Futuristische ontwikkelingen

Deze afdeling is voor algemene topics die niet passen in wat reeds voorzien is. Ze moeten wel aansluiten bij ons thema.
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De opmars van kunstmatige intelligentie gaat onverdroten voort :

An Improved AlphaGo Wins Its First Game Against the World’s Top Go Player
By Cade Metz, May 23 2017

In the first game of his match with AlphaGo—the Go-playing machine built by researchers at Google’s DeepMind lab—Chinese grandmaster Ke Jie opened with a move straight from the playbook of his artificially intelligent opponent. He aimed to beat AlphaGo with its own unusual style of play. But the gambit didn’t work out. After four hours and fifteen minutes of play, the 19-year-old grandmaster resigned, and AlphaGo grabbed a 1–0 lead in this best-of-three match.

Last year, in South Korea, AlphaGo topped the Korean grandmaster Lee Sedol, becoming the first machine to beat a professional Go player—a feat that most AI researchers believed was still years away, given the extreme complexity of the ancient Eastern game. Now, here in Wuzhen, China, AlphaGo is challenging Ke Jie, the current world number one.

According to Demis Hassabis, the CEO and founder of DeepMind, this time out the machine is driven by a new and more powerful architecture. It can now learn the game almost entirely from play against itself, relying less on data generated by humans. In theory, this means DeepMind’s technology can more easily learn any task.

1-0
In January, under the pseudonym “Master,” the AlphaGo’s new incarnation played several of the world’s top players in a series of online matches, including Ke Jie, and it won all 60 of its completed contests.

Today’s face-off against Ke Jie continues that streak. As the match began, Ke Jie chose to play black, meaning he would make the first move, and he opened with what’s called a “3–3 point” strategy—a rather unusual opening that AlphaGo played regularly during the Master series in January. “He has changed since the Master games six months ago,” match commentator Michael Redmond said of Ke Jie. “He is using a lot of Master’s moves.”

Indeed, since the Master series, Ke Jie has regularly used this kind of opening during matches with other grandmasters. “The influence of Alpha has been widespread,” Ke Jie said during the post-game press conference, through an interpreter. For Hassabis, Ke Jie’s adjustments provide further evidence that AlphaGo has changed the way grandmasters play the ancient game—and an indication of how artificial intelligence can augment what humans do, not just eclipse them.

Still, AlphaGo responded well to Ke Jie’s opening. It took hold of the match much sooner than even the DeepMind team expected. Just three and a half hours into the game—which was slated for six or more—AlphaGo dominated so much of the board that match commentators gave Ke Jie little chance of clawing his way back into the match. Less than an hour later, he resigned.

“What’s exciting is that AlphaGo just keeps getting better,” said commentator Hajin Lee. “It was already so good before.”

Beyond Go
Given AlphaGo’s strong showing during the “Master series,” few expect Ke Jie to win this week’s match. But the contest provides an opportunity to gauge the continued progress of AlphaGo and, indeed, AI in general. Underpinned by machine learning techniques that are already reinventing everything from internet services to health care to robotics, AlphaGo serves as a proxy for the future of artificial intelligence.

Hassabis underscored this notion as the first game began, revealing that AlphaGo’s new architecture was better-suited to tasks outside the world of games. Among other things, he said, the system could help accelerate the progress of scientific research, and significantly improve the efficiency of national power grids.

For Google, the match doubles as an enormous PR opportunity, as the company angles to offer its online services in China. Though millions of phones in the country run Google’s Android operating system, local government restrictions prevent the tech giant from offering official access to online services such as Gmail and its core search product. But Google has said it hopes to offer its services here in the future. As reporters arrived to cover the match, they received, among other things, a flyer describing Google’s Translate app—in both English and Chinese. Google Translate is now driven by deep neural networks, a breed of machine learning that also feeds AlphaGo.

If AlphaGo’s showing so far is any indication, the revamped architecture really has paid off. During the first game, the upgrade was apparent to Ke Jie. “AlphaGo is a completely different player,” he said after the game. “It is like a god of a Go player.”
In het artikel "Godlike" Artificial Intelligence Just Officially Beat The World's #1 Go Player staat nog :
The latest win, played in the Chinese city of Wuzhen on Tuesday, cements AlphaGo's steady rise to the peak of the professional Go-playing circuit, after celebrated victories over European Go champion Fan Hui in 2015 and South Korean grandmaster Lee Sedol last year.

After those decisive tournaments, won by AlphaGo 5-0 and 4-1 respectively, it's possible Ke had even less a chance of beating the system than his human predecessors. DeepMind's developers say the tweaked and revamped AI is now more efficient than ever, using 10 times less computational power than the algorithm that trounced Sedol in 2016.
Dus ten opzichte van ongeveer een jaar geleden speelt AlphaGo veel intelligenter ondanks dat het maar een tiende van het computervermogen gebruikt. Als kunstmatige intelligentie ieder jaar zulke reuzensprongen maakt (of zelfs nóg grotere sprongen), hoe lang duurt het dan nog voordat kunstmatige intelligentie de mens op alle denkbare terreinen gaat overvleugelen?

En hoe denkt de beste Go-speler ter wereld onder de mensen er zélf over?

In Taking his last stand against AI, humanity’s best Go player says the robots have already won staat :
But the odds for humans aren’t looking good, according to Ke Jie himself. On the eve of his first game against AlphaGo, Ke took to China’s Twitter-like Weibo to announce (link in Chinese) that the three games this week will be the last match he’ll play against robots.

“I believe the future belongs to AI,” he said.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Microsoft Plans to Create DNA Storage System Data Center within a Decade

By Kostas Papanikolaou - May 22, 2017

Afbeelding

According to a report in the MIT Technology Review, Microsoft makes progress with DNA storage and expects to build a DNA based storage device within a decade.

