Entropy-guided pre-tokenization, especially a PMI plus left/right entropy combination with lambda equal to 4, raises BPE word-boundary F1 from 49.30 to 58.73 on a 2,255-sentence PKU subset.
UER: An Open-Source Toolkit for Pre-training Models
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Existing works, including ELMO and BERT, have revealed the importance of pre-training for NLP tasks. While there does not exist a single pre-training model that works best in all cases, it is of necessity to develop a framework that is able to deploy various pre-training models efficiently. For this purpose, we propose an assemble-on-demand pre-training toolkit, namely Universal Encoder Representations (UER). UER is loosely coupled, and encapsulated with rich modules. By assembling modules on demand, users can either reproduce a state-of-the-art pre-training model or develop a pre-training model that remains unexplored. With UER, we have built a model zoo, which contains pre-trained models based on different corpora, encoders, and targets (objectives). With proper pre-trained models, we could achieve new state-of-the-art results on a range of downstream datasets.
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Entropy-Driven Pre-Tokenization for Byte-Pair Encoding
Entropy-guided pre-tokenization, especially a PMI plus left/right entropy combination with lambda equal to 4, raises BPE word-boundary F1 from 49.30 to 58.73 on a 2,255-sentence PKU subset.