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WhiteningBERT: An Easy Unsupervised Sentence Embedding Approach
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Producing the embedding of a sentence in an unsupervised way is valuable to natural language matching and retrieval problems in practice. In this work, we conduct a thorough examination of pretrained model based unsupervised sentence embeddings. We study on four pretrained models and conduct massive experiments on seven datasets regarding sentence semantics. We have there main findings. First, averaging all tokens is better than only using [CLS] vector. Second, combining both top andbottom layers is better than only using top layers. Lastly, an easy whitening-based vector normalization strategy with less than 10 lines of code consistently boosts the performance.
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The more polypersonal the better -- a short look on space geometry of fine-tuned layers
Fine-tuning a single added layer on a synthetic polypersonal Russian marks causes BERT to separate the new grammar from standard Russian in its internal representations and to reduce the perplexity gap.
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