Facebooks Jerome Pesenti Explains the Limitations of Artificial Intelligence Research – NullTX

Major developments continue to take place in the artificial intelligence industry. Facebooks Jerome Pesenti thinks the current model of deep learning is reaching its limits, however.

Dozens of companies are in the process of exploring the potential of artificial intelligence.

Virtually all of these companies have scientists and engineers pushing the boundaries of deep learning.

The development of new algorithms has allowed for some intriguing insights and developments over the years.

Unfortunately it would appear that the current strategy involving deep learning may hit a glass ceiling sooner rather than later.

Those are the findings of Jerome Pesenti, head of artificial intelligence at Facebook.

In a recent interview with Wired, Pesenti acknowledges how deep learning and current artificial intelligence have severe limitations.

Achieving human intelligence, while still an attainable goal, will not happen any time soon.

Thankfully, there is still progress being made to address some limitations.

Taking into account how the artificial intelligence space is still evolving and growing in 2019, there are still millions of options left unexplored.

One aspect no one can ignore is how the compute power required to research advanced AI continues to increase twofold every three years or so.

Pesenti confirms this problem exists, and highlights the need for scaling if any more progress is to be made.

At the same time, he is convinced the rate of progress for advanced artificial intelligence is not sustainable through this model.

Rising costs make it rather unattractive to conduct these levels of experiments today.

Image(s): Shutterstock.com

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Facebooks Jerome Pesenti Explains the Limitations of Artificial Intelligence Research - NullTX

Defining the Scope of an Artificial Intelligence Project – Toolbox

A final consideration in project selection is the determination of the appropriate size of the project. It must be matched with available resources. Will there be enough time, money, people, or development equipment? What would be the attitude of the domain experts? If favorable, would they be able to devote the effort the project would require of them? How many of the modules are available off the shelf in SaaS oropen source?Predicting the availability of required resources realistically is an important aspect of the project selection.

An attraction of Al technology is its effectiveness in solving problems that contain uncertainty, ambiguity, or complexity. However, it is still necessary to put some bounds on these factors to have a successful project. If the bounds cannot be determined accurately, particularly for early AI projects, a different application should be considered. The same comment applies to applications where the knowledge base may be incomplete. In such, would applications with a partial solution be useful or acceptable? On the other hand, it is tempting to incorporate too much knowledge in the system. Even though the addition of knowledge increases the performance of the system, potential problems with redundancies and inefficiencies could be encountered. Either of these circumstances would substantially increase the scope and cost of the project.

As noted previously, there are many good applications of AI technology which do not have the goal of replacing human experts. Rather, the intent is to assist the experts to do a better job or to improve their work environment. Limiting, at least initially, the extent of assistance to the user, enables a more accurate estimate of project size. Another aid in limiting the scope of a system is to prescribe the range of problems that it is intended to solve. For example, a diagnostic system could be designed to handle 20 percent of the potential faults that cause 80 percent of the problems.

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Defining the Scope of an Artificial Intelligence Project - Toolbox

The Artificially Intelligent Investor: AI And The Future Of Stock Picking – Forbes

A computer can recognize a cat. Can it spot a bargain stock?

Sitting in a business school lecture on hedge funds four years ago, Chidananda Khatua got the inspiration to answer this question. A veteran Intel engineer working on a nights-and-weekends M.B.A. at UC Berkeley, Khatua imagined that something powerful might come out of the ability to blend precise financial data with the fuzzier information to be found in annual reports and news articles.

For most of their history on Wall Street, computers have been strictly quantitativedividing, say, prices by earnings and ranking the results. But that is destined to change. A dramatic demonstration of silicons verbal potential came in 2011, when an IBM system called Watson bested two human champions at Jeopardy! To accomplish this feat the computer had to grasp not just numbers but genealogical relationships, time, proximity, causality, taxonomy and a lot of other connections.

Put that kind of artificial intelligence to work and it could do a lot more than win TV game shows. It might function as a physicians assistant, as a recommender of products to consumers or as a detector of credit card fraud. Maybe it could manage portfolios.

