Submitted by sidney_lumet t3_105syyz in MachineLearning
rduke79 t1_j3dohr9 wrote
In an alternate universe, Numenta's Hierarchical Temporal Memory model has won the race against Deep Learning. Sometimes I wish I lived in that universe.
It's an ML paradigm deeply rooted in neuroscience. Things like HTM School on Youtube are just awesome. I believe that if the ML community had jumped on the HTM wagon at the time (and Transfomers hadn't shown up) and had invested the same amount of effort into it as it has into DL, we would be at a similar point in development but with a better ML framework.
Competitive-Rub-1958 t1_j3etbs5 wrote
I think HTM was doomed to fail from the very start; even Hawkins has distanced himself from it. The problem is that HTM/TBT all are iterations for a better model of the neocortex. But it would definitely take quite a bit of time to really unlock all the secrets of the brain.
I think Numenta quickly realized that the path forward is going to be even longer than they thought (they've been researching ~20 years now IIRC) so they're wanting to quickly cash out - their whole new push towards "integrating DL" with their ideas (spoiler: doesn't work well, check out their latest paper on that) and working on sparsifying LLMs - something which the NeuralMagic folks already lead quite a huge part of the industry by (see the recent paper: LMs can be pruned in one-shot).
That argument of "If we'd put X resources in Y thing, we'd have solved ASI by now!" is quite illogical and applicable to literally every field. In the end, Numenta's work simply did not yield the results that Hawkins et al. were hoping to get. No results is a very tricky grounding to attract the interests of other researchers. If HTM/TBT wants a comeback, it would have to be on the shoulders of some strong emergent abilities in their architectures...
rduke79 t1_j3rdqx1 wrote
I agree. I just enjoyed diving into HTM at the time and learning cool stuff about the brain. It was a nice break from the math/engineering heavy DL concepts.
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