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Learning Word Vectors for 157 Languages

About

Distributed word representations, or word vectors, have recently been applied to many tasks in natural language processing, leading to state-of-the-art performance. A key ingredient to the successful application of these representations is to train them on very large corpora, and use these pre-trained models in downstream tasks. In this paper, we describe how we trained such high quality word representations for 157 languages. We used two sources of data to train these models: the free online encyclopedia Wikipedia and data from the common crawl project. We also introduce three new word analogy datasets to evaluate these word vectors, for French, Hindi and Polish. Finally, we evaluate our pre-trained word vectors on 10 languages for which evaluation datasets exists, showing very strong performance compared to previous models.

Edouard Grave, Piotr Bojanowski, Prakhar Gupta, Armand Joulin, Tomas Mikolov• 2018

Related benchmarks

TaskDatasetResultRank
Image RetrievalFlickr30K
R@135.6
144
Link PredictionEdinburgh Association Thesaurus (EAT) (test)
Accuracy87
44
Semantic Change PredictionDatSemShift
Accuracy82
44
Lexical Semantic SimilarityMulti-SimLex
Spearman Correlation0.44
44
Semantic Textual SimilaritySICK Slovak (val)
Pearson Correlation0.498
33
Semantic Textual SimilaritySTS Benchmark Slovak (val)
Pearson Correlation0.42
33
Caption RetrievalFlickr30K
R@147.1
23
Aspect-based Sentiment Classification19 ASC tasks averaged (test)
Accuracy82.69
20
Language IdentificationTCL UTF-8 converted
Accuracy0.947
2
Language IdentificationWikipedia
Accuracy93
2
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