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For example, I want to compare the performances of neural networks with different number of hidden layers. Instead of defining neural networks in compile-time, can I create neural networks in run-time by just inputting a list of number of hidden layers from a JSON file to a network generator function ?
The text was updated successfully, but these errors were encountered:
Yes, but it's pretty painful as it's pushing pretty hard against the boundaries of dependent types in Haskell.
One of the tests I have in the test suite is generating random networks (of random shapes), and running reverse automatic differentiation through them as well as numerical differentiation to make sure that they give the same answer. It's essentially the same idea as what you're looking for.
For example, I want to compare the performances of neural networks with different number of hidden layers. Instead of defining neural networks in compile-time, can I create neural networks in run-time by just inputting a list of number of hidden layers from a JSON file to a network generator function ?
The text was updated successfully, but these errors were encountered: