Funny how mathematicians always try to sneak their linear algebra and matrix theory into ML. If you didn't know any better, you'd think academicians had invented LLMs and are the experts to be consulted with.
If anything academicians and theoreticians held ML back and forced generations of grad students doing symbolic proofs, like in this example, just because computational techniques were too lowbrow for them.
Are math skills really? Most aspects of deep learning don't require a deep understanding of mathematics to understand. Backprop, convolution, attention, recurrent networks, skip connections, GANs, RL, GNNs, etc. can all be stood with only simple calculus and linear algebra.
I understand that the theoretical motivation for models is often more math-heavy, but I'm skeptical that motivations need always be mathematical in nature.
I think CNNs follow very naturally from the notion of shift/spatial invariance of visual processing. That doesn't require a mathematical understanding.
Every MLE who didnt study Math really likes to downplay its importance. Yeah you dont need measure theoretic probability, but you need a grasp of Lin Alg to structure your computations better. Remember the normalization that we do in attention ? That has a math justification. So I guess yeah academics did have a role in building LLMs.
I mean computer scientists really do like to pretend like they invented the whole field. Whereas in reality the average OS, compilers, networks class has nothing to do with core ML. But of course are also important and these barbs dont get us anywhere.
I think you might've taken my point too strongly. Of course math is very useful, and certain contributions are purely mathematical. I just don't think it is as hard of a requirement for innovation as was claimed.
If anything academicians and theoreticians held ML back and forced generations of grad students doing symbolic proofs, like in this example, just because computational techniques were too lowbrow for them.