Toyota Reveals A Humanoid Robot That Can Run
Peter writes "Toyota researchers have unveiled a new humanoid robot that can run at 7 km/h, which is faster than Honda's humanoid robot ASIMO. Toyota's robot can also keep itself balanced when pushed, as shown in the video."
i, for one, welcome our robot ninja overlords. But seriously, robots are evolving quick in dextety these days
I'm pretty sure it is a run. Notice around 0:53 in the video both feet are off the ground. You can tell because they are both moving forward at the same.
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Depends on if you're investing for dollars or inventions, I suppose. I think Toyota has a good research program, and there's a good chance that long-term more exciting things will come out of it. But it's a totally different question whether this will result in Toyota stock being worth significantly more. They could totally implode in the medium-term if their actual business (selling cars) does badly, for example. Or they could fail to figure out how to commercialize the technology, Xerox PARC style. Etc.
10 PRINT CHR$(205.5+RND(1)); : GOTO 10
Why are all of these robots configured to work in a squatting position? Is it that much more difficult to make them perform in a fully upright human like stance?
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There's not much of a moment of suspension, but there is some. There's a little more than with Research ASIMO.
Most legged running researchers are trying to maintain some stability criterion, and avoid spending much time in suspension, with all legs off the ground. This may be the wrong approach.
There are two schools of thought in this field. There are the people who start with walking and try to work up to running, and the people who start with hopping and try to work down to running. Most work is from the first school, but BigDog comes from the hopping faction.
Suspension is sometimes a good way to get out of trouble. You get to move all the limbs while in flight and get completely new footholds. Watch some basketball and you'll see this frequently. There's also a half-suspension in quadrupeds, as when you see a horse kick up their hind end to reposition the legs.
The technology in this area can get much, much better. The hardware, in robots, sensors, and computers, is almost good enough. Now we need smarter control algorithms.
Ah yeah, I had forgotten about that angle. It's an interesting viewpoint--- I can't find the link again, but I recall reading a study that found that the idea of robots taking care of old people was viewed as a dystopian possibility in the U.S., but a utopian one in Japan.
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I showed the video to my seven year old son and he immediately identified the movement as a run.
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