Khatua, now 44, enlisted two B-school classmates in his venture. Arthur Amador, 35, had spent much of his career at Fidelity Investments advising wealthy families. Christopher Natividad, 37, was a money manager for corporations.

They didnt have any illusions that a computer would have understanding the way humans do. But it could have knowledge. It could glean factsa mountain of themand search for patterns and trends in the securities markets. Perhaps it could make up in brute force what it lacked in intuition.

The trio chipped in savings of their own and $735,000 from angel investors to create EquBot, advisor to exchange-traded funds. IBM, eager to showcase its artificial intelligence offerings, gave the entrepreneurs a $120,000 credit toward software and hardware bills.

Two years ago EquBot opened up AI Powered Equity ETF, with a portfolio updated daily on instruction from computers. In 2018 it added AI Powered International Equity.

Chief Executive Khatua presides over a tiny staff in San Francisco and 17 programmers and statisticians in Bangalore, India. The system swallows 1.3 million texts a day: news, blogs, social media, SEC filings. IBMs Watson system digests the language, picking up facts to feed into a knowledge graph of a million nodes.

Each of those dots to be connected could be a company (one of 15,000), a keyword (like FDA) or an economic factor (like the price of oil). There are a trillion potential arrows to link them. After trial and error inside a neural network, which mimics the neuronal connections in a brain, the computer weights the few arrows that matter. Thus does the system grope its way toward knowing which ripples in input data are felt a week, a month or a year later, in stock prices.

On a busy day EquBot is doing half a quadrillion calculations. Thank goodness for Nvidias graphics chips. These slivers of silicon were designed to keep gamers happy by simultaneously processing different pieces of a moving image. They turned out to be ideal for the intensely parallel computational streams of neural networks, and they power the computer centers that Amazon rents out to EquBot and other AI researchers.

Last year EquBots software picked up a buzz around Amarin Corp., an Irish drug company with a prescription-only diet supplement that uses omega-3 fatty acids. The international ETF got in below $3, well before the regulatory nod that sent the stock to $15. Another move involved adding Visa to the domestic fund after the system measured ripples leading from announcements of chain-store closings toward higher credit card volume.

The computer has its share of duds. It fell in love with NetApp and New Relic, perhaps reacting to a flurry of excitement in cloud computing. The stocks sank. Not to worry, says Khatua. Neural networks learn from mistakes.

Its too early to say whether EquBot, which manages only $120 million, will succeed. So far its U.S. fund has lagged behind the S&P 500 by an annualized 3 percentage points, while the international one is running 6 points ahead of its index.

EquBot, which says its funds are the only actively managed ETFs using AI, wont have this turf to itself for long. IBM is selling AI up and down Wall Street. Donna Dillenberger, an IBM scientist in Yorktown Heights, New York, is working on a stock market model with millions of nodes, and she says billion-node systems are around the corner.

An equally large threat comes from those human analysts Khatua is trying to put out of work. They can track drug trials or notice that Amazon doesnt take cash. What EquBot has in its favor is the explosion in digitized data and a comparable growth in chip power. Humans cant keep up with all the connections.

Ninety percent of the data in existence was created in the past two years, says Art Amador, EquBots chief operating officer. In two years that will still be true.

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The Artificially Intelligent Investor: AI And The Future Of Stock Picking - Forbes

TECH 2019: stalls related to technology, artificial intelligence a big draw – The Hindu

After two successful editions, Transforming Education Conference for Humanity (TECH) 2019 conducted their third edition at Hotel Novotel. The three-day conference that commenced on Tuesday was packed with sessions from academicians and entrepreneurs. Apart from that the conference also had stalls put up by start-ups from across the country that are related to technology and artificial intelligence.

