BREAKING NEWS: Anthropic's latest model will NOT help you if it thinks your ML research/ML engineering is interesting, and/or will secretly degrade its IQ so that the average engineer won't notice. We are already seeing Anthropic's latest model's moderation filters our GPU inference research and programming 😭
BREAKING NEWS: Anthropic's latest model will NOT help you if it thinks your ML research/ML engineering is interesting, and/or will secretly degrade its IQ so that the average engineer won't notice. We are already seeing Anthropic's latest model's moderation filters our GPU inference research and programming 😭
World's first autonomous delivery of a car!
This Tesla drove itself from Gigafactory Texas to its new owner's home ~30min away — crossing parking lots, highways & the city to reach its new owner
The first fully autonomous delivery of a Tesla Model Y from factory to a customer home across town, including highways, was just completed a day ahead of schedule!!
Congratulations to the @Tesla_AI teams, both software & AI chip design!
@karpathy good point - I think quite a bit of extra memory could still be saved (> 10gb for large batch sizes) by splitting the final layer's activations into K blocks, and then running the lm_head + loss computation separately for each block in a loop. That way, we only need to materialize 1/K of the unnormalized logits tensor. e.g. here is a plot of peak memory usage for the lm_head + loss with vs without blocking (code link: https://t.co/pUcIiBMnnp)
I think it’s natural to believe that if we add more inductive bias, we might be able to build better models. But history has shown that data >> obscure model architectures that do not scale. That being said, given that transformers have MFU of around 50-70%, there’s still a lot of headroom for another architecture to eat Transformers’ lunch
@_jasonwei > [2:00pm] Debug infra issues (why the fck did I pull from master?)
lol. The real issue starts when 100s of engineers have 100s of distinct branches