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S1: A $6 R1 competitor?

timkellogg.me

221–230 of 430 posts

Re: S1: A $6 R1 competitor?

#221

If an LLM output is like a sculpture, then we have to sculpt it. I never did sculpting, but I do know they first get the clay spinning on a plate. Whatever you want to call this “reasoning” step, ultimately it really is just throwing the model into a game loop. We want to interact with it on each tick (spin the clay), and sculpt every second until it looks right. You will need to loop against an LLM to do just about…

> If an LLM output is like a sculpture, then we have to sculpt it. I never did sculpting, but I do know they first get the clay spinning on a plate.

That’s pottery, not sculpture. Traditionally in sculpture you start from a block of marble or wood, but you can also make sculptures of cast bronze or welded steel (or clay, but you don’t use a spinning plate).

Re: S1: A $6 R1 competitor?

#222
post #133

I found the discussion around inference scaling with the 'Wait' hack so surreal. The fact such an ingeniously simple method can impact performance makes me wonder how many low-hanging fruit we're still missing. So weird to think that improvements on a branch of computer science is boiling down to conjuring the right incantation words, how you even change your mindset to start thinking this way?

There are more than 10 different ways that I know for sure will improve LLMs just like `wait`. It is part if the CoT. I assume most researchers know this. CoT in old as 2019

Re: S1: A $6 R1 competitor?

#223
post #98

Earlier quoted context omitted.

Lol: Where I live (Memphis) both “one” and “two” are considered two syllable words. Seriously. Our kids were taught this in the best public elementary school.

How does that work, one-uh, two-uh?

egzacly

Re: S1: A $6 R1 competitor?

#224
post #151

Earlier quoted context omitted.

Year over year gains in computing continue to slow. I think we keep forgetting that when talking about these things as assets. The thing controlling their value is the supply which is tightly controlled like diamonds.

Honestly, I don't fully understand the reason for this shortage. Isn't it because we insist on only using the latest nodes from a single company for manufacture? I don't understand why we can't use older process nodes to boost overall GPU making capacity. Can't we have tiers of GPU availability? Why is Nvidia not diversifying aggressively to Samsung and Intel no matter the process node. Can someone explain? I've hear…

> Isn't it because we insist on only using the latest nodes from a single company for manufacture?

TSMC was way ahead of anyone else introducing 5nm. There's a long lead time porting a chip to a new process from a different manufacturer.

> I don't understand why we can't use older process nodes to boost overall GPU making capacity.

> Can't we have tiers of GPU availability?

NVidia do this. You can get older GPUs, but more performance is better for performance sensitive applications like training or running LLMs.

Higher performance needs better manufacturing processes.

Re: S1: A $6 R1 competitor?

#225

Earlier quoted context omitted.

This is something I have been suppressing since I don't want to become chicken little. Anyone who isn't terrified by the last 3 months probably doesn't really understand what is happening. I went from accepting I wouldn't see a true AI in my lifetime, to thinking it is possible before I die, to thinking it is possible in in the next decade, to thinking it is probably in the next 3 years to wondering if we might see i…

> The intelligence that will be available to the average technically literate individual will be frightening. That's not the scary part. The scary part is the intelligence at scale that could be available to the average employer . Lots of us like to LARP that we're capitalists, but very few of us are. There's zero ideological or cultural framework in place to prioritize the well being of the general population over t…

I agree with you and I am scared. My problem is: if most people can't work, who is going to pay for the product/services created with IA?

I get a lot of "IA will allow us to create SaaS in a weekend" and "IA will take engineers jobs", which I think they both may be true. But a lot of SaaS surive because engineers pay for them -- if engineer don't exist anymore, a lot of SaaS won't either. If you eat your potential customers, creating quick SaaS doesn't make sense anymore (yeah, there are exceptions, etc., I know).

Re: S1: A $6 R1 competitor?

