Tag Archives: neurons
An algorithm could make CPUs a cheap way to train AI
Playing ‘Pokémon’ as a kid may have rewired your brain
Brain region that recognizes faces keeps growing in adulthood
ICYMI: Relax while a robot takes care of your yard work
Watch a worm’s brain light up as it plots its next move
Rats Dream About Their Future Paths
Baseball-playing Robot Has a Real Fake Brain
Researchers at the University of Electro-Communications in Tokyo and the Okinawa Institute of Science and Technology have built a small humanoid robot. Nothing unusual there. Everybody is building robots these days, and one day soon we will all regret it. But this robot plays baseball. Or, at least can hit a ball.
Granted, the ‘bot holds a fan-like bat that even I could hit a ground-rule double with, but this robot is about more than just hitting balls. Like a human, it may miss at first, but with each new pitch it adjusts its swing accordingly – just like how a human learns. That’s because this robot has an artificial brain with 100,000 neurons. This complex “brain” is actually based on an Nvidia graphics processor, along with software developed by the chipmaker.
For now, the scientists have programmed these neurons for this specific task, but this will help them understand how to create a better fake brain in the future. Great. I can’t wait for actual thinking robot ball players who also want to make millions of dollars a year. And then beat us with bats when we don’t.
[via WIRED via Botropolis]
Intel designs neuromorphic chip concept, our android clones are one step closer
Most neurochip projects have been designed around melding the brain and technology in the most literal sense. Intel's Circuit Research Laboratory, however, is betting that we might get along just fine with neuromorphic (brain-like) computers. By using valves that only have to respond to the spin of an electron, as well as memristors that work as very efficient permanent storage, the researchers believe they have a design that operates on the same spikes of energy that our noggins use rather than a non-stop stream. Along with simply using power levels closer to those of our brains, the technique allows for the very subtle, massively parallel computations that our minds manage every day but which are still difficult to reproduce with traditional PCs. There's still a long path to take before we're reproducing Prometheus' David (if we want to), but we've at least started walking in the right direction.
Intel designs neuromorphic chip concept, our android clones are one step closer originally appeared on Engadget on Mon, 18 Jun 2012 16:28:00 EDT. Please see our terms for use of feeds.
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