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naperlou
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Re: Cognitive Robots
naperlou   3/31/2013 9:32:14 PM
williamweaver, that is an interesting point about teaching physics.  When I was studying physics one thing that really struck me and my classmates was that, if you weren't well prepared for the test, if you knew the basic laws, you could derive anything.  Of course, in a test you only have so much time, so it pays to study.

Ann R. Thryft
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Re: Cognitive Robots
Ann R. Thryft   3/19/2013 1:32:13 PM
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Thanks for the answers--now it makes more sense. I'll be interested to see your report on the subject.

naperlou
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Re: Cognitive Robots
naperlou   3/19/2013 10:07:00 AM
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Ann, one can never be sure, but MCUs are increasing in power as well.  The latest trend is to combine MCUs with technologies like FPGAs.  This increases their power tremendously by combining the logic processing capability of the MCU with the signal processing capability of the FPGA.  The MCUs themselves often have some level of signal processing capability built in as with the ARM M3/4 line.  Look for a blog on this topic from me soon.

Ann R. Thryft
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Re: Cognitive Robots
Ann R. Thryft   3/18/2013 4:03:57 PM
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Thanks for the link, Lou. It's fun to learn more about control systems for the robots I've written about: the tuna, worms and bugs you mention. But robots are getting really sophisticated, and I wonder how long MCUs will be able to keep up.

williamlweaver
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Re: Cognitive Robots
williamlweaver   3/18/2013 12:50:08 PM
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Chuck, I share your amazement in our cognitive abilities. We have seen so many examples of our technology extending our ability to create even more advanced technology and that reinforces my optimism. Thomas Edison famously did not select Tungsten as the filament material for his light bulb because we did not have the material processing technology needed to turn this extremely hard refractory metal into a thin filament. The Human Genome project was projected to take 15 years to complete, but due to innovation along the way provided a rough draft in 10 years (exponential yet again).

When I teach physics, we need to review the basics of time, position, motion, force, work, and energy, but it short order are able to have productive discussions of the Large Hadron Collider and the search for the Higgs Boson. Things are definitely arriving at a rapid pace, but thankfully, our mental models are improving right along with them.  =]

naperlou
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Re: Cognitive Robots
naperlou   3/18/2013 8:45:38 AM
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Chuck, you have a good point there, but just think about what people were thinking about a century ago. 

TJ McDermott
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Re: Analogy Gone Awry
TJ McDermott   3/17/2013 2:47:53 PM
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williamweaver, I know you're being facetious, but I'm not sure about Kontrols.

Charles Murray
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Re: Cognitive Robots
Charles Murray   3/15/2013 6:00:49 PM
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Yes, indeed, I believe we are at a nearly-vertical part of the exponential curve right now, Bill. It's frightening to think of what that will mean for the next century. I don't think we have the cognitive abilities to even imagine that.

williamlweaver
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Platinum
Re: Analogy Gone Awry
williamlweaver   3/15/2013 3:01:26 PM
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Sorry Kontrols. I meant no offense. I didn't know there were still people around that worked with linear time...

I of course should have said "e^(k5000) years of evolution"  =]

Kontrols
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Iron
Analogy Gone Awry
Kontrols   3/15/2013 2:05:01 PM
Interesting article. However, I don't like the analogy, since there were no millions of years of evolution.

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