The venue had over 13 stalls that brought together the advancements in technology and their application in education. Happy Adda, a Bengaluru-based startup, helped children learn the basics of English and application of numbers through games that can be downloaded on smartphones and tablets. The app that is available for free on Google Play aims to help children build cognitive skills in a fun way. Technology is changing the world around us and it is essential that we adapt to the changes and use it as an advantage. Learning need not essentially be a boring process, several start-ups like ours are working towards making studies a fun, said Raja Sekhar Vasa, co-founder of Happy Adda. The app through its specially crafted games tries to improve English language skills, focussing ability and the reasoning skills in its users.

The largest crowd gathered near Biboxs stall which was educating the visitors about artificial intelligence. As the founder of the start-up, Sandeep Senan explained the need to develop artificial intelligence, robots made by his company entertained people by walking around the venue and doing stunts. It is necessary that we encourage our children to experiment, as only through experimenting they will learn better and move beyond theoretical knowledge, said Mr. Senan.

The conference also had on display the science experiments made by students of APSWER School Centre of Excellence, Madhurawada. The students made models from daily use things to solve issues like warning system for open manholes or cheaper alternatives for expensive farm equipment.

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TECH 2019: stalls related to technology, artificial intelligence a big draw - The Hindu

Aural Analytics Joins Consumer Technology Association Initiative to Set New Standards for Artificial Intelligence in Healthcare – Business Wire

SCOTTSDALE, Ariz.--(BUSINESS WIRE)--Aural Analytics, Inc., a privately held digital health company developing the worlds most advanced speech analytics platform, today announced its participation in the Consumer Technology Association (CTA) initiative to develop new standards and best practices for the use of artificial intelligence (AI) in healthcare.

The CTA AI in Healthcare Working Group, which comprises more than 45 organizations, from major tech companies to health care industry leaders, aims to ultimately enhance health outcomes, improve efficiencies and reduce health care costs.

Aural Analytics is pleased to be working alongside an impressive roster of innovators from across the ecosystem to define standards governing how all modalities, including voice, will be used in healthcare, said Visar Berisha, Ph.D., co-founder, chief analytics officer, Aural Analytics and a member of the working group.

Aural Analytics proprietary platform tracks and analyzes vocal biomarkers (components of speech) that detect and measure subtle, clinically relevant speech changes in patients with neurological conditions that impact speech and language.

Advancing the tremendous potential of artificial intelligence within healthcare requires a rigorous approach and a common understanding of the challenges such as privacy and confidentiality, said Daniel Jones, co-founder, chief executive officer, Aural Analytics. We support CTA and its strategic approach to setting standards in voice and other important modalities that will have far reaching impact within the context of healthcare.

AI has an increasingly significant role in health care today by improving diagnosis, treatment and care, said Rene Quashie, vice president, digital health policy and regulatory affairs, CTA. Across the sector, we are seeing life-changing tech revolutionize health care and some great examples of that will be seen at CES 2020. We convened this group of industry experts to address the challenges of using AI in health care and build an informed framework. Were excited to have Aural Analytics participate in the initiative and provide their expertise to this important work.

About Aural Analytics, Inc.

Aural Analytics, Inc. is a privately held digital health company developing the worlds most advanced speech analytics platform, built on a foundation of 25 years of speech neuroscience research and data. The Companys platform technology is based on pioneering research from Arizona State University and reinforced by multiple high-caliber peer-reviewed publications. Winners of the 2017 Global SCRIP Award for Best Technology in Clinical Trials, Aural Analytics first-to-market technology platform powers health applications all over the world. The Company maintains headquarters in Scottsdale, Ariz. For more information, please visit auralanalytics.com or follow Aural Analytics on Twitter, LinkedIn, Medium and Facebook.

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Aural Analytics Joins Consumer Technology Association Initiative to Set New Standards for Artificial Intelligence in Healthcare - Business Wire

Cryptography and cybersecurity experts gather in Shanghai Dec 13-15 – CryptoNinjas

PlatON, the global trustless computing network, announced that it would be co-organizing and sponsoring the second iteration of theCrypto Innovation School. Accredited with the International Association for Cryptologic Research (IACR), CIS will be hosted in Shanghai, China from December 13-15, 2019 and has been organized in collaboration with Tsinghua University and Shanghai Jiao Tong University.

