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Researchers develop robot that can be controlled by brain signals

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 A robot that can be controlled with your thoughts and brain signals has  been developed, says new research.

The robot is developed by researchers at the Swiss Federal Institute of Technology  (EPFL), Switzerland.

The robot can be controlled remotely through brain signals and can perform  various tasks.

The team of researchers, headed by professor Jose del R. Millain, particularly had  disabled people in mind while working on the concept to restore a sense of  independence to the disabled.

Nine disabled people and 10 healthy people in Italy, Germany and Switzerland took part in the task of piloting a robot with their thoughts.

For several weeks, each of the subjects put on an electrode-studded hat capable of analysing their brain signals.

They then instructed the robot to move, transmitting their instructions in real time via internet from their home country.

By virtue of its video camera, screen and wheels, the robot, located in an EPFL laboratory in Switzerland, was able to film as it moved while displaying the face of the remote pilot via Skype.

The person at the controls, as if moving in place of the robot, was able to interact with whoever the robot crossed paths with.

“Each of the nine subjects with disabilities managed to remotely control the robot with ease after less than 10 days of training,” said Millain.

The brain-machine interface developed by the researchers goes even further.

The robot is able to avoid obstacles by itself, even when it is not told to. To avoid getting overly tired, the pilot can also take a break from giving indications.

If it doesn’t receive more indications, the robot will continue on the indicated path until it receives the order to stop.

The tests revealed no difference in piloting ability between healthy and disabled subjects.

In the second part of the tests, the disabled people with residual mobility were asked to pilot the robot with the movements they were still capable of doing, for example by simply pressing the side of their head on buttons placed nearby.

They piloted the robot just as if they were uniquely using their thoughts.

“Will robots soon become a fact of daily life for people suffering from a disability? too soon to say,” Milan said.

“For this to happen, insurance companies will have to help finance these technologies,” he added.

The findings were published in a special edition of Proceedings of the IEEE. (IANS)

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AI To Recognize Individuals Emotions Using A Photographic Repository

Not for police, government

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Rana el Kaliouby, CEO of the Boston-based artificial intelligence firm Affectiva, is pictured in Boston, April 23, 2018. Affectiva builds face-scanning technology for detecting emotions, but its founders decline business opportunities that involve spying on people.
Rana el Kaliouby, CEO of the Boston-based artificial intelligence firm Affectiva, is pictured in Boston, April 23, 2018. Affectiva builds face-scanning technology for detecting emotions, but its founders decline business opportunities that involve spying on people. VOA

When a CIA-backed venture capital fund took an interest in Rana el Kaliouby’s face-scanning technology for detecting emotions, the computer scientist and her colleagues did some soul-searching — and then turned down the money.

“We’re not interested in applications where you’re spying on people,” said el Kaliouby, the CEO and co-founder of the Boston startup Affectiva. The company has trained its artificial intelligence systems to recognize if individuals are happy or sad, tired or angry, using a photographic repository of more than 6 million faces.

Recent advances in AI-powered computer vision have accelerated the race for self-driving cars and powered the increasingly sophisticated photo-tagging features found on Facebook and Google. But as these prying AI “eyes” find new applications in store checkout lines, police body cameras and war zones, the tech companies developing them are struggling to balance business opportunities with difficult moral decisions that could turn off customers or their own workers.

El Kaliouby said it’s not hard to imagine using real-time face recognition to pick up on dishonesty — or, in the hands of an authoritarian regime, to monitor reaction to political speech in order to root out dissent. But the small firm, which spun off from a Massachusetts Institute of Technology research lab, has set limits on what it will do.

The company has shunned “any security, airport, even lie-detection stuff,” el Kaliouby said. Instead, Affectiva has partnered with automakers trying to help tired-looking drivers stay awake, and with consumer brands that want to know whether people respond to a product with joy or disgust.

