3 ms·
Putting aside the idea that "analog" doesn't have overflow. (Any physical implementation of that analog signal would have limits in the real world. If nothing
by krisoft 4y ago
Putting aside the idea that "analog" doesn't have overflow. (Any physical implementation of that analog signal would have limits in the real world. If nothing else, then how much current or voltage your PSU can supply, or how much current can go through your wire.)
But that is not even the real issue. The real issue that it is not analog, it is just "analog" with quotes. The neural network is executed by a digital computer, on digital hardware. So that "analog" is just the underlying float type of the of the CPU or GPU executing the network. That is still very much digital. Just on a different abstraction level.
- allisdust 4y agoAre there any true analog adder circuits? If so are they also less error prone like digital.
- krisoft 4y ago> Are there any true analog adder circuits? Sure. Here is a semantics with an op-amp: https://www.tutorialspoint.com/linear_integrated_circuits_applications/linear_integrated_circuits_applications_arithmetic_circuits.htm#:~:text=An%20op%2Damp%20based%20adder,output%20is%20an%20amplified%20one https://www.tutorialspoint.com/linear_integrated_circuits_ap...