Now Watson Wants to Be a Judge
December 27, 2016
IBM has deployed Watson in many fields, including the culinary arts, sports, and medicine. The big data supercomputer can be used in any field or industry that creates a lot of data. Watson, in turn, will digest the data, and depending on the algorithms spit out results. Now IBM wants Watson to take on the daunting task of judging, says The Drum in “Can Watson Pick A Cannes Lion Winner? IBM’s Cognitive System Tries Its Arm At Judging Awards.”
According to the article, judging is a cognitive process and requires special algorithms, not the mention the bias of certain judges. In other words, it should be right up Watson’s alley (perhaps the results will be less subjective as well). The Drum decided to put Watson to the ultimate creative test and fed Watson thousands of previous Cannes films. Then Watson predicted who would win the Cannes Film Festival in the Outdoor category this year.
This could change the way contests are judged:
The Drum’s magazine editor Thomas O’Neill added: “This is an experiment that could massively disrupt the awards industry. We have the potential here of AI being able to identify an award winning ad from a loser before you’ve even bothered splashing out on the entry fee. We’re looking forward to seeing whether it proves as accurate in reality as it did in training.
I would really like to see this applied to the Academy Awards that are often criticized for their lack of diversity and consisting of older, white men. It would be great to see if Watson would yield different results that what the Academy actually selects.
Whitney Grace, December 27, 2016
The Data Sharing of Healthcare
December 8, 2016
Machine learning tools like the artificial intelligence Watson from IBM can and will improve healthcare access and diagnosis, but the problem is getting on the road to improvement. Implementing new technology is costly, including the actual equipment and training staff, and there is always the chance it could create more problems than resolving them. However, if the new technology makes a job easier and resolves situations then you are on the path to improvement. The UK is heading that way says TechCrunch in, “DeepMind Health Inks New Deal With UK’s NHS To Deploy Streams App In Early 2017.”
London’s NHS Royal Free Hospital will employ DeepMind Health in 2017, taking advantage of its data sharing capabilities. Google owns DeepMind Health and it focuses on driving the application of machine learning algorithms in preventative medicine. The NHS and DeepMind Health had a prior agreement in the past, but when the New Scientist made a freedom of information request their use of patients’ personal information came into question. The information was used to power the Streams app to sent alerts to acute kidney injury patients. However, ICO and MHRA shut down Streams when it was discovered it was never registered as a medical device.
The eventual goal is to relaunch Streams, which is part of the deal, but DeepMind has to repair its reputation. DeepMind is already on the mend with the new deal and registering Streams as a medical device also helped. In order for healthcare apps to function properly, they need to be tested:
The point is, healthcare-related AI needs very high-quality data sets to nurture the kind of smarts DeepMind is hoping to be able to build. And the publicly funded NHS has both a wealth of such data and a pressing need to reduce costs — incentivizing it to accept the offer of “free” development work and wide-ranging partnerships with DeepMind…
Streams is the first step towards a healthcare system powered by digital healthcare products. As already seen is the stumbling block protecting personal information and powering the apps so they can work. Where does the fine line between the two end?
Whitney Grace, December 8, 2016
IBM Thinks Big on Data Unification
December 7, 2016
So far, the big data phenomenon has underwhelmed. We have developed several good ways to collect, store, and analyze data. However, those several ways have resulted in separate, individually developed systems that do not play well together. IBM hopes to fix that, we learn from “IBM Announces a Universal Platform for Data Science” at Forbes. They call the project the Data Science Experience. Writer Greg Satell explains:
Consider a typical retail enterprise, which has separate operations for purchasing, point-of-sale, inventory, marketing and other functions. All of these are continually generating and storing data as they interact with the real world in real time. Ideally, these systems would be tightly integrated, so that data generated in one area could influence decisions in another.
The reality, unfortunately, is that things rarely work together so seamlessly. Each of these systems stores information differently, which makes it very difficult to get full value from data. To understand how, for example, a marketing campaign is affecting traffic on the web site and in the stores, you often need to pull it out of separate systems and load it into excel sheets.
That, essentially, has been what’s been holding data science back. We have the tools to analyze mountains of data and derive amazing insights in real time. New advanced cognitive systems, like Watson, can then take that data, learn from it and help guide our actions. But for all that to work, the information has to be accessible.”
