Mercury seafaring robot braves through Hurricane Sandy’s wrath

Amidst the wrath of Hurricane Sandy earlier this week, a seafaring robot bravely scoured the waters 100 miles east of New Jersey to monitor and transmit hurricane data. The robot, called Mercury, is actually built by Liquid Robotics, an ocean data service provider and developer of the Wave Glider. Liquid Robotics says that Mercury battled through Hurricane Sandy and successfully piloted through winds up to 70 knots while transmitting weather data in real time. Mercury’s sensors was able to gather a “dramatic” data from the surface of the ocean as Sandy neared landfall, with the barometric pressure of over 54.3 mbars to a low of 946 mbars.

“Mercury now joins the fleet of other Wave Gliders that have come through Category I hurricanes to successfully fulfill their missions,” said Dr. Edward Lu, chief of innovative applications for Liquid Robotics. “This is a testament to our robust and reliable technology and proof of its readiness for severe weather data collection.” The Wave Glider is an unmanned autonomous marine robot that features state-of-the-art with communication systems and computers. You can learn more about it here.

By Ubergizmo. Related articles: Solar-powered Wave Glider robot tracks down sharks, Wave Glider to network world’s oceans,

PhotoBot robotic camera takes pictures on its own

PhotoBot is a tiny robotic camera that is designed and built by Tommy Dykes, a British digital product designer. What makes the PhotoBot unique from the rest is its ability to scan a given area, locate people through its ultrasonic sensor, and automatically take pictures of them while instantly displaying the photos on a tiny screen. The robotic camera concept came to Dykes when he was exploring for other alternative ways of doing photography.

“This automation allows people to enjoy an occasion, such as a party, in the knowledge that the occasion is being documented photographically without the need for them to do it themselves,” he adds. The design of the PhotoBot, according to Dykes, is anthropomorphic or human-like, therefore creating a sense of trust and fun that quickly dispels the sense of surveillance. Earlier versions of the PhotoBot was reportedly condemned by some users as creepy and a tool that can be used for spying. Dykes managed to solve the dilemma by making its lens and display screen more visible to the naked eye.

By Ubergizmo. Related articles: Hidden surveillance camera use given nod by court, Lytro cameras gain manual controls through firmware update,

I, For One, Welcome Our Salad-Making Robot Overlords

pictures

Researchers from the Korean Institute of Science and Technology’s Center for Intelligent Robotics (CIR) have been working on a robot named CIROS to help around the house. Earlier versions were fairly life-like but this third-generation model, able to cut cucumbers and pour salad dressing, is positively Julia-Child-like.

He has a Kinect head and can identify common household objects and appliances. Homeboy can also load the dishwasher and pour juice, and the researchers plan to teach CIROS to cook entire meals and then clean up afterwards. Why? As populations begin to age around the world, small, portable robots like CIROS will come in handy to help grandma and grandpa hang out around the house. It doesn’t look like this boy can run up and down the stairs with a glass of wine and some dentures in its hand, but maybe that comes in generation four.

via Gizmag


Robot Plays Ping Pong, Learns, Wipes the Floor with You

This isn’t the only robot that can kick your butt at ping pong. But unlike other ping pong playing ‘botsot, this one wasn’t programmed with its abilities. It has learned through experience. Robotics experts at the Technical University of Darmstadt in Germany created this robot arm that learns to adapt its game as it plays.

ping pong robot

Much like the Borg, it assimilates knowledge and adapts. But there is no cube ship or sexy Seven of Nine model. This is just an arm. The team attached the robot arm to the ceiling and attached a camera to watch and analyze the game. They taught the arm to play ping pong by feeding it more and more difficult shots. The arm was soon generating its own shots thanks to it’s amassed knowledge.

That’s right. It learned. It wasn’t trained in advance… and it is armed with ping pong balls. We are all so dead. I can already see the little plastic bits sticking out of open wounds in human foreheads.

[via Geekosystem]


German robot arm learns ping-pong as it plays humans, might rival its masters

Germans robot arm learns pingpong as it plays, might rival its human masters

We like to tell ourselves that learning by doing is the best strategy for improving our skills, but we seldom apply that philosophy to our robots; with certain exceptions, they’re just supposed to know what to do from the start. Researchers at the Technical University of Darmstadt disagree and have developed algorithms proving that robot arms just need practice, practice, practice to learn complex activities. After some literal hand-holding with a human to understand the basics of a ping-pong swing, a TUD robot can gradually abstract those motions and return the ball in situations beyond the initial example. The technique is effective enough that the test arm took a mere hour of practice to successfully bounce back 88 percent of shots and compete with a human. That’s certainly better than most of us fared after our first game. If all goes well, the science could lead to robots of all kinds that need only a small foundation of code to accomplish a lot. Just hope that the inevitable struggle between humans and robots isn’t settled with a ping-pong match… it might end badly.

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German robot arm learns ping-pong as it plays humans, might rival its masters originally appeared on Engadget on Sun, 28 Oct 2012 07:57:00 EDT. Please see our terms for use of feeds.

