Earlier quoted context omitted.
Do we know LLMs are the path to AGI? If they're not, we'll just end up with some neat but eye wateringly expensive LLMs.
AGI will arrive like self driving cars. it’s not that you will wake up one day and we have it. cars gained auto-braking, parallel parking, cruise control assist. and over a long time you get to something like waymo, which still is location dependent. i think AGI will take decades but sooner will be some special cases that are effectively the same
GPT-5 is behind schedule
351–360 of 1001 posts
Re: GPT-5 is behind schedule
#352Counterpoint: o1-Pro is insanely good -- subjectively, it's as far above GPT4 as GPT4 was above 3. It's almost too good. Use it properly for an extended period of time, and one begins to worry about the future of one's children and the utility of their schooling. o3, by all accounts, is better still. Seems to me that things are progressing quickly enough.
I had a 30 min argument with o1-pro where it was convinced it had solved the halting problem. Tried to gaslight me into thinking I just didn’t understand the subtlety of the argument. But it’s susceptible to appeal to authority and when I started quoting snippets of textbooks and mathoverflow it finally relented and claimed there had been a “misunderstanding”. It really does argue like a human though now...
Re: GPT-5 is behind schedule
#353Earlier quoted context omitted.
LLMs are a key piece of understanding that token sequences can trigger actions in the real world. AGI is here. You can trivially spin up a computer using agent to self improve itself to being a competent office worker
Tokens don't need to be text either, you can move to higher level "take_action" semantics where "stream back 1 character to session#117" as every single function call. Training cheap models that can do things in the real world is going to change a huge amount of present capabilities over the next 10 years
Re: GPT-5 is behind schedule
#354One fundamental challenge to me is that if each training run because more and more expensive, the time it takes it to learn what works/doesn't work widens. Half a billion dollars for training a model is already nuts, but if it takes 100 iterations to perfect it, you've cumulatively spent 50 billion dollars... Smaller models may actually be where rapid innovation continues simply because of tighter feedback loops. O3…
I am working at an AI company that is not OpenAI. We have found ways to modularize training so we can test on narrower sets before training is "completely done". That said, I am sure there are plenty of ways others are innovating to solve the long training time problem.
However, we are not comparing cars to horses but computers to a human.
I do want "AI" to work. I am not a luddite. The current efforts that I've tried are not very good. On the surface they offer a lot but very quickly the lustre comes off very quickly.
(1) How often do you find yourself arguing with someone about a "fact"? Your fact may be fiction for someone else.
(2) LLMs cannot reason
A next token guesser does not think. I wish you all the best. Rome was not burned down within a day!
I can sit down with you and discuss ideas about what constitutes truth and cobblers (rubbish/false). I have indicated via parenthesis (brackets in en_GB) another way to describe something and you will probably get that but I doubt that your programme will.
Re: GPT-5 is behind schedule
#355Re: GPT-5 is behind schedule
#356Re: GPT-5 is behind schedule
#357One fundamental challenge to me is that if each training run because more and more expensive, the time it takes it to learn what works/doesn't work widens. Half a billion dollars for training a model is already nuts, but if it takes 100 iterations to perfect it, you've cumulatively spent 50 billion dollars... Smaller models may actually be where rapid innovation continues simply because of tighter feedback loops. O3…
I am working at an AI company that is not OpenAI. We have found ways to modularize training so we can test on narrower sets before training is "completely done". That said, I am sure there are plenty of ways others are innovating to solve the long training time problem.
https://arxiv.org/html/2410.11840v1#:~:text=Scaling%20laws%2....
Re: GPT-5 is behind schedule
#358"OpenAI’s is called GPT-4, the fourth LLM the company has developed since its 2015 founding." - that sentence doesn't fill me with confidence in the quality of the rest of the article, sadly.
The article definitely has issues, but to me what's relevant is where it's published. The smart money and experts without a vested interest have been well aware LLMs are an expensive dead for over a year and have been saying as much (Gary Marcus for instance). That this is starting to enter mainstream consciousness is what's newsworthy.
Re: GPT-5 is behind schedule
#359Earlier quoted context omitted.
AGI is the Sisyphean task of our age. We’ll push this boulder up the mountain because we have to, even if it kills us.
Says who? And more importantly, is this the boulder? All I (and many others here) see is that people engage others to sponsor pushing some boulder, screaming promises which aren’t even that consistent with intermediate results that come out. This particular boulder may be on a wrong mountain, and likely is. It all feels like doubling down on astrology because good telescopes aren’t there yet. I’m pretty sure that whe…
Re: GPT-5 is behind schedule
#360Earlier quoted context omitted.
It is still not economical: in Arc at least 20 usd for task vs ~3 usd for a human (avg mturker) for the same perf.
Not necessarily. And this is the problem with ARC that people seem to forget. - It's just a suite of visual puzzles. It's not like say GSM8K where proficiency in it gives some indication on Math proficiency in general. - It's specifically a suite of puzzles that LLMs have shown particular difficulty in. Basically how much compute it takes to handle a task in this benchmark does not correlate with how much it will tak…
*I don't think that is the case as you can at least make relative conclusions (i.e. o3 vs o1 series, o3-low is 4x to 20x the cost for ~3x the perf). Even if it is pure marketing they expect people to draw conclusions using the perf/cost plot from Arc.
PS: I know there are more benchmarks like SWE-Bench and Frontier Math, but this is the only one showing data about o3-low/high costs without considering the CodeForces plot that includes o3-mini (that one does look interesting, though right now is vaporware) but does not separate between compute scale modes.