#226
post #133

I found the discussion around inference scaling with the 'Wait' hack so surreal. The fact such an ingeniously simple method can impact performance makes me wonder how many low-hanging fruit we're still missing. So weird to think that improvements on a branch of computer science is boiling down to conjuring the right incantation words, how you even change your mindset to start thinking this way?

Hm, I am surprised that people who are presumably knowledgeable with how attention works are surprised by this. The more tokens in the output, the more computation the model is able to do overall. Back in September, when I was testing my iOS hands-free voice AI prototype that was powered by 8B LLM, when I wanted it to give really thoughtful answers to philosophical questions, I would instruct it to output several hundred whitespace characters (because they are not read aloud) before the actual answer.

What I am more surprised about is why models actually seem to have to produce "internal thoughts" instead of random tokens. Maybe during training having completely random tokens in thinking section derailed the model's thought process in a same way background noise can derail ours?

Re: S1: A $6 R1 competitor?

#227
post #175
post #133

I found the discussion around inference scaling with the 'Wait' hack so surreal. The fact such an ingeniously simple method can impact performance makes me wonder how many low-hanging fruit we're still missing. So weird to think that improvements on a branch of computer science is boiling down to conjuring the right incantation words, how you even change your mindset to start thinking this way?

I think the fact alone that distillation and quantization are techniques that can produce substantial improvements is a strong sign that we still have no real comprehensive understanding how the models work. If we had, there would be no reason to train a model with more parameters than are strictly necessary to represent the space's semantic structure. But then it should be impossible for distilled models with less p…

For quantization I don't think that's really true. Quantization is just making more efficient use of bits in memory to represent numbers.

Re: S1: A $6 R1 competitor?

#228
post #175
post #133

I found the discussion around inference scaling with the 'Wait' hack so surreal. The fact such an ingeniously simple method can impact performance makes me wonder how many low-hanging fruit we're still missing. So weird to think that improvements on a branch of computer science is boiling down to conjuring the right incantation words, how you even change your mindset to start thinking this way?

I think the fact alone that distillation and quantization are techniques that can produce substantial improvements is a strong sign that we still have no real comprehensive understanding how the models work. If we had, there would be no reason to train a model with more parameters than are strictly necessary to represent the space's semantic structure. But then it should be impossible for distilled models with less p…

We have a partial understanding of why distillation works—it is explained by The Lottery Ticket Hypothesis (https://arxiv.org/abs/1803.03635). But if I am understanding correctly, that doesn't mean you can train a smaller network from scratch. You need a lot of randomness in the initial large network, for some neurons to have "winning" states. Then you can distill those winning subsystems to a smaller network.

Note that similar process happens with human brain, it is called Synaptic pruning (https://en.wikipedia.org/wiki/Synaptic_pruning). Relevant quote from Wikipedia (https://en.wikipedia.org/wiki/Neuron#Connectivity): "It has been estimated that the brain of a three-year-old child has about 10^15 synapses (1 quadrillion). This number declines with age, stabilizing by adulthood. Estimates vary for an adult, ranging from 10^14 to 5x10^14 synapses (100 to 500 trillion)."

Re: S1: A $6 R1 competitor?

#229
post #225

Earlier quoted context omitted.

> The intelligence that will be available to the average technically literate individual will be frightening. That's not the scary part. The scary part is the intelligence at scale that could be available to the average employer . Lots of us like to LARP that we're capitalists, but very few of us are. There's zero ideological or cultural framework in place to prioritize the well being of the general population over t…

I agree with you and I am scared. My problem is: if most people can't work, who is going to pay for the product/services created with IA? I get a lot of "IA will allow us to create SaaS in a weekend" and "IA will take engineers jobs", which I think they both may be true. But a lot of SaaS surive because engineers pay for them -- if engineer don't exist anymore, a lot of SaaS won't either. If you eat your potential cu…

Those people will simply be surplus to requirements. They'll be left alone as long as they don't get in the way of the ruling class, and disposed of if they do. As usual in history.
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