Renowned scholars and experts in the field are confirmed to be in attendance. This year, award-winning computer scientist and theorist Prof. Andrew Chi-Chih Yao has been invited as an Honourary Chair. A member of the US National Academy of Sciences and the Chinese Academy of Sciences, Yao was awarded the Knuth Prize in 1996 and the Turing Award in 2000 in recognition of his critical contributions to cryptography and computer science, such as Yaos Principle.

CIS 2019 co-chairs include the International Association for Cryptologic Research (IACR) fellow Academician Xiaoyun Wang and Prof. Yu Yu, of Tsinghua University and Shanghai Jiao Tong University, respectively. PlatON CEO Lilin Sun will also be serving as Executive Chair. Dr. Xie will also be serving as an organizing committee member as part of this years winter school.

With digital transformation at the forefront of the global business agenda, greater standards in information security, encryption, and data protection continue to be pioneered around the world. Despite being hidden from public view, cryptography has historically played a critical role in how digital communication and commerce has evolved throughout the years. At CIS, we allow some of the most promising minds in cryptography research to connect with renowned experts in the industry, as they work to examine and understand the current opportunities, risks, and challenges facing us today. PlatON Algorithm Scientist Dr. Xiang Xie

PlatONs trustless computing architecture leverages a broad range of cryptographic algorithms ranging from homomorphic encryption, zero-knowledge non-interactive proofs, and multi-party computation. Having previously sponsored prominent academic cryptography conferences in the past, such as IACR Crypto, Eurocrypt, Asiacrypt, and the ACM Conference on Computer and Communications Security (CCS), encouraging research and education is a key area of focus at PlatON. Its work with CIS strives to expand the influence and application of cryptographic mechanisms amid an increasingly data-driven world.

Open to researchers, students, and cryptography enthusiasts of all levels and from all around the globe, CIS 2019 is expected to host approximately 150 attendees. Last years CIS winter school saw a diverse cohort of over 130 researchers, graduate students, and post-doctoral researchers hailing from countries such as China, India, Singapore, Japan, Korea, France, Germany, and the United States. Hosted in Shenzhen, last years program focused predominantly in areas of privacy-preserving cryptography and featured renowned academics and researchers.

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Cryptography and cybersecurity experts gather in Shanghai Dec 13-15 - CryptoNinjas

At long last, WireGuard VPN is on its way into Linux – ZDNet

How much are people looking forward to WireGuard, the new in-kernel Linux virtual private network (VPN)? Well, Linus Torvalds said, "Can I just once again state my love for it and hope it gets merged soon? Maybe the code isn't perfect, but I've skimmed it, and compared to the horrors that are OpenVPN and IPSec, it's a work of art."

If that sounds like damning with faint praise, you don't know Torvalds. For him, this is high praise. WireGuard has now been committed to the mainline Linux kernel. While there are still tests to be made and hoops to be jumped through, it should be released in the next major Linux kernel release, 5.6, in the first or second quarter of 2020.

WireGuard has been in development for some time. It is a layer 3 secure VPN. Unlike its older rivals, which it's meant to replace, its code is much cleaner and simple. The result is a fast, easy-to-deploy VPN. While it started as a Linux project, WireGuard code is now cross-platform, and its code is now available on Windows, macOS, BSD, iOS, and Android.

It took longer to arrive than many wished because WireGuard's principal designer, Jason Donenfeld, disliked Linux's built-in cryptographic subsystem on the grounds its application programming interface (API) was too complex and difficult. He suggested it be supplemented with a new cryptographic subsystem: His own Zinc library. Many developers didn't like this. They saw this as wasting time reinventing the cryptographic well.

But Donenfeld had an important ally.

Torvalds wrote, "I'm 1000% with Jason on this. The crypto/ model is hard to use, inefficient, and completely pointless when you know what your cipher or hash algorithm is, and your CPU just does it well directly."