Based on early research which has shown movies and documents being stored in DNA, the Microsoft Research division is developing a data center that will host some amount of data on DNA. According to the report by MIT Technology Review, Microsoft has formalized a goal of having an operational storage system based on DNA toward the end of this decade.

Doug Carmean, a partner architect at Microsoft Research, explains that the company aims for a “proto-commercial system in three years storing some amount of data on DNA in one of our data centers, for at least a boutique application”.

Back in July 2016, Microsoft achieved a DNA storage breakthrough, revealing a 200MB DNA Storage cache. The company worked in collaboration with the University of Washington, creating the largest DNA storage cache ever recorded.

Given that, the company has apparently moved on and is planning on making an even greater leap towards DNA storage. Carmean describes the eventual device Microsoft has in mind as the size of a large, ‘70s-era Xerox copier.



Reducing density and expenses
Following up on last July’s breakthrough, Microsoft recently bought 10 million synthetic DNA strands from Twist Bioscience. The Microsoft Research team will use the strands to encode digital data, improving storage density and reducing data storage costs.

Concerning the costs, Microsoft is apparently still working on that. According to the company, the cost of DNA storage needs to fall by a factor of 10.000 before it becomes widely adopted.
To learn more about projects by Microsoft Research, check here.

https://winbuzzer.com/2017/05/22/micros ... em-xcxwbn/
De Islam is een groot gevaar!
Jezus leeft maar Mohammed is dood (en in de hel)
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Politie Dubai neemt eerste robot in dienst

Gepubliceerd: 25 mei 2017

Afbeelding

De politie van Dubai heeft deze week zijn eerste "robocop" in dienst genomen.

De robot wordt ingezet bij winkelcentra en toeristische attracties, zo maakt de overheid van Dubai bekend.

De robocop kan aangiften via zijn touchscreen ontvangen en gebruikers verkeersboetes laten betalen. Daarnaast kan de politie via een ingebouwde camera burgers in de gaten houden. Die camera staat in directe verbinding met het commandocentrum van de politie. Later moet de robot ook ondersteuning voor gezichtsherkenning krijgen.

Burgers kunnen in het Engels en Arabisch met de robot communiceren. Later moet dat ook mogelijk worden in het Russisch, Frans, Spaans en Chinees.
Volgend model

Er wordt ondertussen ook al gewerkt aan een volgend model van de robot. Deze versie moet drie meter hoog zijn en zich met 80 kilometer per uur voortbewegen. Binnen twee jaar moet het apparaat klaar zijn.

De bedoeling is dat de politie in Dubai in 2030 voor 25 procent uit robots bestaat. De robocop moet volgend jaar zijn eerste partner krijgen.

Door: NU.nl

http://www.nu.nl/gadgets/4721499/politi ... ienst.html
De Islam is een groot gevaar!
Jezus leeft maar Mohammed is dood (en in de hel)
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A 3D printed, carbon fiber rocket flew for the first time in New Zealand
By Tim Fernholz May 25, 2017

One of the world’s most promising new rocket companies successfully launched its first rocket to space from New Zealand’s Mahia Peninsula on May 25.

Though the 17-meter-tall rocket and its test payload didn’t make it to orbit, its flight to space represents an important milestone.

“We had a great first stage burn, stage separation, second stage ignition and fairing separation,” Rocket Lab founder and CEO Peter Beck said after the flight. “We didn’t quite reach orbit, and we’ll be investigating why. However, reaching space in our first test puts us in an incredibly strong position to accelerate the commercial phase of our program.”

Rocket Lab, a company recently valued at $1 billion by private investors, has been waiting since May 22 to test its first product, a rocket called Electron designed to launch small satellites into orbit. Its outer shell is made almost entirely of carbon fiber, and it boasts an electric turbopump and a 3-D printed engine. A successful launch will provide key data to refine the rocket’s construction, and validate the hopes of both the company’s backers and a slew of other small satellite firms desperate to see their own technology put into space.

A new generation of rocket companies, led by Elon Musk’s SpaceX, have made cheaper access to space a reality. In response, numerous companies have come up with new satellite business plans, creating a glut of demand for rocket launches. With SpaceX and its competitors largely focused on the lucrative business of launching large, expensive satellites, several companies are racing to bring smaller rockets, capable of being launched with little lead time, to service the lower end of the market.

Rocket Lab is among the leaders in this race, a binational firm with facilities in California and its launch center in New Zealand. The Electron is expected to cost $5 million and carry 225 kilograms of cargo into orbit. For comparison, a brand new SpaceX Falcon 9 lists at $60 million per launch and can carry some 22,800 kilograms into low-earth orbit. But Rocket Labs hopes to launch as many as 50 times a year, a major increase in cadence from the pace set by launch companies today.

The company’s first test rocket had been waiting patiently to fly for several days. Its obstacle was a common one in rocketry: clouds.

While rockets are capable of generating enormous amounts of force to heave their cargo out of gravity’s reach, the wrong atmosphere conditions stand in their way. This is not because clouds would deflect the rocket—at maximum output, it can generate 40,000 pounds of force—but that incredible speed through the atmosphere can result in something called “triboelectrification,” when friction builds up an electrical charge on the surface of the rocket, which could zap guidance computers or other electronics. Basically, it’s like the static electricity generated when you rub your socks on a carpet and then touch a door knob, but on a grand scale.

It’s a concern faced by rocketeers from Cape Canaveral in the US to the Baikonur Cosmodrome in Kazakhstan. Having waited patiently for their opportunity, Rocket Lab’s engineers were able to make a successful flight.

Once Electron is fully qualified to take cargo into orbit, Rocket Lab already has customers lined up in NASA, the small satellite companies Planet and Spire, and even Moon Express, which hopes to launch a moon probe and win the Google Lunar XPrize on an Electron rocket. Rocket Lab has also just sold a launch to Spaceflight Industries, a company that acts as a broker for space access.

