Comparison of word embeddings from different knowledge graphs
Language, Data, and Knowledge: First International Conference, LDK 2017 …, 2017•Springer
The paper focuses on the manipulation of a WordNet-based knowledge graph by adding,
changing and combining various semantic relations. This is done in the context of
measuring similarity and relatedness between words, based on word embedding
representations trained on a pseudo corpus generated from the knowledge graph. The UKB
tool is used for generating pseudo corpora that are then used for learning word embeddings.
The results from the performed experiments show that the addition of more relations …
changing and combining various semantic relations. This is done in the context of
measuring similarity and relatedness between words, based on word embedding
representations trained on a pseudo corpus generated from the knowledge graph. The UKB
tool is used for generating pseudo corpora that are then used for learning word embeddings.
The results from the performed experiments show that the addition of more relations …
Abstract
The paper focuses on the manipulation of a WordNet-based knowledge graph by adding, changing and combining various semantic relations. This is done in the context of measuring similarity and relatedness between words, based on word embedding representations trained on a pseudo corpus generated from the knowledge graph. The UKB tool is used for generating pseudo corpora that are then used for learning word embeddings. The results from the performed experiments show that the addition of more relations generally improves performance along both dimensions – similarity and relatedness. In line with previous research, our survey confirms that paradigmatic relations predominantly improve similarity, while syntagmatic relations benefit relatedness scores.
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