With all this talk about chatbots from Facebook and Microsoft, teaching artificial intelligence to be smarter has become a central topic of the tech world. But what about what AI can teach us? Ashok Goel, a computer science professor at Georgia Tech, put that question to the test when he added "Jill Watson" – a chatbot powered by IBM's Watson technology – to his list of of teaching assistants for an online course. The chatbot was so good at answering questions that students did not notice their TA was made of silicon until after they'd turned in their finals. Some of the biggest names in tech are coming to TNW Conference in Amsterdam this May.

We're working hard, having fun, making history; come join us! As a member of the Digital Products Machine Learning Platform team, you will be responsible for leading the development and launch of core platform features. You will have significant influence on our overall strategy by helping define these features, drive the system architecture, and spearhead the best practices that enable a quality product. The ideal candidate is clearly passionate about new opportunities and has a demonstrable track record of success in delivering new features and products. A commitment to team work, hustle, and strong communication skills (to both business and technical partners) are absolute requirements.

If you want to tackle competition and be a leader in your own right you need inevitably to gain competitive advantages. Otherwise, you are bound to be just one more in the bunch of those left behind. So the question is: how to become a leader and, if possible, an awesome leader? By this, I mean the kind of front-runner that sees what the others don't; the kind of strategist that anticipates his competitor's actions; the resilient believer that doesn't hesitate and goes staunchly the extra mile before the others. Altogether, the driving force that irradiates a huge resolve that convinces the others around that there is an upcoming light at the end of the tunnel.

Artificial Intelligence (AI) is bettering the world in myriad ways, and its next task is to revolutionize healthcare. According to Dr Robert Wachter, MD – chair of the Department of Medicine at the University of San Francisco – radiology, dermatology and pathology will soon be upended by the technology. In his latest book, The Digital Doctor: Hope, Hype, and Harm at the Dawn of Medicine's Computer Age, Dr Wachter outlines his case for why AI and other technologies are joining forces to create a "digital tsunami". In many ways, 2016 will mark the tipping point, as improvements in underlying technologies that power AI have helped more than three dozen startups to expand their presence in the market. Putting specific technologies aside for a moment, the biggest trend to watch may be how advances are dramatically altering the healthcare landscape.

How to Build a Mind Artificial Intelligence Reloaded A foray into the present, future and ideas of Artificial Intelligence. Are we going to build (beyond) human-level artificial intelligence one day? Nobody knows, because the specs are not fully done yet. But let me give you some of those we already know, just to get you started. While large factions within the philosophy of mind still seem to struggle over the relationship between mind, world, meaning, intentionality, subjectivity, phenomenal experience, personhood and autonomy, Artificial Intelligence (AI) offers a clear and concise set of answers to these basic questions, as well as avenues of pursuing their eventual understanding.

WIRE)--Cornerstone OnDemand (NASDAQ:CSOD), the global leader in cloud-based talent management software solutions, today announced the launch of its suite of people analytics products, all of which are available today. This includes the introduction of Cornerstone View, an interactive data visualization application that gives business leaders deeper intelligence about their people, as well as Cornerstone Planning, an intuitive workforce planning application that helps organizations easily create, manage and execute accurate hiring plans over multiple time horizons. The company also added two new dashboards to Cornerstone Insights, its predictive and prescriptive analytics solution that equips business leaders with the intelligence to better recruit, train, manage and develop their people. Cornerstone's portfolio of analytics offerings applies sophisticated data science and the most refined machine learning system for talent management to help organizations harness the power of real-time people data. The Cornerstone Analytics suite is built on top of the world's largest network of shared talent data, representing more than 16 years of workforce management activity across 25 million users globally, nearly 2,700 organizations across all industries and seven talent management dimensions –recruiting, onboarding, training and development, performance management, compensation management, succession planning and workplace collaboration.

It's probably years away from being used in West Virginia, but computer-based artificial intelligence appears to be helping law enforcement officers find wildlife poachers. Researchers are combining AI with something called "game theory" to plan patrols based on the topography, game movements and past instances of illegal activity in a given area. "In most parks, ranger patrols are poorly planned, reactive rather than pro-active, and habitual," said Fei Fang, a Ph.D. candidate in the computer science department at the University of Southern California. In other words, the horse is usually out of the barn by the time the law arrives -- and if the law does happen to arrive before law breakers do their thing, officers execute their patrols so predictably the bad guys often are able to avoid them. The National Science Foundation and the Army Research Office are supporting research into using AI to put patrols on the ground before poachers have a chance to poach.

Watson, IBM's computer brain, has a lot of talents. It mastered "Jeopardy!," it cooks, and even tries to cure cancer. On Tuesday, IBM Security announced a new cloud-based version of the cognitive technology, dubbed "Watson for Cybersecurity." In the fall, IBM will be partnering with eight universities to help get Watson up to speed by flooding it with security reports and data. The plan as of now is for Watson to process up to 15,000 documents about digital security a month -- including everything from blog posts to videos -- so that it can get a feel for the sometimes esoteric terminology of the cybersecurity world.

This week, New Orleans has played host to an enormous international gathering of cancer researchers at the American Association for Cancer Research Annual Meeting. At the meeting, FLG's own Katie Draper caught up with Niven Narain of Boston-Based biopharma company BERG to learn about cancer drug development, and explore how artificial intelligence can contribute to precision medicine. FLG: Tell us a bit about yourself and your role at BERG. NN: Sure, I'm Niven Narain, Founder and CEO of BERG, and as Founder much of my role involves bringing forth the vision of the technologies, and to put forward these products that are now in clinical trials for cancer, namely BPM31510. The vision is really to get these drugs to patients as quickly as possible, but importantly using a precision medicine approach so that we're not falling into a one-size-fits all.

Collaboration With STFC Hartree Centre Taps into IBM Watson to Improve Patient Experience. Alder Hey Children's NHS Foundation Trust today announced a ground-breaking multi-year collaborative programme with the Science and Technology Facilities Council's (STFC) Hartree Centre, supported by IBM (NYSE: IBM), to create the United Kingdom's first'cognitive' hospital by harnessing'big data' and the power of IBM's Watson technology platform. This is the first time that Watson technology will be applied to improve patient experience in the United Kingdom. Alder Hey and the Hartree Centre believe that by applying Watson -- an innovation in computing technology -- it will enhance patient care and potentially generate savings for both the hospital and the NHS (National Health Service) as a whole. Using Watson to analyse any feedback that is voluntarily and securely provided by the patients, with appropriate consent as needed, it is anticipated that Alder Hey will be able to greatly enhance patient experience by; identifying patient anxieties and providing information and reassurance on-demand; reminding young patients and their parents about appointments and about aftercare; and providing insightful feedback to clinicians based on the tone and sentiment of these interactions.