I find it kind of hard to relate to for that reason — how do I know (besides asking my prof., whose PhD advisor was Hinton, or doing my Googling) what ideas ended up "sticking"? What areas of future research went nowhere vs spawned whole new subfields?
Is there a more modern textbook of the sort I could cross-reference?
edit: here's a link to the course website: http://www.cnbc.cmu.edu/~plaut/IntroPDP/
There's also a lot of resurrection that goes on with weird ideas: FastFood cites a paper that cites a paper that cites Lecun's brain damage paper, for example
The simulator: http://grey.colorado.edu/emergent The textbook: https://grey.colorado.edu/CompCogNeuro
That's what I gathered from a brief look at things, which is why I find it very interesting - both from a historical context, as well as the idea that maybe there are some nuggets of (possibly overlooked?) wisdom hidden within, that might be useful in today's world.
Then again, I am but an interested (and very amateur) hobbyist in this whole ML space, and not likely to come up with any breakthroughs - but you never know I suppose!
Smolensky's hamonium (rbm)
the LeNet papers
Rumelhart's BPTT
Werbos's thesis
Jaeger's ESN nature paper
Forget gate paper, whose author I forget (ironically)