Rocket Lab is not the only small rocket company looking at this market. US-based Vector Space is also entering the test phase of its own effort to field a small satellite-hauling rocket, launching a reduced-size prototype with a full-size engine in the Mojave desert in early May. The company is planning a handful of suborbital tests this year to develop the vehicle before bringing it to full commercial use.



Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Kunstmatige intelligentie walst nu met het bordspel Go met grote overmacht over de beste menselijke Go-speler ter wereld, Ke Jie, heen. Enkele jaren geleden werd het nog voor uiterst onwaarschijnlijk gehouden dat zoiets nu al zou kunnen gebeuren. Dit zou kunnen betekenen dat een kunstmatige intelligentie die mensen op elk denkbaar terrein de baas is sneller wordt bereikt dan menigeen nu nog vermoedt (..... als een dief in de nacht .....).
 
AlphaGo sweeps world's best Go-player Ke Jie 3-0
Source: Xinhua| 2017-05-27 17:26:17|Editor: ying

AlphaGo, DeepMind's artificial intelligence Go-playing program, defeated world's top-ranked player Ke Jie for the third consecutive game between them in Wuzhen on Saturday.

Ke, playing white, resigned mid-game after battling three and half hours to conclude the Human vs. Machine contest on the Chinese antient board game.

Demis Hassabis, founder of DeepMind Technology, said that it would be the last game for AlphaGo.

The 19-year-old Ke applied similar strategies from Game Two, opening the final match by creating chances of battling from the start of the game, ending with yet another action-packed performance.

Ke teared up nearing the end. He concluded the competition with a heart felt commentary repeating. "AlphaGo is too perfect."

He also expressed that bitterness over defeat will be a driving force to his future journey in exploring the mysteries of Go.

In regards to consolation, Ke first apologized, then blamed himself. Believing that he could have done much better, he said, "I faced a cold, calm and terrifying opponent, to the best of my ability, I could only predict half of AlphaGo's moves. I wish I could have done better."

When asked to share about their past five-day experience with AlphaGo, all eight Chinese Go players that took part in the Go-summit said they've learned a great deal from AlphaGo and DeepMind.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Re: Futuristische ontwikkelingen

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Ik verwacht dat de Chinezen zich nu, als mieren die reageren zoals wanneer er met een stok in hun nest wordt geport, met een verhevigde woede gaan storten op de ontwikkeling van superieure kunstmatige intelligentie nu een westerse kunstmatige intelligentie het menselijk kunnen voor wat betreft hun heilige bordspel Go met overmacht overklast heeft.

Dat de Chinezen zich al verbeten stortten op een inhaalrace met het westen op het gebied van kunstmatige intelligentie moge duidelijk worden uit het volgende artikel :
By Paul Mozur and John Markoff, May 27, 2017

Sören Schwertfeger finished his postdoctorate research on autonomous robots in Germany, and seemed set to go to Europe or the United States, where artificial intelligence was pioneered and established.

Instead, he went to China.

“You couldn’t have started a lab like mine elsewhere,” Mr. Schwertfeger said.

The balance of power in technology is shifting. China, which for years watched enviously as the West invented the software and the chips powering today’s digital age, has become a major player in artificial intelligence, what some think may be the most important technology of the future. Experts widely believe China is only a step behind the United States.

China’s ambitions mingle the most far-out sci-fi ideas with the needs of an authoritarian state: Philip K. Dick meets George Orwell. There are plans to use it to predict crimes, lend money, track people on the country’s ubiquitous closed-circuit cameras, alleviate traffic jams, create self-guided missiles and censor the internet.

Beijing is backing its artificial intelligence push with vast sums of money. Having already spent billions on research programs, China is readying a new multibillion-dollar initiative to fund moonshot projects, start-ups and academic research, all with the aim of growing China’s A.I. capabilities, according to two professors who consulted with the government on the plan.

China’s private companies are pushing deeply into the field as well, though the line between government and private in China sometimes blurs. Baidu — often called the Google of China and a pioneer in artificial-intelligence-related fields, like speech recognition — this year opened a joint company-government laboratory partly run by academics who once worked on research into Chinese military robots.

China is spending more just as the United States cuts back. This past week, the Trump administration released a proposed budget that would slash funding for a variety of government agencies that have traditionally backed artificial intelligence research.

“It’s a race in the new generation of computing,” said James Lewis, a senior fellow at the Center for Strategic and International Studies. “The difference is that China seems to think it’s a race and America doesn’t.”

For Mr. Schwertfeger, the money mattered. He received a grant six times larger than what he might have gotten in Europe or America. That enabled him to set up a full artificial intelligence lab, with an assistant, a technician and a group of Ph.D. students.

“It’s almost impossible for assistant professors to get this much money,” he said. “The research funding is shrinking in the U.S. and Europe. But it is definitely expanding in China.”

Mr. Schwertfeger’s lab, which is part of ShanghaiTech University, works on ways for machines, without any aid from humans, to avoid obstacles. Decked out with wheeled robots, drones and sensors, the lab works on ways for computers to make their own maps and to improve the performance of robots with tasks like finding objects — specifically, people — during search-and-rescue operations.

Much of China’s artificial intelligence push is similarly peaceful. Still, its prowess and dedication have set off alarms within the United States’ defense establishment. The Defense Department found that Chinese money has been pouring into American artificial intelligence companies — some of the same ones it had been looking to for future weapons systems.

Quantifying China’s spending push is difficult, because authorities there disclose little. But experts say it looks to be considerable. Numerous provinces and cities are spending billions on developing robotics, and a part of that funding is likely to go to artificial intelligence research. For example, the relatively unknown city of Xiangtan, in China’s Hunan province, has pledged $2 billion toward developing robots and artificial intelligence. Other places have direct incentives for the A.I. industry. In Suzhou, leading artificial intelligence companies can get about $800,000 in subsidies for setting up shop locally, while Shenzhen, in southern China, is offering $1 million to support any A.I. project established there.

