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Posts Tagged ‘robots’

Jan. 25, 1921: Robots First Czech In

1921: A play about robots premieres at the National Theater in Prague, the capital of what was then Czechoslovakia.
R.U.R, (which stands for Rossum’s Universal Robots) by Karel Capek, marks the first use of the word “robot” to describe an artificial person. Capek invented the term, basing it on the Czech word for “forced labor.” (Robot [...]

Intel Labs Creating Robots of the Future

Researchers at Intel Labs and Carnegie Mellon are creating robots that eventually could find their way into businesses, manufacturing floors, warehouses and homes. – PITTSBURGH, Pa. Robots can be useful tools in places such as
warehouses, which offer environments that are built for them. At the
Intel Labs site here on the campus of Carnegie Mellon University,
researchers are working on ways to make them more adaptable for places
made for humans, including th…


Jacob Fred Jazz Odyssey: Robots Announce Fall Tour

THOSE AUTOMATONS KNOW WHAT THEY’RE TALKING ABOUT!

Our mechanical friends can be helpful or scary and, in this instance, serious jazz heads who dig the new Jacob Fred Jazz Odyssey album, Stay Gold, and plan to catch the band on the road this fall.

JFJO Fall Stay Gold Tour

09/03 Chelsea’s – Baton Rouge, LA
09/04 Benies Boom Boom Room – Hattiesburg, MS
09/05 Louisiana Music Factory – New Orleans, LA (in store performance)
09/05 Blue Nile – New Orleans, LA
09/08 Anderson Auditorium – Shreveport, LA
09/10 Parish Room – Austin, TX
09/11 Boiler Room – Denton, TX
09/14 Skully’s – Columbus, OH
09/15 Canal Street – Dayton, OH
09/16 Shake It Records – Cincinnati, OH (in store performance)
09/16 The Blue Wisp – Cincinnati, OH
09/17 Hideaway Saloon – Louisville, KY
09/18 Rex Theater – Pittsburgh, PA
10/09 Jardine’s – Kansas City, MO
10/15 Tost Lounge – Seattle, WA
10/16 Mt Tabor Pub – Portland, OR
10/17 CultureWorks – Ashland, OR
10/20 Aubergine – Sebastopol, CA
10/21 Kuumbwa Jazz Center – Santa Cruz, CA
10/22 Beatnik Studios – Sacramento, CA
10/23 Cafe Du Nord – San Francisco, CA
10/28 Winston’s – San Diego, CA
10/29 The Mint – Los Angeles, CA
12/31 Cain’s Ballroom – Tulsa, OK


Jan. 25, 1979: Robot Kills Human

1979: A 25-year-old Ford Motor assembly line worker is killed on the job in a Flat Rock, Michigan, casting plant.1 It’s the first recorded human death by robot.
Robert Williams’ death came on the 58th anniversary of the premiere of Karel Capek’s play about Rossum’s Universal Robots. R.U.R gave the world the first use of the [...]

Innovation@Intel: Robots Among Us

Take a closer look the next time you visit a hospital, factory or store – there may be a robot that is monitoring radiation levels, carrying heavy loads or promoting new products. Robots powered by Intel processors and based on MobileRobots’ Motivity can accommodate environments and alter behavior to suit current conditions, including navigating around people and objects, and “learning” the surrounding layout. This is one example of the 15 billion devices expected to be connected to the Internet by 2015. Learn more about Intel’s work with intelligent robots.

Call for debate on killer robots

By Jason Palmer
Science and technology reporter, BBC News

Reaper drone aircraft

An international debate is needed on the use of autonomous military robots, a leading academic has said.

Noel Sharkey of the University of Sheffield said that a push toward more robotic technology used in warfare would put civilian life at grave risk.

Technology capable of distinguishing friend from foe reliably was at least 50 years away, he added.

However, he said that for the first time, US forces mentioned resolving such ethical concerns in their plans.

"Robots that can decide where to kill, who to kill and when to kill is high on all the military agendas," Professor Sharkey said at a meeting in London.

"The problem is that this is all based on artificial intelligence, and the military have a strange view of artificial intelligence based on science fiction."

‘Odd way’

Professor Sharkey, a professor of artificial intelligence and robotics, has long drawn attention to the psychological distance from the horrors of war that is maintained by operators who pilot unmanned aerial vehicles (UAVs), often from thousands of miles away.

"These guys who are driving them sit there all day…they go home and eat dinner with their families at night," he said.

"It’s kind of a very odd way of fighting a war – it’s changing the character of war dramatically."

See a profile of current UAVs

UAV deployment

The rise in technology has not helped in terms of limiting collateral damage, Professor Sharkey said, because the military intelligence behind attacks was not keeping pace.

Between January 2006 and April 2009, he estimated, 60 such "drone" attacks were carried out in Pakistan. While 14 al-Qaeda were killed, some 687 civilian deaths also occurred, he said.

That physical distance from the actual theatre of war, he said, led naturally to a far greater concern: the push toward unmanned planes and ground robots that make their decisions without the help of human operators at all.

The problem, he said, was that robots could not fulfil two of the basic tenets of warfare: discriminating friend from foe, and "proportionality", determining a reasonable amount of force to gain a given military advantage.

"Robots do not have the necessary discriminatory ability," he explained.

"They’re not bright enough to be called stupid – they can’t discriminate between civilians and non-civilians; it’s hard enough for soldiers to do that.

"And forget about proportionality, there’s no software that can make a robot proportional," he added.

"There’s no objective calculus of proportionality – it’s just a decision that people make."

Policy in practise

Current rules of engagement to which the UK subscribes prohibit the use of lethal force without human intervention.

