Isn't the fundamental problem that LLM's don't actually understand anything (as greater concepts), but rather operate as complex probability machines? My 2 month active experience with ChatGPT-4 gave me the following takeaways: - when it's right, it's amazing; and when you, the operator, can recognize the niche use case where it performs really well, it can be a game-changer (although you could have programmed a tool…
Many in the AI field think the bigger-is-better approach is running out of road
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Re: Many in the AI field think the bigger-is-better approach is running out of road
#112Isn't the fundamental problem that LLM's don't actually understand anything (as greater concepts), but rather operate as complex probability machines? My 2 month active experience with ChatGPT-4 gave me the following takeaways: - when it's right, it's amazing; and when you, the operator, can recognize the niche use case where it performs really well, it can be a game-changer (although you could have programmed a tool…
> don't actually understand anything (as greater concepts), but rather operate as complex probability machines? But, things are defined by how they interact with the world around them. A concept is its relations to other concepts. Which does seem to be the general sort of thing that these models are trying to get at, even if they don't seem to do a great job of it.
Thus the sharp drop off where it can for example guess the correct answer to some math problems yet get others that are conceptually identical completely wrong.
Re: Many in the AI field think the bigger-is-better approach is running out of road
#113Re: Many in the AI field think the bigger-is-better approach is running out of road
#114Isn't the fundamental problem that LLM's don't actually understand anything (as greater concepts), but rather operate as complex probability machines? My 2 month active experience with ChatGPT-4 gave me the following takeaways: - when it's right, it's amazing; and when you, the operator, can recognize the niche use case where it performs really well, it can be a game-changer (although you could have programmed a tool…
I’m not convinced the language part of my brain isn’t just a complex probability machine, just with different trade-offs.
Re: Many in the AI field think the bigger-is-better approach is running out of road
#115Re: Many in the AI field think the bigger-is-better approach is running out of road
#116Isn't the fundamental problem that LLM's don't actually understand anything (as greater concepts), but rather operate as complex probability machines? My 2 month active experience with ChatGPT-4 gave me the following takeaways: - when it's right, it's amazing; and when you, the operator, can recognize the niche use case where it performs really well, it can be a game-changer (although you could have programmed a tool…
> don't actually understand anything (as greater concepts), but rather operate as complex probability machines? But, things are defined by how they interact with the world around them. A concept is its relations to other concepts. Which does seem to be the general sort of thing that these models are trying to get at, even if they don't seem to do a great job of it.
No, that's an a priori concept. A posteriori concepts comprise empirical knowledge which necessitates experience of the world [1].
Example: you can know a priori that "all bachelors are unmarried." If I tell you "Tom is a bachelor" then you know that Tom is unmarried (assuming I tell the truth about Tom being a bachelor).
But if I say "all bachelors are unhappy" then you haven't learned anything because knowledge about the happiness/unhappiness of bachelors is an empirical question. To know whether or not I was telling the truth, you would need to conduct research about the real world, for example by conducting a survey of bachelors.
Re: Many in the AI field think the bigger-is-better approach is running out of road
#117Earlier quoted context omitted.
I’m not convinced the language part of my brain isn’t just a complex probability machine, just with different trade-offs.
There's no evidence for nondeterminism in the human brain
Re: Many in the AI field think the bigger-is-better approach is running out of road
#118Earlier quoted context omitted.
It seems consistent with the behavior we see when using GPT4 in chat mode. Every once in a while it will change its answer as it’s generating it, as though it’s switched which model it favors to produce the response. GPT3.5 doesn’t do that.
MoE models don't work like that though
I agree with you that whole-output MoE models don’t.
Re: Many in the AI field think the bigger-is-better approach is running out of road
#119Isn't the fundamental problem that LLM's don't actually understand anything (as greater concepts), but rather operate as complex probability machines? My 2 month active experience with ChatGPT-4 gave me the following takeaways: - when it's right, it's amazing; and when you, the operator, can recognize the niche use case where it performs really well, it can be a game-changer (although you could have programmed a tool…
If we're talking about LLMs as general purpose AI or a tool to replace programmers... mostly a fail so far. LLMs seem like they could eventually be a component of something bigger, but I don't see a line between what they are and general purpose AI.