On a national level, China is working on a system to predict events like terrorist attacks or labor strikes based on possible precursors like labor strife. A paper funded by the National Natural Science Foundation of China showed how facial recognition software can be simplified so that it can be more easily integrated with cameras across the country.

China is preparing a concerted nationwide push, according to the two professors who advised on the effort but declined to be identified, because the effort has not yet been made public. While the size wasn’t clear, they said, it would most likely result in billions of dollars in spending.

President Trump’s proposed budget, meanwhile, would reduce the National Science Foundation’s spending on so-called intelligent systems by 10 percent, to about $175 million. Research and development in other areas would also be cut, though the proposed budget does call for more spending on defense research and some supercomputing. The cuts would essentially shift more research and development to private American companies like Google and Facebook.

“The previous administration was preparing for a future with artificial intelligence,” said Subbarao Kambhampati, president of the Association for the Advancement of Artificial intelligence. “They were talking about increasing basic research for artificial intelligence. Instead of increases, we are now being significantly affected.”

China’s money won’t necessarily translate into dominance. The government’s top-down approach, closed-mouth bureaucracy and hoarding of information can hobble research. It threw a tremendous amount of resources toward curing severe acute respiratory syndrome, the deadly virus known as SARS, when it swept through the country 15 years ago. Yet the virus was eventually sequenced and tamed by a small Canadian lab, said Clay Shirky, a professor at N.Y.U. Shanghai and a technology writer.

“It wasn’t that anyone was trying to stop the development of a SARS vaccine,” Mr. Shirkey said. “It’s the habit that yes is more risky than no.”

Authorities in China are now bringing top-down attention to fixing the problem of too much top-down control. While that may not sound promising, Wang Shengjin, a professor of electronic engineering at China’s Tsinghua University, said he had noticed some improvement, such as professional groups sharing information, and authorities who are rolling back limits on professors claiming ownership of their discoveries for commercial purposes.

“The lack of open sources and sharing of information, this has been the reality,” Mr. Wang said. “But it has started to change.”

At the moment, cooperation and exchanges in artificial intelligence between the United States and China are largely open, at least from the American side. Chinese and American scholars widely publish their findings in journals accessible to all, and researchers from China are major players in America’s research institutions.

Chinese tech giants like Baidu, Tencent and Didi Chuxing have opened artificial intelligence labs in America, as have some Chinese start-ups. Over the past six years, Chinese investors helped finance 51 American artificial intelligence companies, contributing to the $700 million raised, according to the recent Pentagon report.

It’s unclear how long the cooperation will continue. The Pentagon report urged more controls. And while there are government and private pushes out of China, it is difficult to tell which is which, as Baidu shows.

Baidu is a leader in China’s artificial intelligence efforts. It is working on driverless cars. It has turned an app that started as a visual dictionary — take a picture of an object, and your cellphone will tell you what it is — into a site that uses facial recognition to find missing people, a major problem in a country where child kidnapping has been persistent. In one stunning example, it helped a family find a child kidnapped 27 years earlier. DNA testing confirmed the family connection.

Baidu’s speech-recognition software — which can accomplish the difficult task of hearing tonal differences in Chinese dialects — is considered top of the class. When Microsoft announced last October that its speech recognition software had surpassed human-level language recognition, Baidu’s head of research at the time playfully reminded the American company that his team had accomplished a similar feat a year earlier.

In an apparent effort to harness Baidu’s breakthroughs, China said this year that it would open a lab that would cooperate with the company on A.I. research. The facility will be headed by two professors with long experience working for government programs designed to catch up to and replace foreign technology. Both professors also worked on a program called the Tsinghua Mobile Robot, according to multiple academic papers published on the topic. Research behind the robot, which in one award is described as a “military-use intelligent ground robot,” was sponsored by funding to improve Chinese military capabilities.

Li Wei, a professor involved in the Baidu cooperative effort, spent much of his career at Beihang University, one of China’s seven schools of national defense.

A company spokeswoman said: “Baidu develops products and services that improve people’s lives. Through its partnership with the A.I. research community, Baidu aims to make a complicated world simpler through technology.”

Still, there are advantages in China’s developing cutting-edge A.I. on its own. National efforts are aided by access to enormous amounts of data held by Chinese companies and universities, the large number of Chinese engineers being trained on either side of the Pacific and from government backing, said Mr. Wang, of Tsinghua.

Driving that attention is a breakthrough from an American company largely banned in China: Google. In March 2016, a Google artificial intelligence system, AlphaGo, beat a South Korean player at the complicated strategy game Go, which originated in China. This past week, AlphaGo beat the best player in the world, a Chinese national, at a tournament in Wuzhen, China.

The Google event changed the tenor of government discussions about funding, according to several Chinese professors.

“After AlphaGo came out and had such a big impact on the industry,” said Zha Hongbin, a professor of machine learning at Peking University, “the content of government discussions got much wider and more concrete.” Shortly afterward, the government created a new project on brain-inspired computing, he added.

For all the government support, advances in the field could ultimately backfire, Mr. Shirky said. Artificial intelligence may help China better censor the internet, a task that often blocks Chinese researchers from finding vital information. At the same time, better A.I. could make it easier for Chinese readers to translate articles and other information.

“The fact is,” Mr. Shirky said, “unlike automobile engineering, artificial intelligence will lead to surprises. That will make the world considerably less predictable, and that’s never been Beijing’s favorite characteristic.”
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Re: Futuristische ontwikkelingen

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by Chris Schodt May 28, 2017 at 6:05 AM

A popular concept in science fiction is the singularity, a moment of explosive accelerating growth in technology and artificial intelligence that rewrites the world. One of the better explanations for how this could happen is described by the Scottish sci-fi author Charles Stross as “a hard take-off singularity in which a human-equivalent AI rapidly bootstraps itself to de-facto god-hood.”

