We present a comparison of different selec-tional preference models and evaluate them on an automatic verb classification task in German. We find that all the models we compare are effective for verb clustering; the best-performing model uses syntactic information to induce nouns classes from unlabelled data in an unsupervised man-ner. A very simple model based on lexical preferences is also found to perform well.
We cluster verbs into lexical semantic classes, using a general set of noisy features that cap-ture ...
Abstract. We associate optimality theory with abduction and preference handling. We present linguist...
The paper presents a large-scale computational subcategorisation lexicon for several thousand German...
The choice of verb features is crucial for the learning of verb classes. This paper presents cluster...
In this paper we explore the use of selectional preferences for detecting noncompositional verb-obje...
This paper presents a comparison of three computational approaches to selectional preferences: (i) a...
This article is aimed at quantifying the disambiguation performance of automatically acquired select...
WordNet and its German version GermaNet have widely been used as source for fine-grained selection...
We develop a general feature space that can be used for the semantic classification of English verbs...
The purpose of this paper is to evaluate whether distributional techniques applied to lexical sets, ...
Broad-coverage ontologies which represent lexical semantic knowledge are being built for more and mo...
This report presents two variations of an innovative, complex approach to semantic verb classes that...
We describe a state-of-the-art automatic system that can acquire subcategorisation frames from raw t...
Verb valency plays an important role in the description of behaviour of verbs and connects surface r...
In this paper, we present the first analysis of bottom-up manual semantic clustering of verbs in thr...
We cluster verbs into lexical semantic classes, using a general set of noisy features that cap-ture ...
Abstract. We associate optimality theory with abduction and preference handling. We present linguist...
The paper presents a large-scale computational subcategorisation lexicon for several thousand German...
The choice of verb features is crucial for the learning of verb classes. This paper presents cluster...
In this paper we explore the use of selectional preferences for detecting noncompositional verb-obje...
This paper presents a comparison of three computational approaches to selectional preferences: (i) a...
This article is aimed at quantifying the disambiguation performance of automatically acquired select...
WordNet and its German version GermaNet have widely been used as source for fine-grained selection...
We develop a general feature space that can be used for the semantic classification of English verbs...
The purpose of this paper is to evaluate whether distributional techniques applied to lexical sets, ...
Broad-coverage ontologies which represent lexical semantic knowledge are being built for more and mo...
This report presents two variations of an innovative, complex approach to semantic verb classes that...
We describe a state-of-the-art automatic system that can acquire subcategorisation frames from raw t...
Verb valency plays an important role in the description of behaviour of verbs and connects surface r...
In this paper, we present the first analysis of bottom-up manual semantic clustering of verbs in thr...
We cluster verbs into lexical semantic classes, using a general set of noisy features that cap-ture ...
Abstract. We associate optimality theory with abduction and preference handling. We present linguist...
The paper presents a large-scale computational subcategorisation lexicon for several thousand German...