[johnsmith1840]

It's basically continual learning. This is beyond a hard problem it's currently an impossible one. I know of no system that solve CL even at small scale let alone large models.

Annoyingly, they have SOME inherent capability to do it. It's really easy to get sucked down this path due to that glimmer of hope but the longer you play with it the more annoying it becomes.

SSI seems to be focused on this problem directly so maybe they discover something?

[foobar10000]

So, surprising, that is not completely true - I know of 2 finance HFT trading firms that do CL at scale, and it works - but in a relatively narrow context of predicting profitable actions. It is still very surprising it works, and the compute is impressively large to do it - but it does work. I do have some hope of it translating to the wider energy landscapers we want AI to work over…

[xnxnxkx]

no my nigga, they CLAIM it works

[johnsmith1840]

During covid almost every prediction model like that exploded, everything went out of distribution really fast. In your sense we've been doing "CL" for a decade or more. It can also be cheap if you use smaller models.

But true CL is the ability to learn out of distribution information on the fly.

The only true solution I know to continual learning is to completely retrain the model from scratch with every new example you encounter. That technically is achievable now but it also is effectively useless.

[logicchains]

Schmidhuber solved it at a small scale: https://arxiv.org/abs/2202.05780 .

[snovv_crash]

For neural networks, yeah continuous learning is basically dead.

But for other ML approaches, it works really well. KNN is one example that works particularly well.

[Legend2440]

Ehhh KNN doesn’t have a training phase, so it’s really more that the concept of continual learning doesn’t apply. You have to store your entire dataset and recalculate everything from scratch every time anyway.

[vjerancrnjak]

Bandits?

Spaced repetition algos