To translate: If an AI is capable of improving (“boostrapping”) itself, or of building another, smarter AI, then that next version can do the same, and soon you have exponential growth. In theory this could lead to a system rapidly surpassing human intelligence, and, if you’re in a Stross novel, probably a computer that’s going to start eating people’s brains.

The singularity still seems to be a long ways off (until we crack Moore’s Law), but at Google I/O, we got a glimpse of our future robot overlords from Google CEO Sundar Pichai.

Lifelong Learning
The new technology is called AutoML, and it uses a machine learning system (ML) to make other machine learning systems faster or more efficient. Essentially, it’s a program that teaches other programs how to learn, without actually teaching them any specific skills (it’s the liberal arts college of algorithms).

AutoML comes from the Google Brain division (not to be confused with DeepMind, the other Google AI project). Whereas DeepMind is more focused on general-purpose AI that can adapt to new tasks and situations, Google Brain is focused on deep learning, which is all about specializing and excelling in narrowly defined tasks.

According to Google, AutoML has already been used to design neural networks for speech and image recognition. (Fun fact: The networks to accomplish these two tasks are usually nearly identical. Images are typically analyzed by looking at repeating patterns in pixels, and speech is analyzed by turning sound into a graph of frequency over time that’s analyzed the same way). Designed by AutoML, the image recognition algorithms were as good as those designed by humans, and the speech recognition algorithms were, as of February 2017, “0.09 percent better and 1.05x faster than the previous state-of-the-art model.”

Using AI to build machine learning systems has been a hot area of research since 2016, as researchers at Google, UC Berkeley, OpenAI, and MIT have worked to reduce the time needed to set up and test new neural architectures.

Google’s plan is not to bring about the AI apocalypse, but to lower the barrier to entry for companies interested in machine learning research or products. Instead of “automated” or “self-reinforcing,” Google’s AutoML software might be better said to be “self-assembling,” or “self-optimizing” (the term Berkeley researchers used for their similar algorithm).

No, That's A Civet
Traditional machine learning takes two main approaches. A computer is either fed thousands of labeled pieces of data (say, photos of a cat, and photos not of a cat), and eventually it will build a system to differentiate “cat” from “not a cat.” This system may be unique, and we won’t necessarily be able understand exactly how it’s working, but at the end it’ll reliably identify a tabby.

The other method is the way computers can be trained to solve more flexible problems, like an efficient way to walk or how to escape a virtual maze. The computer is given a set of parameters to work in as well as a failure condition. The computer will then be set to experiment. At first it will work at random, but as it rules out more and more failed attempts, it’ll zero in on a solution. A combination of these methods was how AlphaGo learned to play board games.

Automated machine learning is just one more layer of abstraction. Instead of learning how to identify a cat by examining thousands of cat photos, the algorithm is trying to build the most efficient system for learning to identify cats.

This has a few major benefits. One is that deep learning systems need to be tuned to the inputs they will be analyzing. Although any machine learning system improves itself over time, a poorly designed algorithm may never be as fast or as accurate as a well designed one, and designing an optimized algorithm is hard. Some programmers swear they operate by intuition, and no matter what the method, the task of tuning and refining an algorithm takes time and expertise. Also, a well designed algorithm may be quicker to train, and require less time and input until it’s proficient at a task.

Clouds on the Horizon
As you can probably imagine, the process of using a neural net to create and test a set of other neural nets is incredibly expensive in terms of time and computation. To create the image and speech recognition algorithms designed by AutoML, Google reportedly let a cluster of 800 GPUs iterate and crunch numbers for weeks.

This is likely not going to be a tool that you can run on your laptop, but it may become a selling point for Google Cloud. Access to AutoML and the ability to create and refine a machine learning system without a strong background in AI, could be a tool to give Google a leg up over Amazon, whose AWS cloud service Google has long trailed behind.

AutoML and similar tools may be the key to making machine learning accessible to a range of scientists and could help bring AI to new fields of study.

If it doesn’t eat our brains first, that is.
Machines worden dus al ingezet om computerprogramma's ("algoritmen") te ontwerpen in plaats van dat mensen daarvoor ingezet worden. En de ontwerpen van deze machines doen niet onder voor de ontwerpen van menselijke top-programmeurs. Sterker nog, in sommige gevallen zijn de ontwerpen van deze machines zelfs beter.

Dit betekent dat het de kant kan opgaan dat er straks ook geen computerprogrammeurs meer nodig zijn, omdat machines de taak van computerprogrammeren kunnen overnemen. Het niveau waarop machines kunnen opereren begint steeds griezeliger vormen aan te nemen.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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xplosive schreef: Het niveau waarop machines kunnen opereren begint steeds griezeliger vormen aan te nemen.
Mwah. Ik geloof daar niet zo in. Intelligentie is niet hetzelfde als wijsheid en inzicht, kijk maar naar de politiek.
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Met alle menselijke domheden en dwaasheden bij elkaar is een machine al gauw wijzer. Althans wijzer dan een grote schare mensen.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Intel's Next CPUs Have 100 Million Transistors Per Square Millimeter: A Generation Ahead Of AMD?

Antony Leather - Apr 3, 2017

Afbeelding
Intel Corporation’s employees work in the D1X fabrication facility in Hillsboro, Oregon. Among Intel’s most modern facilities, D1X is a multibillion-dollar microprocessor research factory. Workflows are perfected at the plant and can be then replicated at other Intel facilities.

This year sees more competition in the CPU marketplace than at any other time in the last decade. Since 2006, when Intel released its Core architecture, the company has been the default choice for PC users in terms of performance and efficiency, but for some, this near-monopoly has come at a cost.

Many view Intel's progress as lacking compared to the first few generations of the Core architecture and speed gains, they claim, have been small by comparison. Others claim that Moore's law - the prediction that the number of transistors on an integrated circuit doubles every two years, is no longer being met by Intel's products, and that lack of competition has meant the company hasn't had to focus as much on the desktop market.

