4 ms·
Eh? That is one of the easiest things you can do with parallel/analog/fpga computing. You simply sum (and this does not mean compute summing, it just happens) t
by emilfihlman 7y ago
Eh? That is one of the easiest things you can do with parallel/analog/fpga computing. You simply sum (and this does not mean compute summing, it just happens) the signals that respond in a certain way. It doesn't require much.
- Mirioron 7y agoSure, with computing, but if you didn't have access to such technology?
- emilfihlman 7y agoI mean, just looking at our eyes: it's a field of evenly spaced measurement devices that send a direct signal to out brain. Ie we have a "parallel transmission of pixels". You then just check what colour has the strongest (most) signals. Or do you mean something else? Like how to do that consciously or something and not like, how it's possible?
- jimktrains2 7y agoOur rods and cones are no where near uniformly distributed, even after accounting for the blood vessel running around the retina.
- emilfihlman 7y agoIf so, just add another layer that biases the result based on actual distribution.