Earlier quoted context omitted.
> Each one of those synapse is a complex, constantly adapting chemical computer which is sensitive to the interaction of dozens of neurotransmitters. Granted. On the other hand, electric signals can propagate across a chip several orders of magnitude faster than the chemical-electrical signals neurons use to communicate. So while our current path won't lead us to an artificial brain that works exactly like the human…
> "we're not building machines that work exactly like the brain does" is a poor counterargument. It's not that artificial intelligence has to work exactly like human intelligence; my point is that the system that produces human intelligence is many orders of magnitude more complex than what passes for AI these days. I think there's an idea out there that because deep learning allows computers to solve some problems t…
You don't need to make a vehicle as complex as a cheetah for it to move as quickly as cheetah. You just strap a rocket to a box and you're there.
Granted a rough solution like that is not as good or as agile as a live cheetah in a lot of ways, but it depends on what you're optimizing for.