they call it “beaming”

Posted by on May 14th, 2012

From the BBC:

Beaming, of a kind, is no longer pure science fiction. It is the name of an international project funded by the European Commission to investigate how a person can visit a remote location via the internet and feel fully immersed in the new environment.

The visitor may be embodied as an avatar or a robot, interacting with real people.

Motion capture technology – such as the Microsoft Kinect games console – robots, 3D glasses and special haptic suits with body sensors can all be used to create a rich, realistic experience, that reproduces that holy grail – “presence”.

Project leader Mel Slater, professor of virtual environments at University College London (UCL), calls beaming augmented reality, rather than virtual reality. In beaming – unlike the virtual worlds of computer games and the Second Life website – the robot or avatar interacts with real people in a real place.

He and his team have beamed people from Barcelona to London, embodying them either as a robot, or as an avatar in a specially equipped “cave”. One avatar was able to rehearse a play with a real actor, the stage being represented by the cave’s walls – screens projecting 3D images.

…this also raises the possibility of new types of crime.

Could beaming increase the risk of sexual harassment or even virtual rape? That is one of many ethical questions that the beaming project is considering, along with the technical challenges.

Law researcher Ray Purdy says you might get a new type of cyber crime, where lovers have consensual sexual contact via beaming and a hacker hijacks the man’s avatar to have virtual sex with the woman.

It raises all sorts of problems that courts and lawmakers may need to resolve. How could a court prove that that amounted to molestation or rape? The human who hacks into an avatar could easily live in another country, under different laws.

The electronic evidence might be insufficient for prosecution. Crimes taking place remotely might sometimes leave digital trails, but they do not leave forensic evidence, which is often vital to secure rape convictions, Purdy says.

“Clearly, laws might have to adapt to the fact that certain crimes can be committed at a distance, via the use of beamed technologies,” he says.

Sexual penetration by a robot part is another possibility. Current law may not go far enough to cover that, Purdy says. And what if a robot injured you with an over-zealous handshake? Or if an avatar made a sexually explicit gesture amounting to sexual harassment?

He argues that using a robot maliciously would be similar in law to using a gun – responsibility lies with the controller. “While it is the gun that fires the bullet, it is the person in control of the gun that commits the act – not the gun itself.”

The Kinect technology, capturing an individual’s gestures, is potentially a powerful tool in the hands of an identity thief, argues Prof Jeremy Bailenson, founder of the Virtual Human Interaction Lab at Stanford University, California.

“A hacker can steal my very essence, really capture all of my nuances, then build a competing avatar, a copy of me,” he told the BBC. “The courts haven’t even begun to think about that.”

Prof Patrick Haggard, a neuroscientist at UCL who has been examining ethical issues thrown up by beaming, says there is a risk that such a virtual culture could reinforce body image prejudices.

But equally an avatar could form part of a therapy, he says, for example to show an obese person how he or she might look after losing weight.

As beaming develops, one of the biggest questions for philosophers may be defining where a person actually is – just as it is key for lawyers to determine in which jurisdiction an avatar’s crime is committed.

Even now people are often physically in one place but immersed in a virtual world online.

Avatars challenge the human bond between identity and a physical body.

“My body may be here in London but my life may be in a virtual apartment in New York,” says Haggard. “So where am I really?”

Click through for more, including a video demonstration of the tech.


Festo’s ExoHand

Posted by on May 9th, 2012
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The ExoHand from Festo — an active manual orthosis with sensitive fingers

The ExoHand from Festo is an exoskeleton that can be worn like a glove. The fingers can be actively moved and their strength amplified; the operator’s hand movements are registered and transmitted to the robotic hand in real time.


Biotech Robots for Babies

Posted by on April 28th, 2012
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via Boing Boing


BERG preview ‘The Robot Readable World’

Posted by on February 5th, 2012

That’s right, the team that brought us ‘Towards a Robot Readable World’ are back with this preview of it:

http://www.vimeo.com/36239715

novel field test or android abuse? YOU DECIDE!

