Probably, though the artist appeared to draw η (eta) rather than n which could mean they’re using learning rate to compute the bounds of some other value. I’m more curious what y-base log they’re taking and why.
It’s almost like it’s just supposed to look mathy or something.
Yeah, I got a problem with n^{logn}, wtf is that monstrosity??
Apparently that’s quasi polynomial time, which grows faster than polynomial time but not quite as fast as exponential time.
Probably, though the artist appeared to draw η (eta) rather than n which could mean they’re using learning rate to compute the bounds of some other value. I’m more curious what y-base log they’re taking and why.
It’s almost like it’s just supposed to look mathy or something.