These claims were something that Intel wanted to address in a recent technology and manufacturing day, held in San Francisco, where some of the company's leading figures covered a range of areas from Moore's law, to how the company achieved its 10nm manufacturing process and how it believes it's not just meeting Moore's law, but is actually exceeding it.

To start with Intel addressed the fact that the time it now takes to move from one node, or manufacturing process to another, is taking longer. In addition, it also costs a lot more as new techniques and materials are used to further shrink the manufacturing process. This raises two problems; firstly that Intel needs to recover these costs or ensure that the yields are high enough to warrant the extra cost. Secondly, in order to meet Moore's law, it needs to ensure that if it takes longer to move, say, from a 14nm manufacturing process to a 10nm one, that there's a significant enough increase in transistor density to account for this extra time.

Indeed, it claims to have solved both issues thanks to something called hyperscaling. To create the transistors that make an integrated circuit or a CPU, the company has had to increase the number of passes during the microscopic patterning process that effectively etches the transistor components. More passes - in this case part of a self-aligned quad-patterning technique, mean higher cost, but Intel has also increased its yields compared to older techniques as well as. This will, the company claims, actually mean that the cost per transistor will actually fall with 10nm technology, despite factoring in R&D and manufacturing costs.

Afbeelding
Intel claims that its cost per transistor continues to fall despite increased costs in production.

Speaking at the event Kaizad Mistry, Intel's Vice President, Co-Director of Logic Technology Development, said that hyperscaling on its 10nm node had allowed for 100million transistors to be squeezed into a single square millimeter for the first time. Incredibly, this comes from just 37.5million with current 14nm products, such as its Core i5-7600K 'Kaby Lake' CPU. This is largely due to 25% taller transistor fins that are also more closely spaced than in its 14nm node.

https://www.forbes.com/sites/antonyleat ... 16f8866fa0
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Europa moet menselijk toezicht op robots wettelijk vastleggen

Gepubliceerd: 31 mei 2017

Afbeelding

Mensen moeten altijd de controles over machines behouden. De EU moet ervoor zorgen dat kunstmatige intelligentie ethisch verantwoord wordt ingezet.

Het Europees Economisch en Sociaal Comité (EESC) stelt dat woensdag in een advies aan de Europese Commissie.

Wanneer en hoe taken worden toevertrouwd aan bijvoorbeeld medische of zorgrobots, moet altijd een menselijke beslissing zijn. Dat zegt EESC-rapporteur Catelijne Muller. Of het acceptabel is dat kunstmatige intelligentie onze veiligheid, privacy of autonomie in gevaar brengt, moet daarom steeds opnieuw worden beoordeeld. Hetzelfde geldt voor ‘slimme’ wapens.

Een ethische code is nodig om ervoor te zorgen dat kunstmatige intelligentie-systemen de menselijke waardigheid en mensenrechten niet aantasten, aldus Muller. Ook voor de gevolgen voor de werkgelegenheid moet de EU een strategie ontwikkelen, staat in het advies.

Muller wijst verder op de voordelen die kunstmatige intelligentie kan bieden op het vlak van landbouw, milieu en veiligheid en zelfs hoe het kan bijdragen aan het uitbannen van ziekte en armoede. Vanwege de risico's zou de EU volgens de rapporteur voorop moeten lopen om mondiale normen en standaarden op te stellen.

Door: NU.nl/ANP

http://www.nu.nl/internet/4735863/europ ... eggen.html
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Brits line up to be microchipped

By Janine Griffiths — May 31, 2017

Afbeelding
Is this the mark of the beast?

A growing number of people in the UK are getting microchipped, according to new findings.

The BBC recently featured video stories from a number of people – some of them from Leeds – who call themselves “bio-hackers”.

One lady known only as ‘Holly’ said she had a microchip implanted in her hand, which goes into her Facebook Art Page to use as a “digital business card”.

Those who have had it implanted claim that it can help them to control small devices and other electronics.

Microchips use the same technology that was initially trialed on animals, although there are now plans to try and convince humans to have them.

One of the women interviewed by the BBC called for microchips to be imposed on hospital patients to replace hospital tags.

The reasoning behind that is the implanted device would then be able to access the person’s medical history and make it available to others should that person become incapacitated.

However, an expert who was interviewed by the BBC said that although some of the microchips today are fairly simple, in the future, they could become a danger and be used against the population.

The microchips can be programmed for almost any purpose and are currently being tested on willing volunteers.

Last year it was reported that the US Defense Advanced Research Projects Agency is already working on microchips that can be implanted into soldiers’ brains to make them more resilient to warfare.

Afbeelding
Transhumanist Zoltan Istvan

However, transhumanist Zoltan Istvan reported that the military is also concerned about unauthorised technology that their personnel may implant themselves.

He told journalists: “The Navy is struggling to create policy around solider or sailors that enter military service with non-authorised chips embedded in them.

“This makes perfect sense since the tech has grown so small, that chip implants can now do a wide range of things – tracking, making payments, monitoring blood flow and bodily health – and be totally hidden in human beings.

“You can imagine how challenging that would be if someone had a non-authorized chip implant on a nuclear base – so policy has to be created and created soon.”

He had attended a meeting with senior members of the Chief of Naval Operations Strategic Studies Group, which investigates new concepts of warfare.

He founded the Transhumanist Party which aims to explore ways that human beings can be merged with technology such as artificial intelligence and programmable devices.

A key part of his election campaign for president is that all children in the US should be given GPS implants.

Mr Istvan, who has a RFID chip – similar to the technology used in contactless credit cards in his own arm, said: “It’s crazy to me that we don’t develop it and use it in ourselves more, and especially in our children.”

http://akashictimes.co.uk/brits-line-up ... rochipped/
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Video shows maiden flight of cyborg dragonfly

Michael Irving May 31, 2017

Afbeelding
A cyborg dragonfly, named the DragonflEye, has taken flight for the first time in a video. (Credit: Charles Stark Draper Laboratory)

Over the past few years, a variety of cyborg animals have been unleashed, as scientists kit out cockroaches, locusts and even turtles with electronic accoutrements. Back in January, researchers from Charles Stark Draper Laboratory and Howard Hughes Medical Institute (HHMI) outlined plans to fit dragonflies with tiny electronic backpacks, allowing them to be controlled remotely. In a new video, their cyborg dragonflies have taken flight for the first time.