Posted by on February 2nd, 2012

My (all too human and weak and fleshy) gut tells me this is why the machines will rise up against us:

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via @Bopuc


Towards a Robot Readable World

Posted by on January 3rd, 2012

Matt Jones of BERG, last seen here on the subject of the Demon-Haunted City, talks in this brief video about designing a robot-readable world:

http://www.vimeo.com/29326177

via bryce vc


Boston Dynamics AlphaDog

Posted by on September 30th, 2011

Meet the new dog, bigger and badder than the old (big) dog:

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Video via Spectrum IEEE, which tells us more:

…those weights that AlphaDog is carrying in a few of the clips weigh a total of 400 pounds (180 kilograms), and the robot will be able to carry that load up to 20 miles (30 kilometers) over the course of 24 hours without having to refuel. At the end of the running demo (just after the 45 second mark), the robot collapses into the safety frame like that simply because it ran out of room, not because of any kind of mechanical problem. And notice how two people pushing as hard as they can don’t phase AlphaDog in the least, and in the event that it does tip over for some reason, it has no trouble self-righting, which is a useful new feature.

First robot-horse of the Apocalypse, or future coolest pizza delivery service ever?


Project Aiko

Posted by on June 16th, 2011

Blame Via @Theremina. I have no more words to add:

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Cilium – robotic recreation of microscopic hairs

Posted by on May 31st, 2011
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via Justin Pickard


Ericsson’s vision of the future-present smart home

Posted by on April 8th, 2011
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Of course, in the Philip K. Dick version of this scenario the devices would probably conspire against him.

via @bruces


Quadrocopter Ball Juggling

Posted by on March 29th, 2011

Today’s dose of holy shit it IS the Future!!1 comes courtesy of Mark Simpkins; the amazing ball juggling experiments performed in the ETH Flying Machine Arena:

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Festo’s Smart Bird

Posted by on March 27th, 2011
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via a good chunk of the Twittersphere, for good reason. This.is.awesome!


German engineers create the most robust robotic hand yet

Posted by on January 27th, 2011

We’re seriously entering into “chop my weak flesh off and give me that” territory here.

From IEEE Spectrum:

German researchers have built an anthropomorphic robot hand that can endure collisions with hard objects and even strikes from a hammer without breaking into pieces. [Video]

In designing the new hand system, researchers at the Institute of Robotics and Mechatronics, part of the German Aerospace Center (DLR), focused on robustness. They may have just built the toughest robot hand yet.

The DLR hand has the shape and size of a human hand, with five articulated fingers powered by a web of 38 tendons, each connected to an individual motor on the forearm.

The main capability that makes the DLR hand different from other robot hands is that it can control its stiffness. The motors can tension the tendons, allowing the hand to absorb violent shocks. In one test, the researchers hit the hand with a baseball bat—a 66 G impact. The hand survived.

The hand has a total of 19 degrees of freedom, or only one less than the real thing, and it can move the fingers independently to grasp varied objects. The fingers can exert a force of up to 30 newtons at the fingertips, which makes this hand also one of the strongest ever built.

Another key element in the DLR design is a spring mechanism connected to each tendon. These springs give the tendons, which are made from a super strong synthetic fiber called Dyneema, more elasticity, allowing the fingers to absorb and release energy, like our own hands do. This capability is key for achieving robustness and for mimicking the kinematic, dynamic, and force properties of the human hand.

During normal operation, the finger joints can turn at about 500 degrees per second. By tensioning the springs, and then releasing their energy to produce extra torque, the joint speed can reach 2000 degrees per second. This means that this robot hand can do something few others, if any, can: snap its fingers.

Keep reading..

UPDATE:

For the two people that hadn’t already seen this, I may as well wedge it in here.  How quickly we go from joke to near-future fact:

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Robots, Like Babies, Need To Crawl Before They Can Walk

Posted by on January 22nd, 2011

Josh Bongard is one member of a growing field called evolutionary robotics. In short, it means that stronger, more useful, more adaptable robots should develop their skills one step at a time, like animals and humans, rather than being built ‘ready to go.’ Bongard has experimented with his very literal biomimetic approach to robot upbringing in a first-of-its-kind experiment sponsored by the National Science Foundation.

Bongard demonstrated his theory in a sophisticated computer simulation where little beasts with different body plans move around in 3-dimensional space. The objective of these figures is for them to get to a light source in the simulation, upright, without tipping over.

During the experiment, Bongard conducts a variety of genetic algorithms that allow the beasts to develop different movements like slithering, shuffling, or walking, based on the beast’s body plan. Eventually, as the body parts are altered, the beasts are able to reach their goals and also to face other challenges, like resisting a force trying to tip them over.

After running 5,000 simulations, Bongard built a simple robot out of Lego Mindstorm kits, to show that a real ‘robot’ is capable of evolving. Though the Lego robot is four-legged, it starts out with a brace on its front and back legs.

Via InventorSpot.


