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Large Enough

mistral.ai

291–300 of 512 posts

Re: Large Enough

#291
post #39

Earlier quoted context omitted.

All 3 models you ranked cannot get "how many r's are in strawberry?" correct. They all claim 2 r's unless you press them. With all the training data I'm surprised none of them fixed this yet.

When using a prompt that involves thinking first, all three get it correct. "Count how many rs are in the word strawberry. First, list each letter and indicate whether it's an r and tally as you go, and then give a count at the end." Llama 405b: correct Mistral Large 2: correct Claude 3.5 Sonnet: correct

Appending "Think step-by-step" is enough to fix it for both Sonnet and LLama 3.1 70B.

For example, the latter model answered with:

To count the number of Rs in the word "strawberry", I'll break it down step by step:

Start with the individual letters: S-T-R-A-W-B-E-R-R-Y Identify the letters that are "R": R (first one), R (second one), and R (third one) Count the total number of Rs: 1 + 1 + 1 = 3

There are 3 Rs in the word "strawberry".

Re: Large Enough

#292
post #248

Earlier quoted context omitted.

It doesn’t test “on tokenization” though. What happens when an answer is generated is few abstraction levels deeper than tokens. A “thinking” “slice” of an llm is completely unaware of tokens as an immediate part of its reasoning. The question just shows lack of systemic knowledge about strawberry as a word (which isn’t surprising, tbh).

It is. Strawberry is one token in many tokenziers. The model doesn't have a concept that there are letters there.

This is pretty much equivalent to the statement "multicharacter tokens are a dead end for understanding text". Which I agree with.

Re: Large Enough

#293
post #289

Earlier quoted context omitted.

All 3 models you ranked cannot get "how many r's are in strawberry?" correct. They all claim 2 r's unless you press them. With all the training data I'm surprised none of them fixed this yet.

Does anyone have input on the feasibility of running an LLM locally and providing an interface to some language runtime and storage space, possibly via a virtual machine or container? No idea if there's any sense to this, but an LLM could be instructed to formulate and continually test mathematical assumptions by writing / running code and fine-tuning accordingly.

FWIW this (approximately) is what everybody (approximately) is trying to do.

Re: Large Enough

#294

Earlier quoted context omitted.

I would counterargue with "that's the model's problem, not mine". Here's a thought experiment: if I gave you 5 boxes and told you "how many balls are there in all of this boxes?" and you answered "I don't know because they are inside boxes", that's a fail. A truly intelligent individual would open them and look inside. A truly intelligent model would (say) retokenize the word into its individual letters (which I'm op…

Of course they lack building blocks for full intelligence. They are good at certain tasks, and counting letters is emphatically not one of them. They should be tested and compared on the kind of tasks they're fit for, and so the kind of tasks they will be used in solving, not tasks for which they would be misemployed to begin with.

Its not like an LLM is released with a hit list of "these are the tasks I really suck at." Right now users have to figure it out on the fly or have a deep understanding of how tokenizers work.

That doesn't even take into account what OpenAI has typically done to intercept queries and cover the shortcomings of LLMs. It would be useful if each model did indeed come out with a chart covering what it cannot do and what it has been tailored to do above and beyond the average LLM.

Re: Large Enough

#296

Earlier quoted context omitted.

Of course they lack building blocks for full intelligence. They are good at certain tasks, and counting letters is emphatically not one of them. They should be tested and compared on the kind of tasks they're fit for, and so the kind of tasks they will be used in solving, not tasks for which they would be misemployed to begin with.

I agree with you, but that's not what the post claims. From the article: "A significant effort was also devoted to enhancing the model’s reasoning capabilities. (...) the new Mistral Large 2 is trained to acknowledge when it cannot find solutions or does not have sufficient information to provide a confident answer." Words like "reasoning capabilities" and "acknowledge when it does not have enough information" have m…

You're right, I missed that claim.

Re: Large Enough

#297
I kind of wonder why a lot of these places don't give "amateur" sized models anymore at around the 18B & 30B parameter sizes that you can run on a single 3090 or M2 Max at reasonable speeds and RAM requirements? It's all 7B, 70B, 400B sizing nowadays.

Re: Large Enough

#298

Sorry for the slightly off topic question, but can someone enlighten me which Claude model is more capable, Opus or Sonnet 3.5? I am confused because I see people fuzzing about Sonnet 3.5 being the best and yet somehow I seem to read again and again in factual texts and some benchmarks that Claude Opus is the most capable. Is there a simple answer to the question, what do I not understand? Please, thank you.

Sonnet 3.5.

Opus is the largest model, but of the Claude 3 family. Claude 3.5 is the newest family of models, with Sonnet being the middle sized 3.5 model - and also the only available one. Regardless, it's better than Opus (the largest Claude 3 one).

Presumably, a Claude 3.5 Opus will come out at some point, and should be even better - but maybe they've found that increasing the size for this model family just isn't cost effective. Or doesn't improve things that much. I'm unsure if they've said anything about it recently.

Re: Large Enough

#300
post #297

I kind of wonder why a lot of these places don't give "amateur" sized models anymore at around the 18B & 30B parameter sizes that you can run on a single 3090 or M2 Max at reasonable speeds and RAM requirements? It's all 7B, 70B, 400B sizing nowadays.

Just a few days ago, Mistral released a 12B model: https://mistral.ai/news/mistral-nemo/
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