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14 Apr 2009

Little House on the Moon? First robot created Project


Mälardalen Luna Construction University works with the multi-artist Mikael Genberg to create a robot to send to the moon to build a house. The house on the Moon is a project to bring home a reading on the moon as a symbol of what man can achieve. Genberg robot deployment of the cabin space rocket, to find a vacant building stable and the construction of the first planet.

"We want to train students to think creatively, to work together, using the latest technologies, and to dare to above. The most important thing is not always reach the goal. If you aim for the stars in at least reaching to the tops of trees, or even the moon, "says Lars Asplund.

By working together, students go from concept through construction and planning to finally have a real robot. "We are here for Mälardalen University," says Professor Lars Asplund, the main inventor of the robot and a good model in the program.

The aim is that the robot - which has the working name of Roony - to set the hut on the moon in 2012.

Mikael Genberg is an artist of Västerås, which is best known for their alternative livelihood. Today Carpenter Hotel is 13 meters high above the trees in the park in Västerås Vasa. In Lake Mälaren, one kilometer from the port, there is a building with a living room under the name Otter Inn Hotel. The little house on the moon is barn red with white cut-off - after all, the first on the moon, this period will be Swedish.

from:sciencedaily.com

30 Mar 2009

Robots murderers would be allowed to use their own

The terrorists who often cause unintended civilian casualties in Pakistan, are a step closer to a generation of robots-lethal hunters murderers working on little, if any, human control.

The Department of Defense is funding independent research or self-administration, the army of robots that can find and destroy targets on their own initiative. Edge of computer programs, not real people, wondering if the fire of their weapons.
"The trend is clear: the war will continue and autonomous robots may be subject to their conduct, Ronald Arkin, a robotics expert at the Institute of Technology in Atlanta, Georgia, wrote in a study commissioned by the Army of the earth.

"The pressure to increase the battlefield is forcing the pace more and more autonomy to the point where robots lethal final decision," he predicted. "The time available to make the decision to shoot or not shoot back at a distance too short for him to make smart decisions."

Autonomous robotic systems is likely to be armed operation in 2020, according to John Pike, a defense and intelligence expert and director of security Web site GlobalSecurity.org in Washington.

That prospect alarms experts, who fear that machines will not be able to distinguish between civilians and legitimate targets in a war zone.

"We are sleepwalking into a new world where robots decide who, where and when to kill," said Noel Sharkey, an expert in robotics and artificial intelligence at the University of Sheffield, England.

Human operator thousands of miles away in Nevada, using satellite communications, control of the current generation of missiles fired robotic planes known as Predators and Reapers. Robots armed land, such as the Army's Modular Advanced Armed Robotic System, also need a manufacturer of men before shooting.

Already, about 5,000 lethal and nonlethal robots are deployed in Iraq and Afghanistan. Besides targeting the Taliban and al-Qaida, the exercise of supervision, disarm bombs, to transport supplies and carry out other military tasks. So far, none of these machines are self-employed, all are under human control.

The Pentagon plans for its future combat system, taking into account the increasing levels of independence for their robots.

"Every business independently without human intervention should also be considered under the conditions defined by the user," he said in 2007 the Army requested proposals for the future robots.

For example, the Pentagon said that the air-air combat in May occur too quickly to allow remote control of a fire in one of the unmanned aircraft weapons.

"There's really no way to a system that is remotely controlled can effectively operate in an offensive or defensive air combat environment," Dyke Weatherington, the Pentagon's deputy director of unmanned systems working group, said in a press conference on December 18, 2007. "The requirement that is an autonomous system," he said. "It will take many years to find."

Many have armed phalanx autonomous rapid-fire, which is designed to shoot down enemy missiles or aircraft that have penetrated the outer defenses, not wait for a man of decision.

At Georgia Tech, Arkin concludes a three-year contract from the Army to find ways to ensure that the robots are used properly. His idea is an "ethical governor" system that robots must obey the internationally recognized laws of war and U.S. rules of engagement.

"Robots should be obliged to adhere to the same laws as humans or that they should not be allowed on the battlefield," Arkin wrote.For example, a robot from the computer "brain" is designed to block a rocket in a hospital, church, cemetery or cultural history, even if enemy forces were grouped closely. The presence of women or children is also a no-no robot.

Arkin concludes designed a robot could act with more restraint that soldiers of the man in the heat of battle and cause fewer victims.

"Robots can be built that do not show fear, anger, frustration or revenge, and ultimately, a more human than humans, even in tough circumstances," he wrote.

Sharkey, critic of British armed autonomous robots, ethics Arkin said the governor is "a good idea in principle. Unfortunately, it is doomed to failure, because at present, no robots or AI (artificial intelligence) systems to discriminate between a combatant and an innocent person. CEC This simply does not exist. "

Selmer Bringsjord, an artificial intelligence expert at Rensselaer Polytechnic Institute in Troy, NY, is also concerned.

"I am concerned. The stakes are very high," said Bringsjord. "If we give power to the robots to do unpleasant things, we must use logic to teach them not to do something unethical. If we can not understand this, one should not build these robots."

11 Mar 2009

Robot Teacher Makes Debut in Japanese School


In what could be a harbinger of the future, students of elementary school in Tokyo are being taught by a robot.

Saya is the result of 15 years of research and is being tested as a teacher after working as a receptionist.

She - or her - is multilingual, you can organize the tasks set for students, call the roll and angry when the children misbehave.

Saya is just one example of Japan's determination to put a robot in every home by 2015.

The robot was originally developed for businesses that want to reduce costs by replacing workers, such as office secretaries and receptionists with an android that had a range of human expressions.
from: foxnews.com

26 Feb 2009

CirculaFloor robot floor tiles keep you moving in virtual reality


One of the big problems facing VR is the issue of mobility -- how do you allow users unrestricted movement in virtual reality, while keeping them relatively static in real reality? Omni-directional treadmills have been tried in the past, and now researchers at the University of Tsukuba in Japan have developed something called CirculaFloor. The system uses four robotic tiles that constantly shift position, ensuring that there's always a tile in the direction you're headed. Additionally, the entire assembly moves slowly backwards, giving one the impression of movement while they're actually standing relatively still. The tiles also incorporate lifts, for simulating staircases and the like. While this research is promising, there's still plenty of work to be done -- for instance, the tiles still move awful slowly, and while they seem sturdy enough for a leisurely stroll, a Left 4 Dead implementation is not likely to happen any time soon. Video after the break.

By: Joseph L. Flatley,