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nbardy

792 カルマ登録 12 年前
nbardy @ GitHub

Multimodal models

Language models for art

投稿

Shader Benchmark for LLMs

nbardy.github.io
1 ポイント·投稿者 nbardy·9 日前·0 コメント

Show HN: I Made an Open Source Swarm IDE

nbardy.github.io
2 ポイント·投稿者 nbardy·4 か月前·0 コメント

コメント

nbardy
·14 時間前·議論
We’re definitely going to need a lot of Gpu’s
nbardy
·7 日前·議論
[flagged]
nbardy
·14 日前·議論
Weird flex. There is cheaper better and faster models you could of moved to with an hour effort
nbardy
·15 日前·議論
The first bit was interesting and then you flipped right to generic cynicism.

They would be impressed with our technology even if it has downsides. Wisdom is knowing humans and technology and imperfect tools.
nbardy
·19 日前·議論
Signing this sounds like a good way to get fired. Executive in corporations gets to make the decisions. Employment is at will, if you don’t like it you get to leave otherwise you’re not fulfilling your contract
nbardy
·25 日前·議論
No, look a Composoer 2, it stands out starkly on its own in the pareto frontier on low cast and fast models.

Composer 2.5 was a huge leap with minimal compute from xAI.

They can compete with OpenAI and anthropic with xAI scale compute. They have a top notch model team and incredible training data and huge enterprise costumer contracts.
nbardy
·先月·議論
It’s a bit misleading to say nothing special, as they are doing more than just increasing parameter count. Progress has been steady in all the sub components of training from data filtering and weighting to sparse attention, optimizers to up and down the stack various efficiency in training computing.

They’re using more compute, a bigger model and tons of training quality improvements to get more out of an equivalent model.
nbardy
·先月·議論
This does feel like the perfect setup for Claude though.

Much easier to create a vm testing swarm of 100 disitributions with llms
nbardy
·先月·議論
This has been my thought for a long time. I think all that matters from attention is that there is crosswise comparison going on.

You need some amount of parallel compute and some amount of global comparison.

And the rest is basically a ways to parameters and scale.

(This is in theory, in practice you can get a lot of small % stability and efficiency improvements that really compound in algorithmic details of model architecture)
nbardy
·先月·議論
In general this is the way I see open source going.

We won't reuse open source libraries as libraries we import, but as design inspiration for the bespoke tools we make.

It's too cheap to make your own stuff and too expensive to be stuck with someone else primitives.

But grounding AI Coding in existing tools is incredibly powerful.
nbardy
·先月·議論
Confidently yes. OpenAI for sure has been training larger models internally and distilling.

Pre-training scaling laws all support larger models being more cost effeceint to train then smaller models. And distillation is comparably cheap. So you can get the most juice by training the biggest model you can and distilling it.
nbardy
·先月·議論
There is endless returns to frontier intelligence, just because most people can't make use of it doesn't mean someone can't make a ton of money off of it.

Most software engineers will just need cheap tokens.

But things like physics and drug discovery have no foreseeable upper bound.
nbardy
·先月·議論
There is endless returns to frontier intelligence, just because most people can't make use of it doesn't mean someone can't make a ton of money off of it.

Most software engineers will just need cheap tokens.

But things like physics and drug discovery have no forseeable upper bound.
nbardy
·2 か月前·議論
Seems like wrapping async await functions with CSP was a better way to handle this . Clojure already had a nicer pattern for this
nbardy
·3 か月前·議論
People keep saying this and they don't understand how businesses work.

Cursor has 1B in enterprise revenue. It doesn't matter if people can clone their product, those deals don't move slowly
nbardy
·3 か月前·議論
There is step changes that actually merit this though. And a zero day machine IS one of those. It went from 4% zero day success rate to 85% on firefox.

Can you not see the significance of that?
nbardy
·4 か月前·議論
You can estimate on tok/second

The Trillions of parameters claim is about the pretraining.

It’s most efficient in pre training to train the biggest models possible. You get sample efficiency increase for each parameter increase.

However those models end up very sparse and incredibly distillable.

And it’s way too expensive and slow to serve models that size so they are distilled down a lot.
nbardy
·4 か月前·議論
How much of your RAM does that use including kv cache. Is there enough left to run real dev workloads AND the llm?

Also can you run batchwise effectively like vllm on cuda?

Enough to run multiple agents at the same time with throughput?
nbardy
·4 か月前·議論
Why does apple want to make this hardware hard to access?

What actual benefits do they get?

I guess they can have their own models run faster than the competition on their hardware? But they don't even really have anything that consumers use on the ANE as far as I can tell and local LLMs are taking off on macs and could really benefit from this
nbardy
·5 か月前·議論
They are far behind. Go check re-swe bench to see the overfitting measured

Or just try to use them. They don’t generalize as well.

They are benchmaxxed.