Johnny Chung Lee makes DIY telepresence bot out of an iRobot Create and a netbook

Most of us don’t have $15,000 to drop on an Anybot, even though having one around would be nice in the event we don’t feel like leaving the house to get some coffee. To help those of us with more humble means, our old friend Johnny Chung Lee (of Wiimote hacking and Kinect dev team fame) has utilized his prodigious DIY talents to create a video chat robot for the relatively paltry sum of $500. Using an iRobot Create ($250), a netbook with Skype ($250), a cable to connect the two, and some control software he wrote himself, Mr. Lee built a digital surrogate on the cheap. Johnny isn’t the first person to so leverage iRobot’s hacking platform, but he added a stand on top of the robot to get the PC closer to human height, attached a fish-eye lens to the webcam for better remote viewing, and even did some re-wiring to allow the netbook to charge via the Create’s base station. The code and how-to instructions are up on his blog, so hit the source link if you’re feeling up to making one yourself. Seems like Johnny Lee’s putting that Google 20 percent time to good use thus far — keep ’em coming. Check the video of this latest creation after the break.

Continue reading Johnny Chung Lee makes DIY telepresence bot out of an iRobot Create and a netbook

Johnny Chung Lee makes DIY telepresence bot out of an iRobot Create and a netbook originally appeared on Engadget on Fri, 11 Feb 2011 23:40:00 EDT. Please see our terms for use of feeds.

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This Robot Connects You with Faraway Places, Picks Up Baked Goods

Anybot - Scone

The Anybot was created as a way to give people who were unable to go outside, like the disabled or incapacitated, the ability to send a robotic representation of themselves that can attend classes, go to the office when they’re stuck in bed, or serve as a way to be present at an event in a far-away place even if they can’t be. If you want one, you’ll have to wait a bit – they’re not in mass production, and one unit would set you back around $15,000 anyway. 
Still, that didn’t stop one owner (reportedly a Google engineer) who’s been using one to test its telepresence capabilities from sending this Anybot on a quick run down to a coffee shop in Red Rock, California – near Google’s Mountain View headquarters – to pick up a scone for him. 
All dressed up in a little bow tie with a satchel tied around the robot’s neck, the Anybot wheeled down to the coffee shop, and with the help of a friend who was there to record the action on his cell phone, surveyed the coffee shop’s baked goods counter, decided on a delicious looking berry scone, and placed his order. The barista was kind enough to drop the scone in the robots satchel, and the bot was off and away, headed back to home base to deliver the treat to the user who was behind the virtual wheel the whole time. 
Hit the jump to see the full video.

Scientists Building Robots an Internet of Their Own [Robots]

At the Swiss Federal Institute of Technology in Zurich, scientists are building RoboEarth, a sort of Wikipedia for robots that will let them independently share instructions for tasks they’ve mastered. Needless to say, Oh shit! More »

NASA Robot Makes Guest Appearance On Pre-Game Show

NASA_GM_Robot.jpg

Super Bowl pre-game shows may not be known for catering to the gadget geeks out there, but this year, Fox has a surprise for you. Their pre-game coverage of the big game will feature a humanoid robot, built in a partnership between NASA and General Motors. Robonaut 2, which is scheduled to be launched into orbit on the Space Shuttle Discovery on Feb. 24, is already known (at least on this blog) for going on a date with MSNBC reporter Stephanie Pappas. was filmed interacting with host Howie Long at a car dealership in Dallas last week. No word on exactly what the robot plans to do on the show (here’s to hoping “announce plans for world domination” isn’t in the cards), but when it reaches space, the machine is designed to be a robotic assistant for astronauts on the International Space Station.
One thing the robot won’t be doing is kicking field goals. The design is only humanoid from the chest up, with arms, fingers and a head but no legs. NASA engineers say that they hope to one day build on Robonaut 2 to allow the machine to move around the ISS and, potentially, outside of it for spacewalks.
If you want to get a little taste of the future with your football, the pregame show starts at 2 p.m. Eastern on Fox.

[via Space.com]

Robo-Rainbow, a Spectrum-Spraying Graffiti Machine

This is the Robo-Rainbow by artist Mudlevel, and its purpose is to brighten your day – whether you like it or not:

There’s not much to explain that can’t be gleaned from watching the hypnotic video, a piece of production as beautiful as the robot itself. Powered by a cordless drill, the torque is transferred to a counterweighted arm which lifts six paint spray-cans in an arc.

What looks like an Arduino circuit-board controls the speed of the arm as it traces an arc across the wall of your choosing, and triggers the servos that spray the paint. Even the spray-can mount is ingenious: six cans around a circular hoop that keeps everything lined up as it makes its circle, and at the same time gives the cans space whilst keeping the nozzles close together.

And best of all, the whole rig packs into a bike trailer.

It’s hard to find anything about this that isn’t awesome. The only problem might come from the cops. After all, you may be able to make a quick getaway on your bike, but with a long boom rattling paint-cans behind you, you’re going to be pretty easy to spot.