The article acknowledges that progress that has been made in this area, citing the open-source Hadoop and its OS, Spark, for their ability to tap into clusters of data around the world and analyze that data as a single set. Incompatible systems, however, still vex many organizations.
The article closes with an interesting observation—that many business people’s mindsets are stuck in the past. Planning far ahead is considered prudent, as is taking ample time to make any big decision. Technology has moved past that, though, and now such caution can render the basis for any decision obsolete as soon as it is made. As Satell puts it, we need “a more Bayesian approach to strategy, where we don’t expect to predict things and be right, but rather allow data streams to help us become less wrong over time.” Can the humans adapt to this way of thinking? It is reassuring to have a plan; I suspect only the most adaptable among us will feel comfortable flying by the seat of our pants.
Cynthia Murrell, December 7, 2016
All the Things Watson Could Do
November 21, 2016
One of our favorite artificial intelligence topics has made the news again: Watson. Technology Review focuses on Watson’s job descriptions and his emergence in new fields, “IBM’s Watson Is Everywhere-But What Is It?” We all know that Watson won Jeopardy and has been deployed as the ultimate business intelligence solution, but what exactly does Watson do for a company?
The truth about Watson’s Jeopardy appearance is that very little of the technology was used. In reality, Watson is an umbrella name IBM uses for an entire group of their machine learning and artificial intelligence technology. The Watson brand is employed in a variety of ways from medical disease interpretation to creating new recipes via experimentation. The technology can be used for many industries and applied to a variety of scenarios. It all depends on what the business needs resolved. There is another problem:
Beyond the marketing hype, Watson is an interesting and potentially important AI effort. That’s because, for all the excitement over the ways in which companies like Google and Facebook are harnessing AI, no one has yet worked out how AI is going to fit into many workplaces. IBM is trying to make it easier for companies to apply these techniques, and to tap into the expertise required to do so.
IBM is experiencing problems of its own, but beyond those another consideration to take is Watson’s expense. Businesses are usually eager to incorporate new technology, if the benefit is huge. However, they are reluctant for the initial payout, especially if the technology is still experimental and not standard yet. Nobody wants to be a guinea pig, but someone needs to set the pace for everyone else. So who wants to deploy Watson?
Whitney Grace, November 21, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
Lucidworks Hires Watson
November 7, 2016
One of our favorite companies to track is Lucidworks, due to their commitment to open source technology and development in business enterprise systems. The San Diego Times shares that “Lucidworks Integrates IBM Watson To Fusion Enterprise Discovery Platform.” This means that Lucidworks has integrated IBM’s supercomputer into their Fusion platform to help developers create discovery applications to capture data and discover insights. In short, they have added a powerful big data algorithm.
While Lucidworks is built on open source software, adding a proprietary supercomputer will only benefit their clients. Watson has proven itself an invaluable big data tool and paired with the Fusion platform will do wonders for enterprise systems. Data is a key component to every industry, but understanding and implementing it is difficult:
Lucidworks’ Fusion is an application framework for creating powerful enterprise discovery apps that help organizations access all their information to make better, data-driven decisions. Fusion can process massive amounts of structured and multi-structured data in context, including voice, text, numerical, and spatial data. By integrating Watson’s ability to read 800 million pages per second, Fusion can deliver insights within seconds. Developers benefit from this platform by cutting down the work and time it takes to create enterprise discovery apps from months to weeks.
With the Watson upgrade to Lucidworks’ Fusion platform, users gain natural language processing and machine learning. It makes the Fusion platform act more like a Star Trek computer that can provide data analysis and even interpret results.
Whitney Grace, November 7, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
Watson Ads for Branded Answers to the Little Questions of Life
September 6, 2016
Here is a potent new way for brands to worm their way into every aspect of consumers’ lives. “IBM Watson Is Now Offering AI-Powered Digital Ads That Answer Consumers’ Questions,” we learn from AdWeek. Watson Ads will hook users up with answers to their everyday questions—answers supplied by advertisers. Apparently, IBM’s Weather-Company acquisition supplied the tools behind this product. Writer Christopher Heine explains:
IBM’s relatively new ownership of The Weather Company’s digital properties is coming into play in a serious fashion: Watson Ads will first appear on Weather.com, the Weather mobile app and the company’s data-driven WeatherFX platform. Later, IBM plans to allow them to appear on third-party properties.
