Mind-Controlled Robot Unveiled

The robot that can be controlled by the brainwaves of a paraplegic person wearing an electrode-fitted cap Photo: Alain Herzog / EPFL

Mind-Controlled Robot For Paraplegics Unveiled -- The Telegraph

A robot that can be controlled by the brainwaves of a paraplegic person wearing an electrode-fitted cap has been unveiled.

A paralysed man at a hospital in the Swiss town of Sion demonstrated the device, sending a mental command to a computer in his room, which transmitted it to another computer that moved a small robot 37 miles away in Lausanne.

The system was developed by Jose Millan, a professor at the Federal Polytechnic School of Lausanne who specialises in non-invasive interfaces between machines and the brain.

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Internet For Robots Lets Bots Share Instructions And Learn From One Another

Robot to RoboEarth to Robot RoboEarth

From Popular Science:

Well, we’ve seen this movie before (literally speaking). A group of robotics engineers at the University of Technology in Eindhoven are developing an Internet for robots; a kind of online database from which robots can download instructions and to which they can upload “experience.” According to its creators, their RoboEarth system will allow robots to share information and learn from each other, allowing the benefits of machine cognition and learning to proliferate through a network of bots. Cue the SkyNet comparisons.

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My Comment: Yup .... cue the Skynet comparisons.

Slithering Robots Learn To Stand On Their Own Four Feet

A new robot learns to slither, then crawl, before it can walk. Credit: Joshua Bongard

From Live Science:

Robots that evolved from crawling babies into upright adults could help pave the way for better bots.

Using a computer program, researchers at the University of Vermont simulated a population of naive "baby" robots. The robots had to complete various tasks in their virtual environment, such as finding objects and walking toward them. Those robots that performed poorly got deleted, while the best-performing ones remained "alive."

The robots that changed their body forms (like tadpoles growing into frogs) learned to walk more rapidly and developed the most stable gait, the researchers found.

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Researchers Give Robots the Capability for Deceptive Behavior

The black robot intentionally knocked down the red marker to deceive the red robot into thinking it was hiding down the left corridor. Instead, the black robot is hiding inside the box in the center pathway. (Credit: Georgia Tech Photo: Gary Meek)

From Science Daily:

ScienceDaily (Sep. 9, 2010) — A robot deceives an enemy soldier by creating a false trail and hiding so that it will not be caught. While this sounds like a scene from one of the Terminator movies, it's actually the scenario of an experiment conducted by researchers at the Georgia Institute of Technology as part of what is believed to be the first detailed examination of robot deception.

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Shape-Shifting Robot Compensates For Damaged Limb

From New Scientist:

Think that shape-shifting robots, or ones that march on no matter how many limbs they lose, are just for Terminator films? Think again. A team of European roboticists have developed software that allows a modular robot to adapt when one part stops working.

David Johan Christensen at the University of Southern Denmark in Odense, working with Alexander Spröwitz and Auke Ijspeert at the Swiss Federal Institute of Technology in Lausanne, simulated a quadruped robot constructed from a dozen Roombots – identical rounded robots that have been developed in Lausanne and which can combine to form a variety of modular shapes (see picture).

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Researchers Create Ultra-Sensitive Robotic Nose Using Frog Eggs As An Olfactory Sensor

Detecting Molecules with Frog Eggs

From Popular Science:

Researchers at the University of Tokyo are using frog eggs to enhance what might seem like an unlikely element of robotics: olfactory sensing. By injecting the eggs with the DNA from various insects known for expressing keen senses of smell, the team was able to create a robotic nose that can detect molecules at levels as low as a few parts per billion.

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Use Microsoft Surface to Control a Swarm of Robots With Your Fingertips

Robot Swarm Control Mark Micire/UMass Lowell Robotics Lab

From Popular Science:

A sharp-looking tabletop touchscreen can be used to command robots and combine data from various sources, potentially improving military planning, disaster response and search-and-rescue operations.

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Robot Army Could Explore Space, Researchers Say

From Discover Magazine:

Instead of spending time and money planning a manned mission to Mars, why not send an army of robots into space to do all the work? A fleet of robots could be deployed to explore far-away planets, according to researchers at Caltech’s Visual and Autonomous Exploration Systems Research Laboratory.

From the Telegraph:

Robotic airships and satellites will fly above the surface of the distant world, commanding squadrons of wheeled rovers and floating robot boats…The systems will transform planetary exploration, says [Wolfgang] Fink, who envisages the cybernetic adventurers mapping the land and seascapes of Saturn’s moon, Titan—believed to have lakes of standing liquid—as well as closer planetary neighbors like Mars.

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A Simpler, Gentler Robotic Grip

Image: Soft touch: This four-fingered robotic hand contains sensors that help it pick up a variety of objects. Credit: Leif Jentoft

From Technology Review:

A new artificial hand shows promise for home robots and prosthetics.

Industrial robots have been helping in the factories for a while, but most robots need a complex hand and powerful software to grasp ordinary objects without damaging them.

Researchers from Harvard and Yale Universities have developed a simple, soft robotic hand that can grab a range of objects delicately, and which automatically adjusts its fingers to get a good grip. The new hand could also potentially be useful as a prosthetic arm.

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