a machine-reada...
We replace the overlap mechanism of the Lesk algorithm with a simple, general-purpose Naive Bayes mo...
This paper presents a detailed analysis of the factors determining the performance of Lesk-based wor...
This paper describes an experimental comparison between two standard supervised learning methods, na...
This paper describes a new Word Sense Disambiguation (WSD) algorithm which extends two well-known va...
Abstract. This paper describes an experimental comparison between two standard supervised learning m...
This dissertation presents several new methods of supervised and unsupervised learning of word sense...
We propose a simple, yet effective, Word Sense Disambiguation method that uses a combination of a le...
This beachelor's thesis deals with word sense disambiguation problem using the machine learning tech...
Word sense disambiguation is a core problem in many tasks related to language processing. In this pa...
This paper demonstrates the substantial empirical success of classifier combination for the word sen...
In this paper we present a clean, yet effective, model for word sense disambiguation. Our approach l...
Computational complexity is a characteristic of almost all Lesk-based algorithms for word sense disa...
Words have different meanings (i.e., senses) depending on the context. Disambiguating the correct se...
this paper is organized as follows. Section 1 describes the approach we have developed. In section 2...
We describe a method for automatic word sense disambiguation using a text corpus and a machine-reada...