Campbell Soup Company, Unilever and GSK Consumer Healthcare are some of the brands that will run the ads in the coming days. Watson Ads’ pricing details were not disclosed.
Jeremy Steinberg, global head of sales, The Weather Company, described how they work, stating that ‘machine learning and natural-language capabilities will allow it to provide accurate responses. What we’re doing is moving away from keyword searches and towards more natural language and well-reasoned answers.
Heine outlines Campbell’s plan as an example—their Watson Ads will present “Chef Watson,” the helpful AI which suggests recipes based on criteria like available ingredients, the time of day, and what the weather is like. Those recipes will be pulled from Campbell’s existing site Campbell’s Kitchen. Not surprisingly, their ingredient lists rely heavily on Campbell’s product line (which goes well beyond soup these days).
Another Watson Ads client is GSK Consumer Healthcare, which plans to use the tech to help users make better real-time health decisions—a worthy project, I’ll admit. I am curious to see how Unilever, and other companies down the line, will leverage their digital voices of authority. See the article for more details on the project.
Cynthia Murrell, September 6, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
There is a Louisville, Kentucky Hidden Web/Dark Web meet up on September 27, 2016.
Information is at this link: https://www.meetup.com/Louisville-Hidden-Dark-Web-Meetup/events/233599645/
IBM Takes Its University Initiative to Scotland
August 22, 2016
The article on Inside HPC titled IBM Partners with University of Aberdeen to Drive Cognitive Computing illustrates the circumstances of the first Scottish university partnership with IBM. IBM has been collecting goodwill and potential data analysts from US colleges lately, so it is no surprise that this endeavor has been sent abroad. The article details,
In June 2015, the UK government unveiled plans for a £313 million partnership with IBM to boost big data research in the UK. Following an initial investment of £113 million to expand the Hartree Centre at Daresbury over the next five years, IBM also agreed to provide further support to the project with a package of technology and onsite expertise worth up to £200 million. This included 24 IBM researchers, stationed at the Hartree Centre, to work side-by-side with existing researchers.
The University of Aberdeen will begin by administering the IBM cognitive computing technology in computer science courses in addition to ongoing academic research with Watson. In a sense, the students exposed to Watson in college are being trained to seek jobs in the industry, for IBM. They will have insider experience and goodwill toward the company. It really is one of the largest nets cast for prospective job applicants in industry history.
Chelsea Kerwin, June 22, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph There is a Louisville, Kentucky Hidden /Dark Web meet up on August 23, 2016.
Information is at this link: https://www.meetup.com/Louisville-Hidden-Dark-Web-Meetup/events/233019199/
IBM’s Champion Human Resources Department Announces “Permanent” Layoff Tactics
August 16, 2016
The article on Business Insider titled Leaked IBM Email Says Cutting “Redundant” Jobs Is a “Permanent and Ongoing” Part of Its Business Model explores the language and overall human resource strategy of IBM. Netherland IBM personnel learned in the email that layoffs are coming, but also that layoffs will be a regular aspect of how IBM “optimizes” their workforce. The article tells us,
“IBM isn’t new to layoffs, although these are the first to affect the Netherlands. IBM’s troubled business units, like its global technology services unit, are shrinking faster than its booming businesses, like its big data/analytics, machine learning (aka Watson), and digital advertising agency are growing…All told, IBM eliminated and gained jobs in about equal numbers last year, it said. It added about 70,000 jobs, CEO Rometty said, and cut about that number, too.”
IBM seems to be performing a balancing act that involves gaining personnel in areas like data analytics while shedding employees in other areas that are less successful, or “redundant.” This allows them to break even, although the employees that they fire might feel that Watson itself could have delivered the news more gracefully and with more tact than the IBM HR department did. At any rate, we assume that IBM’s senior management asked Watson what to do and that this permanent layoffs strategy was the informed answer provided by the supercomputer.
Chelsea Kerwin, August 16, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
There is a Louisville, Kentucky Hidden /Dark Web meet up on August 23, 2016.
