Let me start by stating that here in the UK, we call Waldo Wally. And as I'm writing this post at my desk at Pi Towers, Cambridge, I have taken the decision to refer to the red and white-clad fellow as Wally moving forward. There's Waldo is a robot built to find Waldo and point at him. The robot arm is controlled by a Raspberry Pi using the PYARM Python library for the UARM Metal. Once initialized the arm is instructed to extend and take a photo of the canvas below.

This article was written in collaboration with Deloitte. While chatting with some non-technology colleagues recently, I learned many believe Brexit may drive a level of technology change within organizations comparable to the Y2K bug in the late 1990s. The high level of technology replacement for Y2K (or the Millennium Bug, as it was also called) was driven by the risk that many systems would simply quit operating at midnight on 1 January 2000. There was a significant degree of nervousness, grounded partially in commercial reality but short of some of the wilder predictions, like that planes might fall out of the sky. Organizations had to make significant preparations for the "worst case scenario" to protect themselves from the most disruptive potential outcomes.

"I'm sure that you will find love," the robot said after an awkward pause, drawing a firm end to the couple's relationship, and prompting laughter from the audience. "I'm so tired," it added. Mr. Mirowski made a final attempt to save things, but the robot would not listen. You're my friend," it said, emotionless. For someone who had just been dumped in front of a paying audience, Mr. Mirowski looked happy. Because the A.I. he created had worked, and stuck to the topic at hand -- a rare event, he said later in an interview. For the past few years, A.I. has been generating attention -- and alarm -- in many areas of arts and culture. Start-ups and tech giants are developing A. I. systems that can write music, for example, while others are using the technology to generate art. Some fear these projects will put musicians and artists out of work. Using computers to make comedy has received less attention, but it has a surprisingly long history. In the early 1990s, researchers at the University of Edinburgh wrote a program that could produce question-based puns such as "What do you call a good-looking taxi?

It is a practical, hands-on course, i.e. we will spend some time dealing with some of the theoretical concepts related to both statistical and machine learning regression analysis. However, majority of the course will focus on implementing different techniques on real data and interpret the results. After each video you will learn a new concept or technique which you may apply to your own projects.

Your smartphone knows your wedding anniversary is coming up, and you have a chat with it about how you might celebrate the event. Based on its deep understanding of you and your spouse, the device suggests a romantic weekend in Paris. It knows from your photos and calendar that you got engaged at a small bistro in the 9th arrondissement, and from your travel history it knows you favor a boutique hotel near Parc Monceau and your preferred airline is Air France. It creates an itinerary and presents it to you for your approval. After you've used your smartphone a few times to book trips, you trust the artificial intelligence (AI) that powers it so much that you authorize it to book everything -- and to negotiate on your behalf -- without even checking with you.

Following on from a report that identified artificial intelligence (AI) as crucial in overcoming challenges in the legal industry, Information Age wanted to delve deeper into the subject. As a result, we got in touch Geoffrey Vance, the chair of Perkins Coie's E-Discovery Services and Strategy Practice, and Alvin Lindsay, partner at Hogan Lovells. Vance took over the Perkins Coie practice 3 years ago after leading McDermott Will & Emery's e-discovery group for 7 years, and has led Perkins Coie to be one of the first to use AI for various discovery, litigation and other legal needs. He's seen associates get more involved in this kind of work right at the start of their careers, and spoke to Information Age about the evolution of their roles with the rise of AI. At the same time, Lindsay has written about potential of AI in the legal industry and is well placed to comment on this encroaching trend.

Thousands of leading scientists have urged their colleagues against helping governments create killer robots, making the movie The Terminator a reality. In other words, killer robots, that could eventually develop a mind of their own and take over the world. Scientists have vowed they will not support robots "that can identify and attack people without human oversight." Two leading experts backing the commitment, Demis Hassabis at Google DeepMind and Elon Musk at SpaceX, are among the more than 2,400 signatories whom have pledged to deter military firms and nations from building lethal autonomous weapon systems, referred to as Laws. The move is the latest from concerned scientists and organizations about giving a machine the power to choose someone's fate of life or death.

LONDON – Tokyo has topped a list of the world's most innovative cities, leapfrogging London and New York after embracing the "globe-shaking trends of robotics and 3-D manufacturing." The Japanese capital has risen rapidly since entering the top 10 of the Innovation Cities Index three years ago behind Paris, and was one of three Asian cities to feature this year. "What really surprised us this year was the resurgence of Tokyo, moving up to eclipse rival cities like Boston," said Christopher Hire, director of commercial data provider 2thinknow, which published the annual ranking on Friday. "They showed clear direction by embracing smart technology change to lead innovation and leadership in what we have identified as the twin long-term globe-shaking trends of robotics and 3-D manufacturing." Singapore, Sydney and Seoul also ranked highly in the index, which judges cities on 162 indicators including web censorship, wealth distribution and the potential for green businesses.

An expert recently advised parents to play computer games along with their children - but have they any hope of winning? According to William Shakespeare: "Cowards die many times before their deaths." If he had been alive today, he could have added that the middle-aged computer gamer dies with even greater regularity. Every day, as I try to recapture the skills of my youth, I suffer the ignominy of being repeatedly blasted out of virtual existence, probably by a primary school pupil. Then, as I grudgingly hand over the console controller to my 12-year-old son, I watch as he makes it all look so easy.

With advances in artificial intelligence impacting every industry from healthcare to retail, it's no wonder people are scared. After all, these pesky machines can already perform a great many tasks better than us humans and it's only going to get worse. I'm not just talking about replacing mindless busywork like sorting mail and processing tax returns – I'm talking about AI systems taking on complex jobs like forecasting financial markets, diagnosing medical patients, even making optimized hiring decisions, and doing it all better than highly trained humans. Consider the field of radiology. To become a practicing radiologist in the US, an aspiring doctor must devote 4 years to undergraduate education, another 4 years to medical school and a final 4 years to a radiology residency program.