1,240 karma · joined November 24, 2008
Also your comment feels like the classic climate denial discourse - say something a bit complicated and a bit difficult to follow that looks at a very small out of context part of the story to cast doubt.
So I refrer to LLMs as language extrusion confabulation machines. Language extrusion was a term I heard the linguist Emily Bender use. Confabulation because my observation is that talking to an LLM is very much similar to my experience of interacting with Korsakov syndrome patients some years ago.
I look forward to the hype settling down to see what we end up with.
Matt would have liked this discussion. And given that his and my mutual friend has some actual legitimate serious expertise on obscenity in the English language even more so.
Another former colleague who is way more talented than I am emailed me privately to express a similar sentiment.
You'll find Matt's indirect influence in things like SQLAlchemy, and chunks of the enduring parts of the javascript ecosystem as well. He was known in the perl community, but his unparalleled thinking skills have a much wider indirect influence
Organic neural networks are pretty energy efficient in comparison- although still decently inefficient compared to other body systems - so there is the capacity to build things out to the scale required, assuming my read on what's going on there is correct, that is. So it's not clear to me that the energy inefficiency of ANNs can be sufficiently resolved to enable these multiple quasi-independent subsystems to be built at the scale required. Not even if these interesting looking trinomial neural nets which are matrix addition based rather than multiplication come to dominate the ANN scene.
While I was thinking this comment through I realised there's a possible interpretation wherin human activity induced climate change is an emergent property of the relative energy inefficiency of neural architecture.
I found this episode of the nature podcast - "How AI works is often a mystery — that's a problem": https://www.nature.com/articles/d41586-023-04154-4 - very useful in a 'thank goodness someone else has done the work of being coherent so I don't have to' way.
I was involved in ANN and equivalent based face recognition (not on the computational side, on the psychophysics side) briefly. Face recognition is one of these bigger more difficult jobs, but still more constrained than the things ANNs are useful for.
As far as I understand none of the face recognition algorithms in use these days are ANN based, but are instead computationally efficient versions of the brute force the maths implementations instead.
My observation is that every wave of neural networks has resulted in a dead end. In my view, this is in large part caused by the (inevitable) brute force mathematical approach used and the fact that this can not map to any kind of mechanistic explanation of what the ANN is doing in a way that can facilitate intuition. Or as put in the article "Current AI systems have no internal structure that relates meaningfully to their functionality". This is the most important thing. Maybe layers of indirection can fix that, but I kind of doubt it.
I am however quite excited about what LLMs can do to make semantic search much easier, and impressed at how much better they've made the tooling around natural language processing. Nonetheless, I feel I can already see the dead end pretty close ahead.