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We have some things to look at that give us clues. So-called 'genetic' programming/evolutionary computing gives us results that were not designed. It seems like
by cincinnatus 14y ago
We have some things to look at that give us clues. So-called 'genetic' programming/evolutionary computing gives us results that were not designed. It seems likely to me that true machine intelligence would recognize the value of iteratively finding optimal solutions rather than trying to design with intent. I have to think it would also be vastly more efficient at re-use, which we recognize as a good idea but in practice aren't very good at. Gene-swapping between organisms in nature is rampant.
A nice example of how 'alien' the results can be is experiments that have been done designing hardware circuits with this type of approach. Results have included designs that were difficult to comprehend at first glance, including features that were not connected to other parts of the circuitry but upon removal caused the rest the the chip to not work correctly. (It was figured out but explanation is beyond the scope of a discussion here).
- catharsis 14y agoI understand it's beyond the discussion here, however, I'd really appreciate a link to that study. It sounds very interesting.
- cincinnatus 14y agoUnfortunately I wasn't able to find it when I was posting, otherwise I would have. It was really cool. Difficult to search for and I can't recall exactly where it was any more. I don't have time to dig right now but you might want to have a look here; http://www.cogs.susx.ac.uk/users/adrianth/ade.html http://www.cogs.susx.ac.uk/users/adrianth/ade.html I know he's had some interesting results. Here's a good write-up I found with a bit more searching; http://www.damninteresting.com/on-the-origin-of-circuits/ http://www.damninteresting.com/on-the-origin-of-circuits/
- QuantumGuy 14y agoThanks for posting that