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"They found that while the robot can leap to a height of 1.5 metres, such leaps put stresses on the robot's legs that make it more likely to fall over. Leaping to 0.8 metres improved stability but reduced the robot's maximum running speed. Future simulations will determine the precise trade-off between speed and stability."
project m is a very interesting mission, question if it will work/be funded though
background piece on Project M, it is being worked on at least it seems so ...
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The key attribute robots need to possess is the ability to recognize something of interest, such as a rock or crater, something that a human mind would see as a scientific opportunity. At Caltech, Fink and others are working on programs that use images for robots to distinguish colors, textures, shapes and obstacles. Once artificial intelligence has the ability to do this, if the programming is complex enough, the robot can notice something that is out of place, or a region worth investigating (such as a strangely coloured patch of Mars regolith that a Mars robot will decide to dig into).
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is expected to determine whether Mars is or was ever habitable to microbial lif
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whittled down to four. They are regions of Mars known as Mawrth Vallis, Gale crater, Holden crater and Eberswalde crater.
More on these Japanese moon base plans...
Those initial surveyor bots will pave the way for the construction of the unmanned moon base near the lunar south pole, which the robots will construct for themselves.
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Those initial surveyor bots will pave the way for the construction of the unmanned moon base near the lunar south pole, which the robots will construct for themselves.
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Even if Japan falls short of its 2020 deadline, the advances in robotics technology that could fall out of this little project could be as exciting as the moon base itself.
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There is more discussion in the space community on how to alter entire planets to suit humans - a process called "terraforming" - than there is on changing man to suit space.
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making the machines our "avatars" for space exploration
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The testing of the second-generation lunar hopper is being carried out under the supervision of engineers from the nearby Draper Laboratory with an eye toward competing for the Google Lunar X Prize in 2012.
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Although planetary rovers are not new, the hopper concept could add a new dimension to robotic planetary exploration, one that Tuohy said could inspire a new generation of engineers, technologists and scientists.
"slides which were presented by an executive at Toyota during some kind of task force meeting that discusses Japan's direction/strategy in space exploration"
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