Re:LLMs use a surprisingly simple mechanism to retrieve some...
by tkellogg on Thursday March 28, 2024 @02:05PM
(#39855261)
Yeah, I'd argue that transformers created such capital saturation that there's a ton of opportunity for alternative approaches to emerge.
Re:LLMs use a surprisingly simple mechanism to retrieve some...
by dartos on Thursday March 28, 2024 @03:26PM
(#39856277)
Speak of the devil. Jamba just hit the front page.
Re:LLMs use a surprisingly simple mechanism to retrieve some...
by refulgentis on Thursday March 28, 2024 @06:55PM
(#39858416)
It doesn't seem promising, a one man band has been doing a quixotic quest based on intuition and it's gotten ~nowhere, and it's not for lack of interest in alternatives. There's never been a better time to have a different approach - is your metric "times I've seen it on HN with a convincing argument for it being promising?" -- I'm not embarrassed to admit that is/was mine, but alternatively, you're aware of recent breakthroughs I haven't seen.
Re:LLMs use a surprisingly simple mechanism to retrieve some...
by dartos on Saturday March 30, 2024 @09:05AM
(#39874493)
RWKV has shown that you can scale RNNs to large parameter counts.
The fact that one person (initially) was able to do it highlights how much low hanging fruit there is for non transformers.
Also, the fact that a small number of people designed, trained, and published 5 versions of a perfectly serviceable (as in has decent summarizing ability. The biggest LLM use case) model which doesn’t have the time complexity of transformers is a big deal.
Transformers have first mover advantage. They were the first models that scaled to large parameter counts.
That doesn’t mean they’re the best or that they’ve won, just that they were the first to get big (literally and metaphorically)