They plan to record personality, memory, and body function information, and recreate it.
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Category: robotics/AI – Page 2234
–In a DAO, a blockchain-based organization, you don’t have a boss or a CEO. What you have is a dynamic set of working relationships continuously and dynamically self-organized around outcomes and projects.
If you’re tired of going to unproductive meetings, commuting in to work just to put in face time, or following commands from a boss you don’t have much confidence in, you may be the right kind of employee for a new type of work environment called a DAO, or Decentralized Autonomous Organization.
We’re in the early stages of seeing these futuristic types of companies roll out already. These early players have run into some missteps, but that’s to be expected. What’s important in the concept of a DAO is the D: “decentralized.”
In a DAO, a blockchain-based organization, you don’t have a boss or a CEO. What you have is a dynamic set of working relationships continuously and dynamically self-organized around outcomes and projects.
My new article at Wired UK: http://www.wired.co.uk/article/basic-economy-neural-prosthetics #Future #BasicIncome
But it’ll take more than just a mind tapped into the cloud to be widely competitive in the overall job market. Augmented limbs, bionic organs, and widespread use of exoskeleton technology will be needed to compete against robotic strength.
For years I’ve been supportive of a basic income, which would provide a monthly income for the poor – mostly because I saw it as the only logical way to keep people fed and housed, while still allowing for technological and economic evolution. Now, with neural prosthetics and upgraded bodies, I see the future may, instead, be full of capitalistic enterprise, fuelled by transhumanist technologies that allow us to more closely resemble the machines.
That’s not to say I’m abandoning my views on basic income. Instead, I believe there will be another aspect to the future economy that isn’t only for the robot and AI manufacturers, but for hundreds of millions – maybe billions – of people willing to use tech to compete against machines. A future motto of humanity and capitalism might be: “If you can’t beat a machine, become one.” As a radical science and technology advocate, that’s a philosophy I can support.
By Irene Klotz
CAPE CANAVERAL, Fla. (Reuters) — The U.S. military’s experimental X-37B space plane landed on Sunday at NASA’s Kennedy Space Center in Florida, completing a classified mission that lasted nearly two years, the Air Force said.
The unmanned X-37B, which resembles a miniature space shuttle, touched down at 7:47 a.m. EDT (1147 GMT) on a runway formerly used for landings of the now-mothballed space shuttles, the Air Force said in an email.
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Without even realizing it, soldiers could soon be training robot sharpshooters to take their jobs.
Modern sensors can see farther than humans. Electronic circuits can shoot faster than nerves and muscles can pull a trigger. Humans still outperform armed robots in knowing what to shoot at — but new research funded in part by the Army may soon narrow that gap.
Researchers from DCS Corp and the Army Research Lab fed datasets of human brain waves into a neural network — a type of artificial intelligence — which learned to recognize when a human is making a targeting decision. They presented their paper on it at the annual Intelligent User Interface conference in Cyprus in March.
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British biomedical engineers have developed a new generation of intelligent prosthetic limbs that allows the wearer to reach for objects automatically, without thinking — just like a real hand.
The hand’s camera takes a picture of the object in front of it, assesses its shape and size, picks the most appropriate grasp, and triggers a series of movements in the hand — all within milliseconds.
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University of Nottingham researchers created an AI system that scanned routine medical data to predict which patients would have strokes or heart attacks within 10 years. The AI system beat the standard method of prediction, correctly making calls in 355 more cases than traditional means. Predicting cardiovascular events like strokes and heart attacks is a notoriously challenging task. In fact, the researchers note in their recent paper that around half of all strokes and heart attacks occur in patients who were never identified as being “at risk.”
The records included a decade of health outcomes, lab data, drug information, hospital records, and demographic information. The team identified the distinguishing characteristics of patients who experienced strokes and heart attacks using 75 percent of the records. They then tested their models against the standard guidelines using the remaining 25 percent of the records. The standard guidelines scored 0.728 out of 1.0, with the latter signifying 100 percent accuracy. The machine models scored between 0.745 to 0.764, with the neural network making 355 more accurate predictions than the standard guidelines, therefore earning the best score. Had those predictions been made in real time, the patients could have been provided with preventative care.
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Russian Terminator Robot
Posted in robotics/AI
Who says that cartoons are for kids?
Artificial intelligence (AI) kicks off the Microsoft Story Labs animated “Explanimators” series about big, important, cutting-edge areas of technology that remain mysterious (if not just plain confusing) to people who don’t have an engineering or computer science degree.
While artificial intelligence is increasingly all around us, helping people do more, save time and work smarter – let’s be honest – it’s tricky to wrap your head around how it works and where it’s headed.
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NASA Tests Robotic Ice Tools
Posted in robotics/AI, space
A robotic claw, one of several innovative tools developed at JPL for exploring icy, ocean worlds like Europa.
Credits: NASA/JPL-Caltech
Want to go ice fishing on Jupiter’s moon Europa? There’s no promising you’ll catch anything, but a new set of robotic prototypes could help.
Since 2015, NASA’s Jet Propulsion Laboratory in Pasadena, California, has been developing new technologies for use on future missions to ocean worlds. That includes a subsurface probe that could burrow through miles of ice, taking samples along the way; robotic arms that unfold to reach faraway objects; and a projectile launcher for even more distant samples.