Nigel Mills is aerial technology director at defence contractor QinetiQ, who make a number of UAVs and ground robots for the armed forces.

He told BBC News that building in autonomy to the systems required assurances of the importance of human input.

UAV deployment

"The more autonomous a system is, the more effort you have to put into the human/machine interface because of the rules of engagement.

"Complete autonomy – where you send a UAV off on a mission and you don’t interact with it – is not compatible with our current rules of engagement, so we’re not working on such systems."

The US air force published its "Unmanned Aircraft Systems Flight Plan 2009-2047" in July, predicting the deployment of fully autonomous attack planes.

The document suggests that humans will play more of a role "monitoring the execution of decisions" than actually making the decisions.

"Advances in AI will enable systems to make combat decisions and act within legal and policy constraints without necessarily requiring human input," says the report.

However, it concedes that "authorising a machine to make lethal combat decisions is contingent upon political and military leaders resolving legal and ethical questions.

"Ethical discussions and policy decisions must take place in the near term in order to guide the development of future UAS capabilities, rather than allowing the development to take its own path apart from this critical guidance," it continues.

While the US’s plans are vague, Professor Sharkey said the mere mention of ethical issues was significant.

"I’m glad they’ve picked up on that, because if you look at any previous plan, they hadn’t done so," he told BBC News.

However, he warned that work toward ever more autonomous killing machines is carrying on, noting the deployment of Israel’s Harpy – a fully autonomous UAV that dive-bombs radar systems with no human intervention.

He cautioned that an international debate was necessary before further developments in decision-making robots could unfold.


This article is from the BBC News website. © British Broadcasting Corporation, The BBC is not responsible for the content of external internet sites.

Bob Cesca: Republicans Lying to Old People About Euthanasia, Robots

There appears to be a simple two-pronged strategy for killing healthcare reform. One of those prongs involves, of course, delaying reform until it’s too late….

A Year Without Spending: One Woman’s Pledge

How many times do you walk out of a store with items you weren’t planning on buying? The consumer maxim that new is always better has turned much of the American populous into mindless shopping robots, constantly purchasing new items to replac…

‘Flesh-eating robot’ is vegetarian

It sounded like something pulled straight from a grisly scene in Terminator: an unstoppable military robot that powered itself by devouring everything in its path – including trees, grass and even, according to reports, dead bodies.

But after a string of headlines that labelled the machine a “corpse eater” and “creepy”, the robot’s creators have gone on a PR offensive to extinguish the rumour that their invention will feed on human or animal flesh.

The machine’s inventors say that the Energetically Autonomous Tactical Robot – known as Eatr for short – does indeed power its “biomass engine” by digesting organic material, but that it is not intended to chomp its way through battlefields of fallen soldiers.

“We completely understand the public’s concern about futuristic robots feeding on the human population, but that is not our mission,” said Harry Schoell, the chief executive of Cyclone Power Technologies, one of the companies behind the machine.

“We are focused on demonstrating that our engines can create usable, green power from plentiful, renewable plant matter. The commercial applications alone for this earth-friendly energy solution are enormous.”

The remarkable move is in reaction to the buzz the project created when it emerged that it was already in the testing phase, thanks to funding from the Pentagon.

The concept was originally put forward in 2003, and has been pushed forward with money from the US military’s Defence Advanced Research Projects Agency, Darpa, a successor to the organisation that funded early development of the internet.

US officials hope that the steam-powered engine can be used by the military to create a self-sufficient robot that could survive on its own for months at a time. Possible uses put forward by the team include a battlefield ambulance or mobile gun turret.

The early version of Eatr runs on twigs, wood chips and other plant based material, fed into an engine that burns the material and uses it to propel itself around.

Another of the robot’s inventors, Dr Robert Finkelstein of Robotic Technology Inc (RTI), said that Eatr had built-in systems that would help it determine whether material that it ingested was animal, vegetable or mineral.

“If it’s not on the menu, it’s not going to eat it,” he told Fox News. “There are certain signatures form different kinds of materials that would distinguish vegetative biomass from other material.”

It can also use more conventional fuels, such as petrol, diesel or cooking oil, to keep going. But in a statement put out by the group, it reiterated that it would be illegal to create a robot that used dead bodies as an energy source.

“Descration of the dead is a war crime under Article 15 of the Geneva Conventions, and it is certainly not something sanctioned by Darpa, Cyclone or RTI.”

guardian.co.uk © Guardian News & Media Limited 2009 | Use of this content is subject to our Terms & Conditions | More Feeds


Australia seeks new army robots

By Phil Mercer
BBC News, Sydney

An Australian soldier in Afghanistan. File photo

Australia has launched a multi-million dollar competition to build a new generation of military robots.

The winning design must help soldiers fight by remote control in urban combat zones, defence officials say.

The aim is to reduce casualties in urban areas where fighting is unpredictable and treacherous.

The competition is being run by Australia’s Defence Science and Technology Organisation in partnership with the US military.

‘Dirty work’

The government wants to develop an "intelligent and fully autonomous system" capable of carrying out dangerous surveillance missions.

Senior officials in Canberra have said they hope that unarmed robotic vehicles will do some of the army’s "dirty work" in such hazardous theatres.

The ultimate plan is for groups of these sophisticated machines to be sent into battle to help neutralise the enemy.

Research grants of $1.6m (£984,000) have been offered in this joint Australian and American competition. Five shortlisted applicants will be invited to present their ideas at a Land Warfare Conference in Brisbane in November next year.

Before they get to that stage they will have to prove that their prototypes can do the job at a defence base in South Australia, where they will be judged by an international panel of military experts. </p


This article is from the BBC News website. © British Broadcasting Corporation, The BBC is not responsible for the content of external internet sites.