I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber well, it was until C99 anyway...

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@ansuz @cwebber @joeyh the reproducibility will also get pulled out as the model you used gets sunset. Unless all you check in is a series of prompts and a bunch of tests and simply assume future models will do a better job.
It could even be a problem where future generations want a "vintage AI" look for whatever reason and unlike so many past generations of tech, they simply won't be able to because it was a cloud service and the company is long gone.
@thomasjwebb @cwebber @joeyh
Local models like llama could be reworked to accept a seed for their RNG. There'd be less risk of them becoming unavailable, and they'd be both deterministic and reproducible, but they'd still be terrible for all the other reasons that LLMs are terrible .
"Sovereign" and reproducible slop is still just slop
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber I think we can compromise and call them really shitty compilers.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
I was thinking LLMs are like ouiji boards or tarot readings.
Semi random noise where meaning is imposed by the participating humans.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber gamified transpilers at best
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@mntmn @cwebber I think the single interesting thing LLMs have revealed is that there is a substantial market segment who has an active desire for natural language interfaces to the computer and who will flip from "do not engage to the computer" to "engage with the computer" if a natural language interface became available.
I do not personally want a natural language interface to the computer. I also do not believe the thing LLM vendors have built is a natural language interface to the computer
@mcc @mntmn @cwebber Do you remember AskJeeves? A friend of mine worked for them, and told me that their whole thing had been natural language Web searches, but after a few years, their internal research showed that almost all their users were doing searches for literal text, or literal text connected with Boolean operators, just the way they used the other search engines. It wasn't that "natural language search" didn't work, it's that no one wanted to use it.
When I was looking up how to disable Google Assistant on my phone, a few of the articles I read opened with some claim that it was the primary reason to use an Android phone to begin with. But outside TV shows, I've rarely heard anyone trying to use it.
Corporations were trying to market GUI desktops for the Commodore 64.
I'm suspicious that there's really that much demand for natural language interfaces and skeumorphism. We've been using tools for two million years that usually don't much resemble the human body.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber "LLMs are compilers for prompts" says a lot more about someone's ignorance about compilers than about their knowledge of LLMs.
It's so stupid, it's almost wearing coconut shells on your ears and yelling into a stick and hoping that pallets of food start falling from the sky.
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@thomasjwebb @cwebber @joeyh
Local models like llama could be reworked to accept a seed for their RNG. There'd be less risk of them becoming unavailable, and they'd be both deterministic and reproducible, but they'd still be terrible for all the other reasons that LLMs are terrible .
"Sovereign" and reproducible slop is still just slop
@ansuz @cwebber @joeyh I do want to play around with llama but that goes so against my instincts of always trying to make development put less strain on my computer (like I really hated how it feels vscode really bloated up). And while yeah, having the model and source code is certainly an improvement, my experience with getting AI/GPU stuff from the past up and running again is... not fun. Having to resurrect a 10 year old version of a model would definitely suck.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
LLM maybe may be "dissembler".
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber the methods used to prepare the data are similar (preprocessing, encoding, tokenization). If you turned the temperature on an LLM to 0 then it can be used to deterministically output the word with the highest probability at every step. People aren’t talking about that in this case, though.
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@cwebber the methods used to prepare the data are similar (preprocessing, encoding, tokenization). If you turned the temperature on an LLM to 0 then it can be used to deterministically output the word with the highest probability at every step. People aren’t talking about that in this case, though.
@cwebber even if it was set to be deterministic, it still wouldn’t reliably produce correct output.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber I've seen this basic message about non-determinism at least 3 times in the past week. I'm glad to see it more. It's an important point.
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I keep seeing lots of people saying "LLMs are like compilers/assemblers for prompts"
Noooooooooo
NooooooooooooooooooooooooooooLLMs are not compilers, and they're not assemblers. Determinism is a key aspect to assemblers and compilers.
And they *certainly* can't be part of a reproducible pipeline
@cwebber hah, had similar reaction to exactly that misguided point a few weeks ago https://mastodon.social/@patrick_h_lauke/116023804209257572
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