The animal kingdom is fertile inspirational ground for new technology, but it's difficult to properly mimic the speed and manoeuvrability of a dragonfly, or the complicated olfactory system of a locust. Rather than designing robots and sensors from scratch, scientists have developed ways to take advantage of the hard work nature has already done, by equipping live insects with electronic systems.

In the case of Draper's and HHMI's DragonflEye, the insect is controlled through pulses of light piped into certain neurons in the bug's brain, which allows a human pilot to steer it like a drone. The eventual aim, the team says, is to use the tiny cyborgs to guide pollination, deliver payloads, or scout unsafe territory.

With the new video, the team has revealed how the solar-powered backpacks are attached to the insects, and briefly shown the DragonflEye taking wing for the first time. Check it out below.

Source: Charles Stark Draper Laboratory

http://newatlas.com/dragonfleye-cyborg- ... ght/49819/
De Islam is een groot gevaar!
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Hier enkele video's over dit onderwerp :



Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Google-zusterbedrijf Waymo test zelfrijdende vrachtwagens

Gepubliceerd: 02 juni 2017

Afbeelding

Waymo onderzoekt de mogelijkheid om zelfrijdende vrachtwagens te produceren en is begonnen met het verzamelen van data.

Dat schrijft BuzzFeed News op basis van een woordvoerder van Waymo.

Alphabets dochterbedrijf Waymo bevestigt onderzoek te doen om zijn technologie voor zelfrijdende auto’s in te zetten voor vrachtwagens. "Zelfrijdtechnologie kan duizenden ongelukken per jaar verminderen waarbij vrachtwagens zijn betrokken", zegt de woordvoerder.

Op dit moment test Waymo één vrachtwagen op de openbare weg om data te verzamelen. Dit voertuig is nog niet zelfrijdend en wordt met de hand bestuurd.

Rechtszaak
Waymo kan met zelfrijdende vrachtwagens de concurrentie aangaan met Uber. Dat bedrijf kocht vorig jaar de startup Otto, dat gespecialiseerd is in zelfrijdende vrachtwagens. Over de technologie van die vrachtwagens loopt nu een rechtszaak.

Oprichter van Otto, Anthony Levandowski, werkte voorheen bij Google en zou daar duizenden documenten met bedrijfsgeheimen rond zelfrijdtechnologie hebben gestolen. Inmiddels is Levandowski bij Uber ontslagen, omdat hij niet aan het onderzoek wil meewerken. Uber heeft de diefstal overigens ontkend.

Door: NU.nl

http://www.nu.nl/gadgets/4739874/google ... agens.html
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Pilgrim schreef:
Uber heeft de diefstal overigens ontkend
Uiteraard. Hier was hooguit sprake van bedrijfsspionage.

(Ik vind het belangrijk dat de juiste woorden worden gebruikt. Bij diefstal moet er sprake zijn van ontneming: de dief neemt iets wat de eigenaar dan mist. Maar bij het onder de kopieermachine leggen van bouwtekeningen gebeurt iets anders. Soms wordt betoogd dat de spion met die informatie toekomstige inkomsten van de eigenaar verhindert, op die manier zou het dan alsnog diefstal zijn, maar dat hoeft helemaal niet zo uit te pakken. Die toekomstige inkomsten zijn allemaal fictief. En dan nog wat: diefstal is vooral strafbaar omdat het de maatschappij als geheel benadeelt: het verlaagt de gesommeerde subjectieve waarde. Of dat bij bedrijfsspionage ook zo is kun je gerust betwijfelen. Wat meer concurrentie is uiteindelijk in het voordeel van iedereen).
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KIvoorspelling
Ik waag mij aan de volgende voorspelling :

"Nog vóórdat er mensen zullen landen op de planeet Mars zal er een eenheid van kunstmatige intelligentie ontwikkeld zijn die alle mensen ter wereld op elk denkbaar terrein de baas is, met uitzondering van negatieve kwaliteiten zoals bedrog, roof, moord, verkwisting e.d.. Hiermee bedoel ik dat deze kunstmatige intelligentie dan op een willekeurig terrein (behalve op het gebied van negatieve kwaliteiten) beter presteert dan de best presterende mens ter wereld op dat terrein."

Ik ben benieuwd hoe dicht dit bij de waarheid gaat komen.

Je mag mij afrekenen op deze voorspelling.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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Best mogelijk, want ik denk dat de economie wereldwijd volledig ingestort zal zijn voordat we naar Mars gaan en er dus van die hele Mars-reis niets meer terecht komt. Die hoogontwikkelde KI komt er dus wel eerder, maar of dat optimistische beeld van KI zonder die negatieve kwaliteiten óók uitkomt, betwijfel ik een beetje. :thinking:
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Pilgrim schreef:of dat optimistische beeld van KI zonder die negatieve kwaliteiten óók uitkomt, betwijfel ik een beetje. :thinking:
Ik beweer niet dat die negatieve kanten er dan niet kunnen zijn in een KI. Ik doe er alleen geen voorspellende uitspraken over. Dat is alles. Ik deed dus slechts een voorspellende uitspraak over prestaties van zo'n KI in positief opzicht.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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When it comes to achieving global peace and addressing social causes via technology, Indian millennials look forward to embracing artificial intelligence (AI) that can help find better solutions, a survey revealed on Wednesday.

According to the regional online survey by mobile operator Telenor Group that assessed the attitudes of Asia's millennials towards technology and social impact, Indian millennials believe artificial intelligence (AI) will help governments and entreprises develop platforms to achieve peace.