In the end, Donenfeld compromised. "WireGuard will get ported to the existing crypto API. So it's probably better that we just fully embrace it, and afterward work evolutionarily to get Zinc into Linux piecemeal." That's exactly what happened. Some Zine elements have been imported into the legacy crypto code in the forthcoming Linux 5.5 kernel. This laid the foundation for WireGuard to finally ship in Linux early next year.

WireGuard works by securely encapsulates IP packets over UDP. It's authentication and interface design has more to do with Secure Shell (SSH) than other VPNs. You simply configure the WireGuard interface with your private key and your peers' public keys, and you're ready to securely talk.

When it arrives, I expect WireGuard to quickly become the new standard for Linux VPNs. With its tiny code-size, high-speed cryptographic primitives, and in-kernel design, it should be faster than all other existing VPN technologies. WireGuard's not just fast, it's secure as well, with its support of state-of-the-art cryptography technologies such as the Noise protocol framework, Curve25519, ChaCha20, Poly1305, BLAKE2, SipHash24, and HKD.

All this is why some companies -- like Mullvad VPN-- adopted WireGuard long before it was incorporated into Linux. As Mullvad co-founder Fredrik Strmberg wrote two-years ago, "We find WireGuard beneficial for a number of reasons. Its simplistic design in few lines of code makes it easier for sysadmins and developers to integrate it correctly -- and harder for them to get it wrong." Thus, "WireGuard will move the world one step closer to our own vision -- of making mass surveillance ineffective."

So, say hi to the future of the VPN. Its name is WireGuard.

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At long last, WireGuard VPN is on its way into Linux - ZDNet

Finally, WireGuard VPN is on its way to Linux – Mash Viral

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Extraordinary increase in the download of mobile VPN applications worldwideCountries with the largest number of mobile VPN application downloads: Indonesia, USA UU., India.

How much do people expect from WireGuard, the new virtual private network (VPN) Linux in the kernel? Well, Linus Torvalds said: "Can I once again express my love for him and expect him to merge soon? Maybe the code isn't perfect, but I've skimmed it and, compared to the horrors of OpenVPN and IPSec, it's a artwork ".

If that sounds like condemning with weak praise, you don't know Torvalds. For him, this is a great compliment. WireGuard has now committed to the main core of Linux. While there are still tests to be done and leaps to jump, it should be launched in the next major version of the Linux kernel, 5.6, in the first or second quarter of 2020.

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WireGuard has been in development for some time. It is a secure Layer 3 VPN. Unlike its older rivals, which it is intended to replace, its code is much cleaner and simpler. The result is a fast and easy to implement VPN. While it started as a Linux project, the WireGuard code is now cross-platform, and its code is now available on Windows, macOS, BSD, iOS and Android.

They took longer to arrive than many wanted because the main WireGuard designer, Jason Donenfeld, did not like the embedded cryptographic Linux subsystem because its application programming interface (API) was too complex and difficult. He suggested that it be complemented with a new cryptographic subsystem: its own zinc library. Many developers did not like this. They saw this as wasting time reinventing the cryptographic well.

But Donenfeld had an important ally.

Torvalds wrote: "I'm 1000% with Jason on this. The model / encryption is difficult to use, inefficient and completely useless when you know what your encryption or hash algorithm is, and your CPU does it right directly."

In the end, Donenfeld got engaged. "WireGuard will move to the existing cryptographic API. Therefore, it is probably better that we adopt it completely and then work evolutionarily to bring Zinc to Linux little by little." That's exactly what happened. Some elements of Zine have been imported into the cryptographic code inherited in the next Linux 5.5 kernel. This laid the groundwork for WireGuard to finally be distributed on Linux early next year.

WireGuard works by encapsulating IP packets securely through UDP. Its authentication and interface design has more to do with Secure Shell (SSH) than other VPNs. Simply configure the WireGuard interface with your private key and the public keys of your peers, and you will be ready to speak safely.

