The ears twitch through a range of different positions, which correspond to different brain activity. So when you concentrate, the ears point upwards and when you relax the ears flop down and forwards. Mind control isn't new, but lately advances have been made to make mass market control devices at affordable prices.
Tag Archives | Robotics
The notion of a panhandling robot may sound like pure fiction, but roboticists in South Korea have worked together with MIT Media Lab to create with DONA, a motion-sensing bot built to solicit street donations. DONA's makers are donating the robot's earnings to fund education in the Ivory Coast, so you won't feel suckered dropping some won in its collection cup.
Scientists at Qatar University claim to have developed artificial clouds to provide shade for stadia and training grounds at the 2022 World Cup. The fierce summer heat in the Gulf has led to concerns about conditions for players and fans at the tournament. Temperatures in June and July can reach up to 50 C. Qatar were announced as hosts in December, and Fifa president Sepp Blatter initially said he expected the 2022 competition to be moved to winter. But Blatter has since stated that he feels the tournament will go ahead as planned in the summer months. Qatar plan to air condition their World Cup stadia via solar power, and now scientists have designed the 'clouds', which can be produced at a cost of $500,000 (about £310,000) each.
Discovery News reports on more nightmare-fuel for believers in the robopocalypse:
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A headless metal warrior stomps towards you, shooting. Fortunately, you’ve been training for a marathon and easily jet off to safety down an alleyway. But wait -– now a metal cheeta-bot is after you, racing faster than your puny legs can go. As the space between you and the galloping beast closes, you round a corner, see a door and dive through. It slams behind you. As you freeze, holding your breath, the robotic cat passes by outside with a wake of metallic echoes.
Relieved, you exhale into the dark. A fatal mistake -– outside, another robot has detected your breath and alerted the enemy to your location …
Waking up from this nightmare is a way to save yourself, for now, but in fact all three ‘terror’ bots it featured are based on actual prototypes being developed in California and Boston (though not with directly malicious intentions).
Is this the beginning of machines relying on machines? BBC News reports:
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Robots could soon have an equivalent of the internet and Wikipedia.
European scientists have embarked on a project to let robots share and store what they discover about the world.
Called RoboEarth it will be a place that robots can upload data to when they master a task, and ask for help in carrying out new ones.
Researchers behind it hope it will allow robots to come into service more quickly, armed with a growing library of knowledge about their human masters.
The idea behind RoboEarth is to develop methods that help robots encode, exchange and re-use knowledge, said RoboEarth researcher Dr Markus Waibel from the Swiss Federal Institute of Technology in Zurich.
“Most current robots see the world their own way and there’s very little standardisation going on,” he said. Most researchers using robots typically develop their own way for that machine to build up a corpus of data about the world.
Between the global economic downturn and stubborn unemployment, the last few years have not been kind to the workforce. Now a new menace looms. At just five feet tall and 86 pounds, the HRP-4 may be the office grunt of tomorrow. The humanoid robot, developed by Tokyo-based Kawada Industries and Japan's National Institute of Advanced Industrial Sciences and Technology, is programmed to deliver mail, pour coffee, and recognize its co-workers' faces. On Jan. 28, Kawada will begin selling it to research institutions and universities around the world for about $350,000...
Lost a limb, but dissatisfied with the normal prosthetic options? Recent University of Washington industrial design graduate Kaylene Kau built a functioning prosthetic tentacle. Powered by an internal motor with control buttons, it allows the disabled, or anyone fed up with being “too humanoid,” to live a more serpentine existence.
I always liked the Robot Wars organized by Mark Pauline’s Survival Research Laboratories in the ’80s and ’90s. I wasn’t the only one and eventually they graduated from cool underground happenings to a TV series (yes, I know the creators will claim that SRL was not the inspiration, but I ain’t buying it!). Now the United States military is gearing up for real life robot wars. The New York Times‘ tech expert John Markoff reports from Fort Benning, Georgia:
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War would be a lot safer, the Army says, if only more of it were fought by robots.
And while smart machines are already very much a part of modern warfare, the Army and its contractors are eager to add more. New robots — none of them particularly human-looking — are being designed to handle a broader range of tasks, from picking off snipers to serving as indefatigable night sentries.
The age of robots being used in everyday homes has come a step nearer with the development of a new humanoid. And once they've done the dishes, they can join you in bop round the living room. For the catchily named HRP-4C, dubbed Divabot, which has a realistic face and moveable features, can sing too. And yesterday she showed off her neatest dance steps at an exhibition in Tokyo.
There’s just not something right about this. Duncan Geere writes in Wired UK:
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Researchers at the Georgia Institute of Technology may have made a terrible, terrible mistake: They’ve taught robots how to deceive.
It probably seemed like a good idea at the time. Military robots capable of deception could trick battlefield foes who aren’t expecting their adversaries to be as smart as a real soldier might be, for instance. But when machines rise up against humans and the robot apocalypse arrives, we’re all going to be wishing that Ronald Arkin and Alan Wagner had kept their ideas to themselves.
The pair detailed how they managed it in a paper published in the International Journal of Social Robotics. Two robots — one black and one red — were taught to play hide and seek. The black, hider, robot chose from three different hiding places, and the red, seeker, robot had to find him using clues left by knocked-over colored markers positioned along the paths to the hiding places.