The researchers appear to use reservoir computing approaches, which usually aren't terribly costly in terms of cpu cycles.
I'm unsure about real life applications though because one of the quoted papers [0] only uses idealized strange attractors or whatever they're called -- only systems described by math.
I'd be very interested to learn how the methods apply to real-world mechanical chaotic systems.
This isn't my field of expertise at all, maybe someone has some experience with this?
I'm unsure about real life applications though because one of the quoted papers [0] only uses idealized strange attractors or whatever they're called -- only systems described by math.
I'd be very interested to learn how the methods apply to real-world mechanical chaotic systems.
This isn't my field of expertise at all, maybe someone has some experience with this?
[0] https://arxiv.org/pdf/2207.00521.pdf