As the name suggests, we should probably implement Sqrt for #27 to be doable. Newton–Raphson's method is a good place to start, and we could also likely implement this with an LUT coupled with a couple Newton-Raphson rounds.
This paper Also gives a good overview on using a Cartesian Genetic Algorithm to generate circuits that perform well in comparison to common existing methods. We likely won't do something like this, but it provides a good overview of how some of the other more standard methods perform in comparison.
jjm469
commented
11 months ago
As the name suggests, we should probably implement
Sqrtfor #27 to be doable. Newton–Raphson's method is a good place to start, and we could also likely implement this with anLUTcoupled with a couple Newton-Raphson rounds.This paper Also gives a good overview on using a Cartesian Genetic Algorithm to generate circuits that perform well in comparison to common existing methods. We likely won't do something like this, but it provides a good overview of how some of the other more standard methods perform in comparison.