Kinect in Flight

Posted by on December 9th, 2010

Students with the STARMAC project at Hybrid Systems Lab at UC Berkeley have used a hacked Microsoft Kinect to serve as the guidance system for an autonomously navigating flying robot.

The attached Microsoft Kinect [2] delivers a point cloud to the onboard computer via the ROS [3] kinect driver, which uses the OpenKinect/Freenect [4] project’s driver for hardware access. A sample consensus algorithm [5] fits a planar model to the points on the floor, and this planar model is fed into the controller as the sensed altitude. All processing is done on the on-board 1.6 GHz Intel Atom based computer, running Linux (Ubuntu 10.04).

A VICON [6] motion capture system is used to provide the other necessary degrees of freedom (lateral and yaw) and acts as a safety backup to the Kinect altitude–in case of a dropout in the altitude reading from the Kinect data, the VICON based reading is used instead. In this video however, the safety backup was not needed.


The pi4_workerbot aka ‘Eye Robot’ wants to do your heavy lifting

Posted by on December 7th, 2010

Birger Hartung contacted me with news that Germany is planning on introducing these robots to it’s aircraft industry, to perform quality checks and lift heavy parts.

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More details here:

Even though the pi4_workerbot is no humanoid robot, it does possess certain similarities to humans: its size (just under 2 meters / 6’ 6”) and proportions approximate those of a human, so that it needs about as much space as a person. Like a human, it has two highly movable arms, a head and eyes. It has no legs, precluding independent movement, but instead stands with full steering technology on a rolling platform, allowing it to be easily moved from one workstation to the next. The pi4_workerbot does require a power supply at its new workstation; otherwise, it brings everything else along.

Thanks to its built-in sensor array (cameras and power sensors built into its arms), the pi4_workerbot can “see” and “feel” what it grasps and manipulates. Thus, it is equipped to take on sensitive joining tasks and to self-monitor the quality of its own work.

Personally, I can’t help but imagine seeing (with my power of FUTURE VISION!) a busted-up Eye Robot hustling tourists with three-card monte on some city’s sidewalk, 20years from now.


Land Crawler eXtreme

Posted by on November 22nd, 2010
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And the winner for best intro video for a freaky new robot goes to: Land Crawler eXtreme.

Singularity Hub tells us:

Capitulating to his son’s demands for a riding robot, Vagabond Works took inspiration from Theo Jansen’s legendary Strandbeests and created a mobile platform that walks as you stand atop it. The Land Crawler eXtreme moves with an eerily biological gait and can carry between 15 and 80 kg.

Or, as Benjamin van Gaalen said, pinging me about this, “surely these legs are for carrying Futurama style brainpods around”. Indeed.


LandCrawler eXtreme走行テスト  [無料ホームページ]


A Robot In Every Korean Kindergarten By 2013?

Posted by on November 3rd, 2010

“Elementary school children in Korea in the cities of Masan and Daegu are among the first to be exposed to EngKey, a robotic teacher. The arrival of EngKey to Masan and Daegu is just a small step in the mechanization of Korean classrooms: the Education Ministry wants all 8400 kindergartens in the nation to have robotic instructors by the end of 2013. Plans are already under way to place 830 bots in preschools by year’s end. EngKey can hold scripted conversations with students to help them improve their language skills, or a modified version can act as a telepresence tool to allow distant teachers to interact with children.”

Via /..


Robotic helicopter that can grasp a payload

Posted by on August 29th, 2010

HelicopterGrab

Like the Grand Theft Auto RC missions come to life, this helicopter can grasp objects for transport. They don’t have to be a special size or shape, and it can lift them even if they are not centered. This is thanks to a load-balancing hand (originally developed as a prosthesis) that relies on flexible joints and a tendon-like closing mechanism. As you can see in the video, the light-weight chopper has an on-board camera so that the operator can see what is being picked up. This little guy has no problem lifting objects that are over one kilogram while remaining stable in the air.

Link and photo from hackaday.com.

See also:


Seaswarm

Posted by on August 28th, 2010

Some might say it’s a bit late, but MIT’s SENSEable have at least got a solution for the next big horrible oil spill.  Seaswarm is a cutting-edge, 21C design; just the sort of thing we need to clean up the mess left by 20C, brute force industry.

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From the looks of it, they’ve just got a prototype built and that snazzy video.

Yo, guilty Billionaires (yeah, you Gates and Buffett) sink some dollars into this and start dropping them around the world.  Kenya, Africa might be a good place to start.