Meta publishes BART research and pretrained models
Meta published the BART denoising sequence-to-sequence model and made code and pretrained weights available through fairseq.
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Meta published the BART denoising sequence-to-sequence model and made code and pretrained weights available through fairseq.
Google researchers introduce GShard automatic sharding and use it to train a multilingual translation MoE with more than 600B total parameters on 2,048 TPU v3 accelerators.
OpenAI launches a private beta for a general-purpose text-in, text-out API running GPT-3 family models, offering controlled access instead of open weights.
OpenAI publishes GPT-3 research showing that a 175B-parameter model can switch tasks from instructions and a few examples in the prompt without updating its weights.
Microsoft introduced the 17-billion-parameter Turing-NLG and offered a private demo to a small group of academic users.
Google Research introduced the 2.6-billion-parameter open-domain conversational model Meena but did not release an external demo or model weights.
OpenAI releases code and model weights for the largest GPT-2 configuration, concluding its nine-month staged-release experiment.
T5 cast a wide range of natural-language-processing tasks into a text-to-text format and released a model family ranging from 60 million to 11 billion parameters.
Facebook AI Research retrains BERT with more data, larger batches, longer training, dynamic masking, and no next-sentence prediction, then releases the paper, weights, and fairseq implementation.
Researchers from Google Brain and Carnegie Mellon University introduce XLNet and release the XLNet-Large checkpoint with TensorFlow code.
OpenAI introduces GPT-2, a family scaling to 1.5B parameters, but initially releases only a smaller model because of misuse concerns.
BERT unified many language-understanding tasks around a bidirectional Transformer encoder, followed by a release of code and pretrained checkpoints.
OpenAI releases a two-stage transfer-learning system: pretrain a Transformer with language modeling, then adapt it to several language-understanding tasks with limited task-specific changes.
The AllenNLP team introduces ELMo, which derives context-dependent word representations from a bidirectional LSTM language model, and releases an implementation and pretrained weights.
The paper introduced an encoder–decoder architecture built entirely on attention, replacing recurrent computation with parallelizable self-attention.