Information is at this link: https://www.meetup.com/Louisville-Hidden-Dark-Web-Meetup/events/233019199/
The Watson Update
July 15, 2016
IBM invested a lot of resources, time, and finances into developing the powerful artificial intelligence computer Watson. The company has been trying for years to justify the expense as well as make money off their invention, mostly by having Watson try every conceivable industry that could benefit from big data-from cooking to medicine. We finally have an update on Watson says ZDNet in the article, “IBM Talks About Progress On Watson, OpenPower.”
Watson is a cognitive computer system that learns, supports natural user interfaces, values user expertise, and evolves with new information. Evolving is the most important step, because that will allow Watson to keep gaining experience and learn. When Watson was first developed, IBM fed it general domain knowledge, then made the Watson Discovery to find answers to specific questions. This has been used in the medical field to digest all the information created and applying it to practice.
IBM also did this:
“Most recently IBM has been focused on making Watson available as a set of services for customers that want to build their own applications with natural question-and-answer capabilities. Today it has 32 services available on the Watson Developer Cloud hosted on its Bluemix platform-as-a-service… Now IBM is working on making Watson more human. This includes a Tone Analyzer (think of this as a sort spellchecker for tone before you send that e-mail to the boss), Emotion Analysis of text, and Personality Insights, which uses things you’ve written to assess your personality traits.”
Cognitive computing has come very far since Watson won Jeopardy. Pretty soon the technology will be more integrated into our lives. The bigger question is how will change society and how we live?
Whitney Grace, July 15, 2016
There is a Louisville, Kentucky Hidden Web/Dark
Web meet up on July 26, 2016. Information is at this link: http://bit.ly/29tVKpx.
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
The Computer Chip Inspired by a Brain
July 6, 2016
Artificial intelligence is humanity’s attempt to replicate the complicated thought processes in their own brains through technology. IBM is trying to duplicate the human brain and they have been successful in many ways with supercomputer Watson. The Tech Republic reports that IBM has another success under their belt, except to what end? Check out the article, “IBM’s Brain-Inspired Chip TrueNorth Changes How Computers ‘Think,’ But Experts Question Its Purpose.”
IBM’s TrueNorth is the first computer chip with an one million neuron architecture. The chip is a collaboration between Cornell University and IBM with the BARPA SyNAPSE Program, using $100 million in public funding. Most computer chips use the Von Neumann architecture, but the TrueNorth chip better replicates the human brain. TrueNorth is also more energy efficient.
What is the purpose of the TrueNorth chip, however? IBM created an elaborate ecosystem that uses many state of the art processes, but people are still wondering what the real world applications are:
“ ‘…it provides ‘energy-efficient, always-on content generation for wearables, IoT devices, smartphones.’ It can also give ‘real-time contextual understanding in automobiles, robotics, medical imagers, and cameras.’ And, most importantly, he said, it can ‘provide volume-efficient, unprecedented neural network acceleration capability per unit volume for cloud-based streaming processing and provide volume, energy, and speed efficient multi-modal sensor fusion at an unprecedented neural network scale.’”
Other applications include cyber security, other defense goals, and large scale computing and hardware running on the cloud. While there might be practical applications, people still want to know why IBM made the chip?
” ‘It would be as if Henry Ford decided in 1920 that since he had managed to efficiently build a car, we would try to design a car that would take us to the moon,’ [said Nir Shavit, a professor at MIT’s Computer Science and Artificial Intelligence Laboratory]. ‘We know how to fabricate really efficient computer chips. But is this going to move us towards Human quality neural computation?’ Shavit fears that its simply too early to try to build neuromorphic chips. We should instead try much harder to understand how real neural networks compute.’”
Why would a car need to go to the moon? It would be fun to go to the moon, but it doesn’t solve a practical purpose (unless we build a civilization on the moon, although we are a long way from that). It continues:
” ‘The problem is,’ Shavit said, ‘that we don’t even know what the problem is. We don’t know what has to happen to a car to make the car go to the moon. It’s perhaps different technology that you need. But this is where neuromorphic computing is.’”
In other words, it is the theoretical physics of computer science.
Whitney Grace, July 6, 2016
Sponsored by ArnoldIT.com, publisher of the CyberOSINT monograph
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