You need a MYCROFT H.O.L.M.E.S. (High-Optional, Logical, Multi-Evaluating Supervisor, Mark IV, Mod. L) connected to a lot of peripheral systems; like a magnetic cargo launcher, atmospheric controls for several Lunar domes, and probably connection to H.K.L. (Hong-Kong Luna) banking systems.
Then you have to listen to it tell bad jokes for a few years. #neurogrid
Yes everyone, the general consensus is that there is a typo in the article. So don't bother mentioning it in the comments. It's kind of irritating to read the same thing 6 or 7 times. #neurogrid
Those first two sentences are terrible and contradictory as currently constructed. Needs a little "with today's computer architecture" or something on the first sentence. #neurogrid
I think it would require more wattage to power up on a Monday morning than any other day due to all of the dain bramage you inflicted on it over the weekend. #neurogrid
Wow, so he asserts himself a liar in the very same sentence in which the lie occurs?
Kwabena Boahen, a computer scientist at Stanford University, believes that it would require 10 megawatts to power a processor as smart as the human brain. His new "Neurogrid" supercomputer might be able to do it on only 20 watts. #neurogrid
So they'll be introducing errors into the system in order to make better computers? I guess ECC RAM will become a thing of the past and they'll start introducing EIC (Error Introducing Code) RAM. #neurogrid
But to be like a real brain wouldn't certain clusters have to have specific jobs instead of just throwing them all together? I mean would certain areas be given certain tasks that they would be prioritized to? I think it could be an interesting study to create a system like that and then remove a piece and watch how it adapts doing tasks it used to use all the sections for. It could prove really important to the development of adaptive AI. #neurogrid
Let's not forget that we have not solved the fundamental problem here: identifying obstacles and targets. In this case all of the obstacles were identified by the pink color (target in blue) and asimo had access to a bird's eye view of the field (would it even work if the camera was mounted on asimo's head?).
It sort of looks like they developed an algorithm for playing Mario Bros. I think robotics is awesome but machine vision still has a ways to go...
Not too many real-life targets will have a blue dot on them :)
@ysirotin: Agreed, but at the rate of technological development, we'll have fully-capable, navigating robots in a decade or less. The time it takes for tech to evolve is almost frightening.
@Cyberization: Yes, processors are becoming faster and memory larger, but segmentation of images and identification of objects are problems not just waiting for better hardware.
They are waiting for new algorithms. Navigating around well marked barriers and arbitrary environments are by far several orders of magnitude different.
So I think it will not be a simple issue of Moore's law, but a breakthrough in computer science or neuroscience that will make this possible... who knows when that will be.
@GitEmSteveDave_HasADDWRTRouter:
I certainly acknowledge the idea of artificial intelligence as "taking over" is legitimate concern; the technology we develop will surely bring us to the point of independent artificial intelligent machinations.
However, since the Cold War, humanity's technophobic sentiments have run rampant. The whole lot of us have read/viewed/heard about robots as the harbingers of death. I think we've immersed ourselves in the negative so much that it has seeped in to our preconceived notions of what a robot is and will do.
Regardless of whether or not you hold a technophobic or technophilic attitude, let's hope developers incorporate programming laws in to their robots--something similar, perhaps, to Asimov's Three Laws of Robotics.
P.S.--Let's hope that sentient A.I. doesn't become an issue. Otherwise, no matter how many programming laws we integrate, we're S.O.L.
I don't understand why they are discussing limitations on research. That just ensures they'll eventually be built by people who don't think ahead. You need limitations on implementation. And that requires research to determine the limits of what is and isn't possible.
I have no doubt that we will eventually be building war robots that are capable of autonomous operation including determining their own targets and killing them. Once the technology has advanced enough, it will just grant too big an advantage to not use it. So the question is, what kind of limitations should be placed on it? What overrides should be available? How can those overrides be made immune to hacking? What kinds of targets should never be fired at?
11/09/09
Then you have to listen to it tell bad jokes for a few years. #neurogrid
11/09/09
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11/09/09
I suddenly now have a new excuse for EVERYTHING! #neurogrid
11/09/09
11/09/09
Kwabena Boahen, a computer scientist at Stanford University, believes that it would require 10 megawatts to power a processor as smart as the human brain. His new "Neurogrid" supercomputer might be able to do it on only 20 watts. #neurogrid
11/09/09
11/09/09
11/09/09
@Erix_Cale: I prefer The Foreigner!
"I'm not from here! I have my own customs! Look at my craaaaaazy passport!" #neurogrid
11/09/09
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08/23/09
It sort of looks like they developed an algorithm for playing Mario Bros. I think robotics is awesome but machine vision still has a ways to go...
Not too many real-life targets will have a blue dot on them :)
08/23/09
08/23/09
They are waiting for new algorithms. Navigating around well marked barriers and arbitrary environments are by far several orders of magnitude different.
So I think it will not be a simple issue of Moore's law, but a breakthrough in computer science or neuroscience that will make this possible... who knows when that will be.
08/23/09
If Isaac Asimov were alive he'd be grinning alongside me.
08/23/09
08/23/09
I certainly acknowledge the idea of artificial intelligence as "taking over" is legitimate concern; the technology we develop will surely bring us to the point of independent artificial intelligent machinations.
However, since the Cold War, humanity's technophobic sentiments have run rampant. The whole lot of us have read/viewed/heard about robots as the harbingers of death. I think we've immersed ourselves in the negative so much that it has seeped in to our preconceived notions of what a robot is and will do.
Regardless of whether or not you hold a technophobic or technophilic attitude, let's hope developers incorporate programming laws in to their robots--something similar, perhaps, to Asimov's Three Laws of Robotics.
P.S.--Let's hope that sentient A.I. doesn't become an issue. Otherwise, no matter how many programming laws we integrate, we're S.O.L.
08/23/09
Pick it up at about 3:28
07/26/09
I have no doubt that we will eventually be building war robots that are capable of autonomous operation including determining their own targets and killing them. Once the technology has advanced enough, it will just grant too big an advantage to not use it. So the question is, what kind of limitations should be placed on it? What overrides should be available? How can those overrides be made immune to hacking? What kinds of targets should never be fired at?
07/26/09
by the headline alone "Scientists Worry Machines May Outsmart Man" it seems more a worry of losing a chess match or the like.
we have the capability to virtually destroy the world if we so desire already, not sure how machines coming into play ads to that scare factor.