Author's reasons: 1.Hype dies down (which is really good! Meaning the chance of burst, is actually lower!) 2.Doesn't scale is false claim. DL methods have scaled MUCH better than any other ML algorithms in recent history (scale SVM is no small task). Scaling for DL methods are much either as comparing to other traditional ML algorithms, where it can be naturally distributed and aggregated. 3. Partially true. But self…
Author here: I'm using deep learning daily so I have a bit of an idea on what I'm talking about. 1) Not my point. Hype is doing very well. But narrative begins to crack, actually indicative of a burst... 2) DL does not scale very well. It does scale better than other ML algorithm because those did not scale at all. If you want to know what scales very well, look at CFD (computational fluid dynamics). DL in nowhere ne…
OpenAI's graph shows new architectures being used with more parameters because people are innovating on architecture and scale at the same time. Arguing that old methods "failed to scale" is like arguing that processor development was a failure because Intel had to develop a 486 instead of making a 386 work with more transistors (or more something).
And what does CFD have to do with anything, except maybe an odd attempt to argue from authority? Can you formalize from CFD a notion of "scaling well" well that anyone else agrees is useful for measuring AI research?