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Sony's humanoid QURO (formerly SDR) robot can dance, react to its environment and get up from
a fall. Amazing small, self-contained robot! Sony's goal? - a personal entertainer.
Links to movies of QURO running, throwing a ball, and dancing! (Windows Media)
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| Running in place | Throwing a ball | Extended run |
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| Sideways run | Fan dance | Run and rotate |
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| Sony Corp.'s small biped entertainment robots perform a synchronized dance at Robodex 2002 (movies below) | Picture of SDR-4x in its Borg-like power alcove at Robodex 2003 |
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| The two pictures above show the dynamic balance of the Sony robot. Despite its small size, it has the same stabilization system as larger humanoid robots. On the left, the Sony robot adjusts to a surfboard-like rotating platform. On the right, a human pushes the Sony robot backward. It responds by adjusting its balance and walking backward. | |
| Links to Movie (QuickTime, Wimdows Media, click on images) | |
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| Additional Movies (click on hyperlinks) | |
| Sony robot dances and gets up after it falls | Introduction |
| Sony Robot Does Tah Chi | Second Movie |
| Video showing other robots, but a shot at the end showing Sony Robot in the famous "God and Adam" hands pose | Third Movie |
| Fourth Movie (singing) | |
| Fifth Movie (dancing) | |
| More Photos | |
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| SDR-4x performs a ribbondance at Robodex 2003 | |
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| A shot of the hand. | A shot of the feet. |
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Older model - Sony SDR-3X - Robodex 2001 |
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| Sony Corporation has developed a small biped walking
robot "SDR" (3X and 4Xprototype). This is part of Sony's
continuing exploration of new possibilities for the entertainment
robot. By synchronizing the movements of 24 joints on its body, the
robot can perform basic movements such as walking and changing
direction, as well as getting up, balancing on one leg, kicking a
ball and dancing.
The "brain" of the SDR uses vision to navigate. In
particular, it builds "occupancy grids" of the visual
environment similar to the systems of Hans Moravec. Photos of the
occupancy grids look like Moravec's work from 7-8 years ago. To realize stable walking movement, the Zero Moment Point (ZMP) where the combined force of both the inertia and body weight meet, must be judged against whether balance is possible on the surface that is being walked upon.The SDR-3X uses two RISC processors for thinking and motion control.Information gathered from a CCD camera, microphone, posture sensors and touch sensors on the bottom of the feet are processed to synchronize movements of the body joints. |
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