Robo-Rainbow [Mudlevel / Vimeo via Adafruit Industries and Hack an Day]

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Keepon Robot Coming to a Toy Store Near You

Keepon, the adorable yellow robot that made waves in viral videos and Spoon concerts a few years back in the United States and Japan may be headed to your local toy store. Keepon was originally designed to be a soft, cushy robot that responded to sound and movement and used in therapy sessions for autistic children. The original robot’s price tag is about $30,000, but the new My Keepon robot that’s destined for store shelves will reportedly set you back $40 when it’s unveiled this Valentine’s Day. 
The My Keepon robot will obviously differ from his high-tech cousin, but he just has to get close enough to the original to woo at least a few of the four million people who have viewed Keepon’s antics on YouTube, including the original video of Keepon dancing to Spoon’s “I  Turn My Camera On” that got him started. I spent a little time with him at CES 2010, and if My Keepon is anything like the original, I’m sold. 
[via BotJunkie]

Lego bot built to test Kno’s tablet textbook, human overlords watch gleefully (video)

Just because the first few tablet textbooks have shipped doesn’t mean that members of Kno’s development team are resting on their laurels. Product testing on the Kno tablet continues — and it looks like Lego is doing the heavy lifting. They’ve put our favorite plastic building blocks to work by constructing a Kno stress tester out of Lego Technic parts. The robot checks both the Kno’s ambient light sensor and the ability of its touchscreen to accurately track the system’s pen swipes and flicks. Though not as intricate as a Lego replica of a 2000+ year old mechanical computer, the robot — with its hypnotic pendulum-like motion — is still a sight to behold. Check the video after the break.

Continue reading Lego bot built to test Kno’s tablet textbook, human overlords watch gleefully (video)

Lego bot built to test Kno’s tablet textbook, human overlords watch gleefully (video) originally appeared on Engadget on Wed, 02 Feb 2011 02:24:00 EDT. Please see our terms for use of feeds.

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Robots Evolve More Natural Ways of Walking

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Evolving Walking Robot


Robots that look like oversized hockey pucks, dune buggies or refrigerators may be practical for cleaning floors, exploring Mars or dispensing beer, but it’s the walking robots that capture our imagination.

The trick is making them use their legs to walk efficiently, not like stiff-legged metal monsters out of a 1950s B movie.

A new computer simulation by a Vermont researcher shows how robots might learn to walk better by starting on their bellies, the same way animals evolved.

For the simulation, Josh Bongard created virtual robots that could change their shapes over time.

The robots started with snakelike bodies. His simulation applied different movement algorithms to the robots’ segmented spines. If the algorithms were successful at moving the robots closer to a target, they’d be used in the next iteration. If not, they’d be thrown away.

In each iteration, successful algorithms would be tested alongside slightly modified versions. After many iterations, the robots had evolved effective movement patterns and were able to slither rapidly towards the goal.

Then Bongard added legs.

As the legs slowly grew, the simulation evolved from slithering to walking. What’s more, it learned how to walk much more quickly than simulations that had legs from the very start.

“You can think of the changing bodies of these robots as training wheels,” says Bongard, who teaches an evolutionary robotics course at University of Vermont, where he is an assistant professor. The slowly-growing legs allowed the algorithms, or “controllers” in robotics parlance, to deal with one problem at a time: first wiggling, then balance.

The result is a much more natural gait, too.

“The walking controllers are a little different than what we’ve seen before,” says Bongard. “The quadruped uses its spine a lot more, to sort of throw its legs forward. That’s much more natural, the way that four-legged animals like dogs walk.”

It’s difficult to make robots change their bodies or grow legs in the physical world, but Bongard built a proof of concept using Lego Mindstorms.

This robot (shown above) has a simple jointed spine and four legs. At first, an added brace keeps the legs splayed out to the sides, like a lizard’s, then gradually pulls them together, eventually allowing the robot to stand up on its legs.

The prototype shows that a similar evolutionary process could be used to develop effective walking gaits in real robots, Bongard says.

Photo credit: Josh Bongard

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German robot hand takes a licking, apparently keeps on ticking (video)

Sadists at the German Aerospace Center’s (DLR) Institute of Robotics and Mechatronics are showing off their latest development in anthropomorphic appendages: a robotic hand that can take a beating from a baseball bat and still give you the middle finger (or a thumbs-up, we suppose). Researchers apparently designed the limb to function like only a human hand can, and it seems they’ve done a decent job: it’s got five independently functioning fingers, sports 19 degrees of freedom (one less than the real deal), and can even snap them phalanges — oh no they didn’t! It’s also got the ability to exert a force of 30 newtons from its fingertips. So what makes it so resilient? The robo-hand has a built-in web of 38 tendons, which allow it to adapt its stiffness under different circumstances: a step away, its creators say, from rigid appendages of the past. There’s a video of the hand taking a beating after the jump, but honestly, we’d prefer to see what happens when the hand fights back.

Continue reading German robot hand takes a licking, apparently keeps on ticking (video)

German robot hand takes a licking, apparently keeps on ticking (video) originally appeared on Engadget on Tue, 25 Jan 2011 19:58:00 EDT. Please see our terms for use of feeds.

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The Word Robot is 90 Years Old Today

WALL-Erobot.jpg

On January 25, 1921, the word “robot” was introduced to the world in Karel Capek’s play “R.U.R.” (Rossum’s Universal Robots). The play premiered in Prague in the Czech language, but it later came to New York in 1922 in English, and the term robot took off. 

Although Capek used the introduced the word in his play, he gives the actual credit to his brother, Josef Capek. The word stems from the Czech word robota meaning forced labor, drudgery, and servitude. In the play, Capek’s robots, which resemble humans and can think for themselves (so, today, they’d probably be called androids?), were created as a means of cheap labor. Eventualy, they rise up, kill all of the humans, and take over the world–that idea also took off: The Terminator, I, Robot, Transformers, etc.

Well, robotics have definitely come a long way since 1921 (and the fear that robots will take over the world has probably increased). We now have the ASIMO, BigDog, the Kawada HRPs, Roomba, and Pleo, and it just wouldn’t be the same if we didn’t call them “robots.”

Happy 90th Birthday, Robot!