Keeping only the low-frequency DWT coefficients of word and sentence embeddings preserves most of their semantic quality at 50 to 93 percent fewer dimensions.
Just Rank: Rethinking Evaluation with Word and Sentence Similarities
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abstract
Word and sentence embeddings are useful feature representations in natural language processing. However, intrinsic evaluation for embeddings lags far behind, and there has been no significant update since the past decade. Word and sentence similarity tasks have become the de facto evaluation method. It leads models to overfit to such evaluations, negatively impacting embedding models' development. This paper first points out the problems using semantic similarity as the gold standard for word and sentence embedding evaluations. Further, we propose a new intrinsic evaluation method called EvalRank, which shows a much stronger correlation with downstream tasks. Extensive experiments are conducted based on 60+ models and popular datasets to certify our judgments. Finally, the practical evaluation toolkit is released for future benchmarking purposes.
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Semantic Compression for Word and Sentence Embeddings using Discrete Wavelet Transform
Keeping only the low-frequency DWT coefficients of word and sentence embeddings preserves most of their semantic quality at 50 to 93 percent fewer dimensions.