In 2011, the National Institute of Informatics initiated a project that would enable a robot with artificial intelligence to gain entry at the University of Tokyo. Like most students, in order to study in the school, all applicants must go through the mandatory entrance exam. University of Tokyo, or Todai, wanted to create an artificial intelligence program that is smart enough to do it. They hoped to have this goal fulfilled in March 2022. However, the team decided that it is abandoning that program when its latest AI robot failed to gain admission at Todai.

This videos contains my response to the'God is a Computer Programmer Documentary' I recently uploaded.

One of the best ways to get me into an interview is to tick me off. That's how this piece on AI and diversity began. I got a PR pitch on behalf of HiringSolved. It was about the benefits of AI to recruiting – but little on the algorithmic discrimination we've covered on diginomica ("You're not our kind of people" – why analytics and HR fail many good people). So I asked if the CEO of HiringSolved, Shon Burton, would be up for a hard look at machine-assisted recruiting.

All-natural and organic are familiar terms to consumers, and anything artificial has become anathema to many. Unless we're talking artificial intelligence – or AI – then investors should be hungry to learn as much as possible about a technology that is becoming as ubiquitous as organic tofu. The vast majority of nearly 2,000 experts polled by the Pew Research Center in 2014 said they anticipate robotics and artificial intelligence will permeate wide segments of daily life by 2025. A 2015 study covering 17 countries found that artificial intelligence and related technologies added an estimated 0.4 percentage point on average to those countries' annual GDP growth between 1993 and 2007, accounting for just over one-tenth of those countries' overall GDP growth during that time. Interesting numbers – but just what is artificial intelligence?

Machine-learning and artificial intelligence are considered by many to be radical tools that will revolutionize entire industries. Everything from self-driving cars, to our photo apps, Netflix recommendations, and digital assistants, is driven by this technology, and we'll become even more reliant upon it in the future. That's why Intel is looking to capitalize on this and has created its own AI-optimized chip. Most neural networks, machine-learning algorithms, and pretty much everything we'd describe as artificial intelligence currently relies on graphics cards. Both the learning, and a big part of the implementation is driven by GPUs which have proven remarkably adept at processing such data.

"The corridor connecting Cambridge, Milton Keynes, and Oxford could be the UK's Silicon Valley," the Infrastructure Commission said in a report published this week. The report recommended bringing forward £100 million in funding to create a western section of the East West Rail project by 2024, and that the government should commit up to a further £10 million in development funding to continue work on the central section, the part that would link Oxford with Cambridge. There used to be a rail link between Oxford and Cambridge but it was closed in 1967. It currently takes two and a half hours and two changes via London to travel by train between the university cities. The report describes the journey as "difficult, slow and unreliable," contrasting it to the strong north-south links to and from London.

Machine learning, artificial intelligence--whatever the label, it's fast becoming a way to reinvent enterprise IT mainstays and for the companies on top to stay on top. Consider four of the most familiar names in technology: Intel, Google, IBM, and Microsoft are investing heavily in ML/AI with hardware designs intended to greatly accelerate the next generation of applications. What it's doing: The world's best-known chipmaker recently introduced a new line of CPUs specifically aimed at ML applications: Knights Mill. It also mentioned plans to meld its CPUs with reprogrammable FPGA processors, a powerful but relatively underexploited technology for Intel. Why it's doing so: As the PC market continues to melt away like an Arctic glacier, Intel has been hunting for methods to make up the difference.

Onalytica analyzed tweets over the last 6 months mentioning the keywords M2M OR "Machine to Machine." They then identified the top 100 most influential brands and individuals leading the discussion on Twitter. Machine to Machine (M2M) refers to direct communication between devices using any communications channel, including wired and wireless. The M2M market is undergoing a fast transformation as enterprises are increasingly realizing the value of connecting geographically dispersed people, devices, sensors and machines to corporate networks. It is for precisely this reason that the Global M2M market is expected to grow to 27 billion devices, generating $1.6 trillion in revenue in 2024.

Google has released a handful of AI experiments that tap into advances in machine learning in creative ways. They include Quick, Draw!, a game in which an algorithm tries to guess what you're sketching, A.I. Duet, which lets you compose pieces of music with a creative computer, and ways to visualize how neural networks represent information and see the world. The projects show off some new AI features Google has built into an overhauled cloud computing platform. But they also help make AI less mysterious, and hint at ways in which the technology may become more accessible to all of us. Take Quick, Draw!, for example.

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