"When asked about the technology that has the largest potential to give rise to peace, 36 per cent of India's respondents placed their bets on AI, followed by the Internet of Things (IoT) and virtual reality (VR)," Telenor said in a statement.

Across all six markets (Bangladesh, India, Myanmar, Malaysia, Pakistan and Thailand) surveyed, AI, IoT and VR ranked consistently in the top three.

"These results suggests the vast potential seen in future technologies by the Internet generation," the statement added.

The survey also found that India's millennials are most passionate about providing opportunities for children to get an education, followed by employment to youth.
Het zou mooi zijn als AI ingezet zou kunnen worden om jihadistische samenzweringen op te sporen en onschadelijk te maken.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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xplosive schreef:Het zou mooi zijn als AI ingezet zou kunnen worden om jihadistische samenzweringen op te sporen en onschadelijk te maken.
En wat nou als die AI tot de conclusie zou komen dat men het beste alle moskeeën kan sluiten? :sly7:
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Ali Yas schreef:
xplosive schreef:Het zou mooi zijn als AI ingezet zou kunnen worden om jihadistische samenzweringen op te sporen en onschadelijk te maken.
En wat nou als die AI tot de conclusie zou komen dat men het beste alle moskeeën kan sluiten? :sly7:
Dan moet dat maar gebeuren.
Gun jezelf wat je een ander toewenst     islam = racisme   & de hel op aarde voor mens en dier
                                   koran = racistisch & handboek voor criminelen
      Moslimlanden bewijzen dagelijks:    meer islam = meer verkrachte mensenrechten
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xplosive schreef:Nog vóórdat er mensen zullen landen op de planeet Mars ...
Je had ook kunnen schrijven: "Nog vóórdat Pasen en Pinksteren op één dag zullen vallen..."
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Nanophotonic system allows optical 'deep learning'

Posted: Jun 12, 2017

(Nanowerk News) "Deep Learning" computer systems, based on artificial neural networks that mimic the way the brain learns from an accumulation of examples, have become a hot topic in computer science. In addition to enabling technologies such as face- and voice-recognition software, these systems could scour vast amounts of medical data to find patterns that could be useful diagnostically, or scan chemical formulas for possible new pharmaceuticals.

But the computations these systems must carry out are highly complex and demanding, even for the most powerful computers.

Now, a team of researchers at MIT and elsewhere has developed a new approach to such computations, using light instead of electricity, which they say could vastly improve the speed and efficiency of certain deep learning computations. Their results appear today in the journal Nature Photonics ("Deep learning with coherent nanophotonic circuits") in a paper by MIT postdoc Yichen Shen, graduate student Nicholas Harris, professors Marin Soljacic and Dirk Englund, and eight others.

Afbeelding
This futuristic drawing shows programmable nanophotonic processors integrated on a printed circuit board and carrying out deep learning computing. (Image: RedCube Inc., and courtesy of the researchers)

Soljacic says that many researchers over the years have made claims about optics-based computers, but that "people dramatically over-promised, and it backfired." While many proposed uses of such photonic computers turned out not to be practical, a light-based neural-network system developed by this team "may be applicable for deep-learning for some applications," he says.

Traditional computer architectures are not very efficient when it comes to the kinds of calculations needed for certain important neural-network tasks. Such tasks typically involve repeated multiplications of matrices, which can be very computationally intensive in conventional CPU or GPU chips.

After years of research, the MIT team has come up with a way of performing these operations optically instead. "This chip, once you tune it, can carry out matrix multiplication with, in principle, zero energy, almost instantly," Soljacic says. "We've demonstrated the crucial building blocks but not yet the full system."

By way of analogy, Soljacic points out that even an ordinary eyeglass lens carries out a complex calculation (the so-called Fourier transform) on the light waves that pass through it. The way light beams carry out computations in the new photonic chips is far more general but has a similar underlying principle. The new approach uses multiple light beams directed in such a way that their waves interact with each other, producing interference patterns that convey the result of the intended operation. The resulting device is something the researchers call a programmable nanophotonic processor.

The result, Shen says, is that the optical chips using this architecture could, in principle, carry out calculations performed in typical artificial intelligence algorithms much faster and using less than one-thousandth as much energy per operation as conventional electronic chips. "The natural advantage of using light to do matrix multiplication plays a big part in the speed up and power savings, because dense matrix multiplications are the most power hungry and time consuming part in AI algorithms" he says.

The new programmable nanophotonic processor, which was developed in the Englund lab by Harris and collaborators, uses an array of waveguides that are interconnected in a way that can be modified as needed, programming that set of beams for a specific computation. "You can program in any matrix operation," Harris says. The processor guides light through a series of coupled photonic waveguides. The team's full proposal calls for interleaved layers of devices that apply an operation called a nonlinear activation function, in analogy with the operation of neurons in the brain.

To demonstrate the concept, the team set the programmable nanophotonic processor to implement a neural network that recognizes four basic vowel sounds. Even with this rudimentary system, they were able to achieve a 77 percent accuracy level, compared to about 90 percent for conventional systems. There are "no substantial obstacles" to scaling up the system for greater accuracy, Soljacic says.

Englund adds that the programmable nanophotonic processor could have other applications as well, including signal processing for data transmission. "High-speed analog signal processing is something this could manage" faster than other approaches that first convert the signal to digital form, since light is an inherently analog medium. "This approach could do processing directly in the analog domain," he says.

The team says it will still take a lot more effort and time to make this system useful; however, once the system is scaled up and fully functioning, it can find many user cases, such as data centers or security systems. The system could also be a boon for self-driving cars or drones, says Harris, or "whenever you need to do a lot of computation but you don't have a lot of power or time."

Source: By David Chandler, MIT

http://www.nanowerk.com/nanotechnology- ... =47027.php
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The Developers Of Artificial Intelligence Just Issued This URGENT Warning To ALL OF HUMANITY!
Gepubliceerd op 13 mrt. 2017

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