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Tree Climbing Robot
galactic grub writes "New Scientist's new Tech Blog has an article about a remarkable, if slightly creepy, tree-climbing robot being developed by robotics experts from Carnegie Mellon and several other US Universities. The article comes complete with a video clip of it going up several different surfaces."
while you still can.
It would be nice if submitters would warn people when Flash is required so those of us who don't bother with that nonsense wouldn't waste our time.
I opened up the article, and read the brief blurb -- about 45 seconds.
I clicked on the YouTube link in the article, and saw the little Flashblock icon. I closed the window. Time -- about 5 seconds.
Are you really that upset that you lost less than a minute? Your stress level must be through the roof if you're so busy that you can't lose a minute, less than 5 seconds of which are actually spent identifying the Flash video.
Why exactly do you say that?
Sure Japanese have developed some impressive robots, but I wouldn't call something like the ballroom dancing robot a great feat of technology. Japanese designers seem to go for flashy robots, putting immense effort in creating something that has little practical utility but creates quite a stir. One company developed a humanoid robot and then we see dozens of companies cloning the original concept.
The ones developed in the US and Europe tend to be developed for real world applications. They don't look pretty, but they get the job done, solving a specific challenge in the process.
Not to discredit what the Japanese are doing, as they certainly are innovating too, but there's no reason to put down this work just because it doesn't look like Honda's ASIMO.
They seem to make useless ones, however. An example being a robot that kicks a soccer ball or plays ping pong. Thats great and all, but a robot that can:
1. Disarm a bomb
2. Climb a tree
3. Drive cross country without a driver
4. Recognize the expressions on a human face
all seem to have more real world applications and were developed right here in the US. Real world applications will drive the technology and funding for practical and useful robots IMO.
Any kid knows that getting up is easy, but getting down is much harder. How have they faired on that?
If a nation expects to be ignorant and free, in a state of civilization, it expects what never was and never will be.-TJ
how the hell are they sticking to the surface?
So, the AI lessons in making a robot react CORRECTLY to a ping-pong ball have absolutely no relationship to things like #3? They're solving 'problems' while gaining massive leaps in understanding. Even if their end result isn't immediately useful, the lessons they learn from it are.
My blog. Good stuff (when I remember to update it). Read it.