Seems the link is down. Found a decent synopsis/discussion on lesswrong. https://www.lesswrong.com/posts/midXmMb2Xg37F2Kgn/new-scalin... > On March 29th, DeepMind published a paper, "Training Compute-Optimal Large Language Models", that shows that essentially everyone -- OpenAI, DeepMind, Microsoft, etc. -- has been training large language models with a deeply suboptimal use of compute. > Following the new scaling la…
70 billion parameters... Is each of those a 4-byte float? So, is that 280 billion bytes of just parameters?
DeepMind’s New Language Model, Chinchilla
41–50 of 145 posts
Re: DeepMind’s New Language Model, Chinchilla
#42Does this imply we will run out of data to keep up with larger model sizes? Is there much more data out there than what they’re already using?
Re: DeepMind’s New Language Model, Chinchilla
#43I have to ask, why call it that? I had a chuckle once I saw the name.
Large language models have a (recent) history of silly names. BERT, BART, ELMO, RoBERTa, BIGBIRD, PaLM, Megatron etc. Might as well go full nonsense.
Re: DeepMind’s New Language Model, Chinchilla
#44Is outperforming GPT-3 still a good reference? It seems there are many models outperforming GPT-3 in the superglue benchmark: https://super.gluebenchmark.com/leaderboard/ GPT-3 is in position #21, with 71.8% score. The best model is at 91.2%. Note the human baseline in #6 with 89.8%
Re: DeepMind’s New Language Model, Chinchilla
#45They trained over 400 language models ranging from 70 million to over 16 billion parameters on 5 to 500 billion tokens while staying under a given compute budget. The results are modelled, and they pick the best one. Turns out the having a bit fewer tokens improves performance.
Re: DeepMind’s New Language Model, Chinchilla
#46Seems the link is down. Found a decent synopsis/discussion on lesswrong. https://www.lesswrong.com/posts/midXmMb2Xg37F2Kgn/new-scalin... > On March 29th, DeepMind published a paper, "Training Compute-Optimal Large Language Models", that shows that essentially everyone -- OpenAI, DeepMind, Microsoft, etc. -- has been training large language models with a deeply suboptimal use of compute. > Following the new scaling la…
According to the LessWrong post, the smaller model trained on more data performs better on most of the tasks, but it’s worse on “college level math” questions. I wonder why that is. Is it because the extra capacity of the larger model was used to basically memorize theorems? Or is it because the extra “brain power” let it model the math better? Oddly, one of the tasks that the smaller most outperformed the larger mod…
Re: DeepMind’s New Language Model, Chinchilla
#47Re: DeepMind’s New Language Model, Chinchilla
#48Earlier quoted context omitted.
70 billion parameters... Is each of those a 4-byte float? So, is that 280 billion bytes of just parameters?
I'm fairly confident each of those is a 2-byte float, but yes that's over 100 GB of parameters.
Re: DeepMind’s New Language Model, Chinchilla
#49Does this imply we will run out of data to keep up with larger model sizes? Is there much more data out there than what they’re already using?
Probably not an issue just yet, think of how much data is generated by Twitter on a daily basis for example.
Re: DeepMind’s New Language Model, Chinchilla
#50Is outperforming GPT-3 still a good reference? It seems there are many models outperforming GPT-3 in the superglue benchmark: https://super.gluebenchmark.com/leaderboard/ GPT-3 is in position #21, with 71.8% score. The best model is at 91.2%. Note the human baseline in #6 with 89.8%
Aren’t most of the models at the top not suitable for text generation? That’s what makes gpt different from Bert