We’re leveraging the Hugging Face datasets library for seamless integration, including defining span labeling
Stay tuned for the release!🧠✨
#MachineLearning #NLP #DataLabeling
We’re leveraging the Hugging Face datasets library for seamless integration, including defining span labeling
Stay tuned for the release!🧠✨
#MachineLearning #NLP #DataLabeling
#jaguar #dtype #jaguardtype #realjaguarcars #racingcar #britishcars #classiccars #carphotography #carspotting #jaguarracing
#jaguar #dtype #jaguardtype #realjaguarcars #racingcar #britishcars #classiccars #carphotography #carspotting #jaguarracing
(Even for pytorch, despite the name.)
(Even for pytorch, despite the name.)
#jaguar #dtype #jaguardtype #realjaguarcars #racingcar #britishcars #classiccars #carphotography #carspotting #jaguarracing
#jaguar #dtype #jaguardtype #realjaguarcars #racingcar #britishcars #classiccars #carphotography #carspotting #jaguarracing
- datetime64
- timedelta64
- fixed-width strings/bytes
- variable-width strings
- object arrays of str/bytes
And the Python wheel is still just 2.5MB!
github.com/kylebarron/a...
- datetime64
- timedelta64
- fixed-width strings/bytes
- variable-width strings
- object arrays of str/bytes
And the Python wheel is still just 2.5MB!
github.com/kylebarron/a...
github.com/pola-rs/pola...
github.com/pola-rs/pola...
noise = torch.randn(VOCAB_SIZE, HIDDEN_DIM, dtype=torch.float32, device=device) * INIT_SIGMA
init = random_vector + noise
model.transformer.wte.weight[:] = init.to(torch.bfloat16)
↑ I think this does it. Maybe. Not sure.
noise = torch.randn(VOCAB_SIZE, HIDDEN_DIM, dtype=torch.float32, device=device) * INIT_SIGMA
init = random_vector + noise
model.transformer.wte.weight[:] = init.to(torch.bfloat16)
↑ I think this does it. Maybe. Not sure.