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US Navy tests first 11-meter missile-firing sea drone (video)

US Navy tests first 11meter missilefiring sea drone video

Advances in unmanned military tools and vehicles have come on leaps and bounds, but, until now, we haven’t seen a weapon firing drone operating in the seas. A recent test taking part offshore near Maryland saw several missiles launched from a new remote-controlled inflatable-hulled ship. While the Navy has used drones before for mine clearing and other defensive tasks, the small boat (similar to that pictured above) is the first experiment to involve true offensive capabilities. The almost zodiac-like craft has been an ongoing project over recent years, and contains a fully automated system which the Navy calls a “Precision Engagement Module” which uses an Mk-49 mounting with a dual missile launcher manufactured by Rafael. The hope is that such vehicles could patrol the coastline, or serve as a first defense against pirates, and other such small, fast-moving seafaring dangers. If you want to catch it in action, head past the break for the video, but don’t be fooled. While it might look like a series of misses, the Navy claims this is just a trick of the camera angle, with all six missiles apparently making contact.

Continue reading US Navy tests first 11-meter missile-firing sea drone (video)

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US Navy tests first 11-meter missile-firing sea drone (video) originally appeared on Engadget on Sun, 28 Oct 2012 05:18:00 EDT. Please see our terms for use of feeds.

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Butlers, lunar rovers, snakes and airboats: the best of Carnegie Mellon’s Robotics Institute

Butlers, lunar rovers, snakes and airboats the best Carnegie Mellon's Robotics Institute

How was your week? We got to spend a couple of days trekking around the Carnegie Mellon campus in Pittsburgh, PA to check out some of the latest projects from the school’s world renowned Robotics Institute — a trip that culminated with the bi-annual induction ceremony from the CMU-sponsored Robot Hall of Fame. Given all the craziness of the past seven days, you might have missed some of the awesomeness, but fear not, we’ve got it all for you here in one handy place — plus a couple of videos from the trip that we haven’t shown you yet. Join us after the break to catch up.

Continue reading Butlers, lunar rovers, snakes and airboats: the best of Carnegie Mellon’s Robotics Institute

Butlers, lunar rovers, snakes and airboats: the best of Carnegie Mellon’s Robotics Institute originally appeared on Engadget on Sat, 27 Oct 2012 12:45:00 EDT. Please see our terms for use of feeds.

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Autonomous wearable robot arms turn you into a Doc Ock, sort of

Some of us do wish that there are more hours in a day, while others wish we had more limbs so that we are able to get more things done throughout the day. Federico Parietti and Harry Asada of the Massachusetts Institute of Technology have come up with this pair of semi-autonomous intelligent arms that ought to aid just about anyone in their jobs. All right, you will not quite reach the levels of Doctor Octopus of Spiderman lore just yet, but at least these semi-autonomous arms will extend in front of your body from the hips, where they are strapped to a backpack-like harness which carries the control circuitry. The prototype could be used to assist factory workers in performing tricky DIY tasks.

Dave Barrett, a roboticist and mechanical engineer at Olin College in Needham, Massachusetts, said, “It’s the first time I’ve seen robot arms designed to augment human abilities. It’s bold and out of keeping with anything I’ve ever seen to attach two arms to a human.”

These semi-autonomous limbs were specially designed to learn and hopefully, it can anticipate what their wearer wants in the future. Algorithms in charge of the limbs will be trained first to perform specific tasks. I just hope that there is some form of safety features built into this thing, as the robot arms that are capable of helping us humans are also equally capable of lending a destructive hand, pardon me for the lack of a better word.

By Ubergizmo. Related articles: Panasonic dry head spa robot prototype , CHARLI-2 robot does Gangnam Style dance,

Kuratas mech robot for sale for $1.25 million

In July this year, we were looking into the Kuratas mech robot which was literally a giant among men, standing tall at 3.8 meters and making sure even someone like the Undertaker would cower in fear when faced with this 5-ton behemoth. Back then, there was no word as to whether it is for sale or not, only given a vague release date of “sometime later this year.” Well, I guess when we talked about “sometime later this year”, that would have translated to right now. Suidobashi Heavy Industry, the company behind the Kuratas mech robot, has already put it up for those who want to are interested in picking it up, slapping a massive 100 million yen ( $1.25 million) price point on it.

Definitely out of reach for just about anyone else, but for those who do have the money to spare, it could very well be a merry Christmas this year. What would you do if you had $1.25 million to spare, would you splash it on something this extravagant? Parking it in the front yard would definitely ward off anyone who wants to wander about without any permission.

By Ubergizmo. Related articles: Kuratas mech robot is too good to be true, Autonomous wearable robot arms turn you into a Doc Ock, sort of,

Panasonic dry head spa robot prototype

Panasonic has come up with a prototype of a dry head spa robot, where there might be possible plans down the road that could see this prototype robot attached to a desk or bath. It will rely on robot hand technology which was used previously in their hair washing robot. Panasonic described the prototype this way, “For kneading the scalp while the hair is dry, people use dry head spas. So, we’ve added a robot hand we’d already developed for washing hair, and developed this, as a model for seeing how such therapy might feel.”

Before you begin, you will need to adjust the head fitting, followed by recording your hairline position. Once done, the robot hand will go ahead and apply some slight pressure to recover a 3D scan of your head. There is an integrated 3D tracking mechanism which will allow the two dozen fingers to follow the shape of your head automatically, where the arms will expand and contract in order to reach the center of your scalp. Apart from providing a gentle, kneading motion to your scalp, this robot can also be used when you are seated on a massage chair for a full-body experience.

There are no happy endings with this one, as you cannot talk to a robot. Hey, some of us do prefer just peace and quiet, while others prefer to vent their stress through words.

By Ubergizmo. Related articles: HOSPI-Rimo communication assistance robot from Panasonic , Panasonic Introduces New Parallel Link Robot That Can Be Easily Educated,