When I arrive, I hope WireGuard will quickly become the new standard for Linux VPNs. With its small code size, high-speed cryptographic primitives and core design, it should be faster than all other existing VPN technologies. WireGuard is not only fast, it is also secure, with its support of state-of-the-art cryptography technologies, such as the Noise protocol framework, Curve25519, ChaCha20, Poly1305, BLAKE2, SipHash24 and HKD.

All this is why some companies, such as Mullvad VPN, adopted WireGuard long before it joined Linux. As Fredrik Strmberg, co-founder of Mullvad, wrote two years ago: "We believe that WireGuard is beneficial for several reasons. Its simplistic design in few lines of code makes it easier for system administrators and developers to integrate it correctly, and it is more difficult for them do it wrong. " Therefore, "WireGuard will bring the world one step closer to our own vision: make mass surveillance ineffective."

Then, say hello to the future of the VPN. It is called WireGuard.

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Finally, WireGuard VPN is on its way to Linux - Mash Viral

Crypto projects to look out for in 2020 – Cryptopolitan

Despite having a boatload of setbacks, the crypto industry has shown steady growth. Now we are at the end of 2019 and here are some crypto projects to look out for in 2020

Saga is a money venture firm seeking to develop its own digital asset SGA as a global currency. The company is based in the United Kingdom and has been working on the project for 24 months ahead of ERC-20 token launch.The company would initially back the asset by a reserve of various fiat currencies. As trust in the asset grows, the reserves would be reduced such that the asset becomes totally independant.

The project attracted a seed funding of 30 million dollars and boasts an advisory board consisting of members from various major industry names including chairman of JPMorgan Chase Internation and former governor of the Bank of Israel. These factors certainly make it one of the crypto projects to look out for in the next year.

RSK is a Bitcoin-based smart contract platform. The second layer protocol seeks to enhance the development of Bitcoin and help it maintain its position as the king of crypto assets. RSK is working to improve the defi ecosystem of the Bitcoin blockchain to make it more attractive for smart contract developers.

QAN is a quantum-proof blockchain platform. Quantum computing is a threat to network security and would only deter the passage of time. However, QAN uses Lattice cryptography to secure its ledger against quantum attacks. This type of cryptography gives a huge boost to network security and increases the scalability of the network.

Fetch.ai allows companies to interact with the servers of other companies directly. It enables firms to pose questions regarding datasets on other firms networks, while payments are made through digital assets. The platform connects IoT devices to form a decentralised economic internet.

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Crypto projects to look out for in 2020 - Cryptopolitan

Quantum computing could be the next big security breakthrough – ITProPortal

The majority of cybersecurity professionals believe quantum computing will develop faster than other security technologies, but for them thats cause for concern.

According to a new report by the Neustar International Security Council (NISC), almost three quarters (74 per cent) are keeping a close eye on the tech, while 21 per cent are doing experiments of their own. To tackle the potential coming crisis, a third (35 per cent) are already developing a quantum strategy, while just 16 per cent arent yet thinking about it.

The vast majority believe quantum computing could become a problem for encryption within five years. Just seven per cent believe quantum supremacy will never happen.

At the same time, almost all CISOs, CSO, CTOs and other security directors are feeling excitement over the potential positive changes quantum computing may bring.

At the moment, we rely on encryption, which is possible to crack in theory, but impossible to crack in practice, precisely because it would take so long to do so, over timescales of trillions or even quadrillions of years, said Rodney Joffe, Chairman of NISC and Security CTO at Neustar.

Without the protective shield of encryption, a quantum computer in the hands of a malicious actor could launch a cyberattack unlike anything weve ever seen.

According to Joffe, the cybersecurity community is already hard at work, researching quantum-proof cryptography.

IT experts of every stripe will need to work to rebuild the algorithms, strategies, and systems that form our approach to cybersecurity, Joffe concluded.

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Quantum computing could be the next big security breakthrough - ITProPortal