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Robotics

Gizmag's Mike Hanlon trying out the ARM-1

Osaka-based Kubota Corporation has built a robust brand for its agricultural machinery over the last three decades, and hence it was no surprise to see the company showing an unpowered exoskeleton at the International Robotics Exhibition.  Read More

Asahi's new robotic draft beer dispenser

Japan's Asahi brewery looks set to steal a march on its competition by developing a robotic draft beer pouring machine for high-volume bars. Connecting to the keg, the machine pours six perfect beers, taking around 12 seconds per glass with zero wastage. The machine was shown for the first time at the International Robotics Expo in Tokyo yesterday, and is expected to be available within two years.  Read More

Cyberdyne's new industrial cleaning robot

Better known for producing the advanced exoskeletons, Japan's Cyberdyne is expanding its portfolio with a new industrial cleaning robot for large factories and warehouses. The latest model employs a Sony Playstation controller which is used to direct the cleaner around its designated cleaning areas, then it remembers its areas of responsibility and can do the job on its own from that point.  Read More

Now this is how it's done – Cornell's Baxter robot, handling a knife safely

If you were buying a kitchen knife in a supermarket, you wouldn't expect the cashier to swing it dangerously close to you as they were ringing it up. If that cashier were a robot, though, it wouldn't know any better – unless it had been taught otherwise. That's just what engineers at Cornell University have done, using a unique new technique.  Read More

The AgriRover on patrol in a paddock

We tend to think of livestock farmers as "one man and his dog," but if AgResearch of New Zealand has anything to say, that pair may have to move over to include a robot. A team led by Dr. Andrew Manderson is developing AgriRover, an agricultural robot inspired by NASA’s Mars rovers. It’s a proof-of-concept prototype designed to show how robots can make life easier and more productive for livestock farmers.  Read More

The Ishikawa Oku Lab's robot hand sticks out two fingers (scissors), beating the human (pa...

Remember that high speed robot from last year, that could beat humans at rock, paper, scissors? Since then, researchers at the University of Tokyo's Ishikawa Oku Lab have continued to work on it. The result? Well, they couldn't really improve its accuracy beyond 100 percent, so instead they made it faster.  Read More

AMBER 2 is a robotic simulation of bipedal locomotion that closely mirrors a human gait

Bipedal robots have proved a challenging frontier for roboticists, with styles ranging from clunkers to lurchers to those seemingly falling over drunk. However, the AMBER lab at Texas A&M University has created universal mathematical functions of walking derived from human data and optimized for robotic systems. Their own proof of concept robots have strikingly human gaits and react appropriately to disturbances. Furthermore, the system has the potential to be applied to other bipedal robots to similarly upgrade their stride.  Read More

DFKI-Bremen's iStruct uses its active spine and multi-contact feet to transition from all ...

Back in June the world got its first glimpse of the iStruct, a robot ape developed at the German Research Center for Artificial Intelligence (DFKI) and the University of Bremen. We predicted that in addition to the stability afforded by walking on all fours, the robot ape could feasibly stand up to free its hands for other kinds of work. Now the team has published a video that shows how their robot accomplishes this maneuver with the help of its flexible spine and sensitive feet.  Read More

Play-i's robots teach kids the basics of programming while they have fun

With just a few taps on a tablet screen, children as young as 5 are programming a pair of robots called Bo and Yana using a simple GUI. Looking a bit like the cute one-eyed monsters from a Pixar film, the bots are the flagship products of a start-up called Play-i, founded by a team with experience at Amazon and Apple. In just two days, the company has nearly reached its crowdfunding goal of US$250,000, with plans to send out the first batch in the northern summer of 2014.  Read More

The Gimball bounces off, rather than avoids obstacles

The Japanese Ministry of Defense got the ball rolling, as it were, in 2011 when it unveiled its spherical air vehicle, which was followed by the Kyosho Space Ball and Puzzlebox Orbit in 2012. Now researchers at Ecole Polytechnique Fédérale de Lausanne (EPFL) in Switzerland have got in on the act with Gimball, a flying robot that takes crashing into obstacles in its stride.  Read More

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