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If we draw inputs from a normal distribution with 0 and variance 1 then the expected output is 0 with a variance of sqrt(N) where N is the number of input elements
There's a few common tricks to avoid this which we incorporated and I figured would be interesting enough to keep track of
Shift the distribution with a random offset
Instead of sampling floats we could sample integers and the values will vary much more greatly
Can use a mixture of distributions
Low tolerance as we get closer to law of large numbers
But TL;DR the knobs within our control are test distributions and mixtures of them, offset, scale, random seeds, shapes
The text was updated successfully, but these errors were encountered:
If we draw inputs from a normal distribution with 0 and variance 1 then the expected output is 0 with a variance of sqrt(N) where N is the number of input elements
There's a few common tricks to avoid this which we incorporated and I figured would be interesting enough to keep track of
But TL;DR the knobs within our control are test distributions and mixtures of them, offset, scale, random seeds, shapes
The text was updated successfully, but these errors were encountered: