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The key is that step 1 isn't random: it's guided by past experience, and intuition. At the local level it might be random, but from a higher level, the search i
by cweill 5y ago
The key is that step 1 isn't random: it's guided by past experience, and intuition. At the local level it might be random, but from a higher level, the search is guided.
That said, there are incremental papers that tweak some parameters, and then there are others like this one that take a big, risky step back from the rest of the community (I.e using convolutions for computer vision), and make a discovery on the common benchmark.
Speaking my own experience, I think what keeps researchers addicted is the random variable reward we get from seeing our new algorithm's performance on a common benchmark. Even better if the performance near state of the art, but not necessary.
- omegalulw 5y ago> The key is that step 1 isn't random: it's guided by past experience, and intuition That's copium my dude. There is no doubt great insightful work in ML but for the vast majority of publications OP's questions are valid. Most people use ML like a hammer and are instead trying to turn their problems into nails.