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5 months ago

Neural sentence embedding models for semantic similarity estimation in the biomedical domain

Kathrin Blagec Hong Xu Asan Agibetov Matthias Samwald

Neural sentence embedding models for semantic similarity estimation in the biomedical domain

Abstract

Benchmarks

BenchmarkMethodologyMetrics
sentence-embeddings-for-biomedical-texts-onQ-gram (q = 3)
Pearson Correlation: 0.723
sentence-embeddings-for-biomedical-texts-onParagraph vector (PV-DBOW)
Pearson Correlation: 0.804
sentence-embeddings-for-biomedical-texts-onSupervised combination of: Jaccard, Q-gram, sent2vec, Paragraph vector DM, skip-thoughts, fastText
Pearson Correlation: 0.871
sentence-embeddings-for-biomedical-texts-onSent2vec
Pearson Correlation: 0.798
sentence-embeddings-for-biomedical-texts-onSkip-thoughts
Pearson Correlation: 0.485
sentence-embeddings-for-biomedical-texts-onfastText (skip-gram, max pooling)
Pearson Correlation: 0.766
sentence-embeddings-for-biomedical-texts-onParagraph vector (PV-DM)
Pearson Correlation: 0.819
sentence-embeddings-for-biomedical-texts-onUnsupervised combination (mean) of: Jaccard, q-gram, Paragraph vector (PV-DBOW) and sent2vec
Pearson Correlation: 0.846
sentence-embeddings-for-biomedical-texts-onfastText (CBOW, max pooling)
Pearson Correlation: 0.253

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Neural sentence embedding models for semantic similarity estimation in the biomedical domain | Papers | HyperAI