Rana el Kaliouby, CEO of the Boston-based artificial intelligence firm Affectiva, demonstrates the company's facial recognition technology, in Boston, April 23, 2018.
Rana el Kaliouby, CEO of the Boston-based artificial intelligence firm Affectiva, demonstrates the company’s facial recognition technology, in Boston, April 23, 2018. VOA

New qualms

Such queasiness reflects new qualms about the capabilities and possible abuses of all-seeing, always-watching AI camera systems — even as authorities are growing more eager to use them.

In the immediate aftermath of Thursday’s deadly shooting at a newspaper in Annapolis, Maryland, police said they turned to face recognition to identify the uncooperative suspect. They did so by tapping a state database that includes mug shots of past arrestees and, more controversially, everyone who registered for a Maryland driver’s license.

Initial information given to law enforcement authorities said that police had turned to facial recognition because the suspect had damaged his fingerprints in an apparent attempt to avoid identification. That report turned out to be incorrect and police said they used facial recognition because of delays in getting fingerprint identification.

In June, Orlando International Airport announced plans to require face-identification scans of passengers on all arriving and departing international flights by the end of this year. Several other U.S. airports have already been using such scans for some departing international flights.

Chinese firms and municipalities are already using intelligent cameras to shame jaywalkers in real time and to surveil ethnic minorities, subjecting some to detention and political indoctrination. Closer to home, the overhead cameras and sensors in Amazon’s new cashier-less store in Seattle aim to make shoplifting obsolete by tracking every item shoppers pick up and put back down.

Concerns over the technology can shake even the largest tech firms. Google, for instance, recently said it will exit a defense contract after employees protested the military application of the company’s AI technology. The work involved computer analysis of drone video footage from Iraq and other conflict zones.

Google guidelines

Similar concerns about government contracts have stirred up internal discord at Amazon and Microsoft. Google has since published AI guidelines emphasizing uses that are “socially beneficial” and that avoid “unfair bias.”

Amazon, however, has so far deflected growing pressure from employees and privacy advocates to halt Rekognition, a powerful face-recognition tool it sells to police departments and other government agencies.

Saying no to some work, of course, usually means someone else will do it. The drone-footage project involving Google, dubbed Project Maven, aimed to speed the job of looking for “patterns of life, things that are suspicious, indications of potential attacks,” said Robert Work, a former top Pentagon official who launched the project in 2017.

While it hurts to lose Google because they are “very, very good at it,” Work said, other companies will continue those efforts.

Commercial and government interest in computer vision has exploded since breakthroughs earlier in this decade using a brain-like “neural network” to recognize objects in images. Training computers to identify cats in YouTube videos was an early challenge in 2012. Now, Google has a smartphone app that can tell you which breed.

A major research meeting — the annual Conference on Computer Vision and Pattern Recognition, held in Salt Lake City in June — has transformed from a sleepy academic gathering of “nerdy people” to a gold rush business expo attracting big companies and government agencies, said Michael Brown, a computer scientist at Toronto’s York University and a conference organizer.

Brown said researchers have been offered high-paying jobs on the spot. But few of the thousands of technical papers submitted to the meeting address broader public concerns about privacy, bias or other ethical dilemmas. “We’re probably not having as much discussion as we should,” he said.

Not for police, government

Startups are forging their own paths. Brian Brackeen, the CEO of Miami-based facial recognition software company Kairos, has set a blanket policy against selling the technology to law enforcement or for government surveillance, arguing in a recent essay that it “opens the door for gross misconduct by the morally corrupt.”

Boston-based startup Neurala, by contrast, is building software for Motorola that will help police-worn body cameras find a person in a crowd based on what they’re wearing and what they look like. CEO Max Versace said that “AI is a mirror of the society,” so the company chooses only principled partners.

Also read: Thanks To Artificial Intelligence, Radio Journalist Regains His Voice

“We are not part of that totalitarian, Orwellian scheme,” he said. (VOA)