motor skills
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M3 robots used to research human development, melt hearts (video)
Let's face it: anything that a human can do a robot can do better. Whether it's teaching our youngsters, giving physical therapy to our oldsters, or reading bedtime stories, robots are coming out on top. Researchers at Osaka University have developed two new devices recently called M3-neony and M3-synchy ("M3″ stands for "man-made man," while "neony" refers to the word neonate, and "synchy" to synchronized communication). The former is essentially a baby simulator that will be used to test machine learning software designed to shed some light on fine motor skill development. It is equipped with a pair of CMOS cameras for sight and microphones for hearing, gyro and accelerometer sensors, and tactile sensors. And it can crawl! The latter robot was developed to study communication through use with object recognition, speech recognition, and speech synthesis software. On the hardware end, this guy sports a head-mounted CCD camera, two microphones, a speaker, and fifteen LEDs (for making the robot blush). Needless to say, these are both very adorable -- so much so, in fact, that we might not even notice if they weaponize themselves. Let's just say the future just got a little cuter. And a little deadlier. Video after the break.
Artificial cerebellum could improve robot motor skills
Sure, modern robots can clean up after you, keep watch on the kids, and chase away unwanted intruders, but there's no denying that an unexpected gust or stray stack of Lego blocks can bring even the most sophisticated humanoid to its knees. To cure such clumsiness, researchers at the University of Granada are reportedly working with electronic engineers, physicists, and neuroscientists from a range of universities including Edinburgh, Israel and Paris as a part of the Sensopac project which aims at "reproducing an artificial cerebellum." The application of the cerebellum would allow androids to purportedly "carry out similar tasks as mammals and might help to treat cognitive diseases such as Parkinson's or Alzheimer's." Apparently, the team is hoping to create an implantable device to "make movements and interaction with humans more natural" within two years, and while it's probably obvious, one of its primary uses would be in home-help robots who need to be agile whilst aiding the elderly.[Via BBC, image courtesy of Sensopac]
