This paper presents a linguistically uninformed computational model for animacy classification. The model makes use of word n-grams in combination with lower dimensional word embedding representations that are learned from a web-scale corpus. We compare the model to a number of linguistically informed models that use features such as dependency tags and show competitive results. We apply our animacy classifier to a large collection of Dutch folktales to obtain a list of all characters in the stories. We then draw a semantic map of all automatically extracted characters which provides a unique entrance point to the collection
International audienceAnimacy is one of the basic semantic features of word meaning and influences p...
We show by means of a corpus study that the language used by the inanimate first person narrator in ...
Animacy is often conceived as a special semantic feature because of its relevance to thematic and sy...
Contains fulltext : 142488.pdf (publisher's version ) (Open Access)This paper pres...
We present an automatic animacy classifier for Dutch that can determine the animacy status of nouns ...
This paper proposes a new approach to animacy detection, the task of determining whether an entity i...
This paper presents results from three experiments on automatic animacy classification in Japanese a...
Information about the animacy of nouns is important for a wide range of tasks in NLP. In this paper,...
In this paper, we introduce a gold standard for animacy detection comprising almost 14,500 German no...
Linguistic animacy reflects a particular construal of biological distinctions encountered in the wor...
This paper presents results from three experiments on automatic animacy classification in Japanese a...
This is the training data for an animacy classifier (see References LREC) 1) gold_actor: ...
There is a great deal of evidence across cognitive science that animacy, or more generally, the feat...
Atypical animacy detection dataset, based on nineteenth-century sentences in English extracted from ...
Animacy, commonly defined as the distinction between living and non-living entities, is a useful not...
International audienceAnimacy is one of the basic semantic features of word meaning and influences p...
We show by means of a corpus study that the language used by the inanimate first person narrator in ...
Animacy is often conceived as a special semantic feature because of its relevance to thematic and sy...
Contains fulltext : 142488.pdf (publisher's version ) (Open Access)This paper pres...
We present an automatic animacy classifier for Dutch that can determine the animacy status of nouns ...
This paper proposes a new approach to animacy detection, the task of determining whether an entity i...
This paper presents results from three experiments on automatic animacy classification in Japanese a...
Information about the animacy of nouns is important for a wide range of tasks in NLP. In this paper,...
In this paper, we introduce a gold standard for animacy detection comprising almost 14,500 German no...
Linguistic animacy reflects a particular construal of biological distinctions encountered in the wor...
This paper presents results from three experiments on automatic animacy classification in Japanese a...
This is the training data for an animacy classifier (see References LREC) 1) gold_actor: ...
There is a great deal of evidence across cognitive science that animacy, or more generally, the feat...
Atypical animacy detection dataset, based on nineteenth-century sentences in English extracted from ...
Animacy, commonly defined as the distinction between living and non-living entities, is a useful not...
International audienceAnimacy is one of the basic semantic features of word meaning and influences p...
We show by means of a corpus study that the language used by the inanimate first person narrator in ...
Animacy is often conceived as a special semantic feature because of its relevance to thematic and sy...