Artificial intelligence (AI) allows machines to learn in a way that mimics human intelligence. Once merely the subject of futuristic novels, AI is now being used to improve nearly every industry. If you're a parent, you'll be excited to know that this includes early childhood education. While utilizing AI technology in the classroom might sound strange, the decrease in available teachers warrants such a move. Fortunately, it appears that AI is actually giving children a head start in life.

There is a saying in education that you treasure what you measure. Going by the standardized tests that dominate schools in many countries around the world, we're teaching children that we value only a very narrow definition of intelligence--the ability to solve word problems about train times, or identify the purpose of a World War I treaty on a multiple-choice test. The truth is human intelligence is vast and complex. And in an age when artificial intelligence is capable of nailing IQ tests and mastering knowledge-based curricula, humans may be setting ourselves up to be outshone by technology. "I think we are in danger of dumbing ourselves down," says Rose Luckin, a professor of learning-centered design at University College London who has been studying artificial intelligence and learning for more than 25 years.

My name is Kris Coratti. Thank you for joining us on this very rainy morning. I'm glad you all made it out. We are going to have a fascinating series of discussion this morning on artificial intelligence. This is the latest in our ongoing event series that we call "Transformers." And our speakers this morning are going to explore the regulatory questions around this technology. They going to look at how AI is reshaping the way we live and work. And they're going to discuss how to make sure this technology is used responsibly in the future. Before we begin, I just want to quickly thank our presenting sponsor for this even, Software.org, And so now I'd like to go ahead and welcome to the stage The Washington Post's Tony Romm and Senators Maria Cantwell and Todd Young. And for those who don't know, Senator Cantwell is a Democrat from Washington State. Both are members of a Senate commerce committee which touches on artificial intelligence and many tech issues that we'll talk about today.

In this post, I'm going to build an example of artificial intelligence in the form of a Constraint Satisfaction Problem (or CSP), showing how much mathematics, logic skills, and computer science knowledge can help in the process. For this purpose, I took a puzzle game called Hitori on the popular logic puzzle website Nikoli. I didn't choose Hitori because it was convenient, I literally chose a random game precisely because it didn't matter what the game was for what I wanted to show. Let's begin by learning what a CSP actually is. CSPs are mathematical problems defined as a set of objects whose state must satisfy a number of constraints or limitations.

Rose is a'yuppie' with an'unorthodox family'. While carrying out research for this piece at a startup workspace in London, I procrastinated by asking Rose to tell me the meaning of life. 'There is no meaning, life is just to be,' she responds. Nothing strange there, that would probably have been my response to such an exhausted question. But, there is a difference between Rose and I.

I'm attending the Microsoft Imagine Cup, a global competition that empowers young computer science students to team up and use their creativity, passion and knowledge of technology and quantitative skills to create applications that improve the world in which we live. This year's event is the 16th annual event that includes 49 teams from around the world. Finalists will be vying for the chance to win up to $100K plus a mentoring session with Microsoft CEO Satya Nadella. You can watch the winner being introduced live on July 25th at 9:00 am PT! I had the opportunity to talk with the finalists, watch their demonstrations and ask questions to better understand their knowledge of the space in which they are working.

NEW DELHI – India's first training center for teachers of Japanese was officially opened Monday in the capital, New Delhi. The inauguration ceremony for the center, which is a joint project involving the Indian Ministry of External Affairs and the Japanese Embassy with the support of the Japan Foundation, was attended by Japanese Ambassador to India Kenji Hiramatsu. The ambassador noted in a speech that demand for learning Japanese is growing significantly as the Japan-India relationship flourishes, leading to an increasing number of employment opportunities in Japanese companies in the country. "The number of Japanese companies is increasing every year and is now about four times the number seen 10 years ago. These companies require Indians who can speak the Japanese language, in order to act as bridges between their Indian subsidiaries and headquarters in Japan," he said.

IN DECEMBER 1989 Guido van Rossum, a Dutch computer scientist, set himself a Christmas project. Irked by shortcomings in other programming languages, he wanted to build his own. First, it should be easy to read. Rather than sprawling over line-endings and being broken up by a tangle of curly braces, each chunk would be surrounded with indented white space. Second, it should let users create their own packages of special-purpose coding modules, which could then be made available to others to form the basis of new programs.

In spite of the fact the EdTech market is predicted to reach $252 Billion by 2020 and that over $1 billion was invested in the sector in the US this year alone, many promising initiatives in the sector fail to make any real lasting impact. This is something that Vikas Pota is looking to change by putting education at the heart of the technology discussion. After eight years as CEO of the Varkey Foundation, Pota has now been appointed as Group Chief Executive of Tmrw Digital, Sunny Varkey's new holding company which will oversee all his EdTech businesses and investments, as well as set up a research institute dedicated to finding ways of leveraging technology to democratize access to education. My role at the Foundation taught me how incredibly complex EdTech is. You have this fundamental conflict between a really innovative group of technology entrepreneurs and a schooling system that dates back to the first industrial revolution." Tmrw Digital is a business but its mission will still help to advance the broader societal impact of the Varkey Foundation. It has inherited a portfolio of EdTech investments, with five dedicated funds in Silicon Valley having funded between 400-500 EdTech start-ups so far. You don't make a quick buck in EdTech. Everything we do has to be built on a foundation of sound educational research. Educating a child is a process that takes place over many years, so why do we expect EdTech to deliver learning outcomes instantly?"

Technology experts have stressed the need for schools to prepare students for tomorrow's jobs by increasingly teaching them artificial intelligence (AI) skills to an adequate level. Necip Ozyucel, Cloud and Enterprise Business Group Lead, Microsoft Gulf, said the latest World Economic Forum's'Future of Jobs' report, released in January this year showed that two in three children starting school this year are destined for professional roles yet to be created. "There is an urgent need to recognise that many of the jobs referred to by the World Economic Forum, are supported by artificial intelligence," Ozyucel told Khaleej Times in an exclusive interview. A recent survey by McKinsey & Company on specialist education practice - where 2,000 students, 2,000 teachers and 70 thought leaders across the Americas, Europe and Asia including the Gulf region were interviewed - found that students would be better prepared for'future jobs' if they shored up their soft skills, particularly the social and emotional. And only 42 per cent of employers consider today's graduates as having developed those attributes to an adequate level, according to Ozyucel, "When trying to determine the best approaches to bridge these soft-skills gaps, there is evidence in both studies that students and teachers alike favour collaborative learning scenarios. Mentor-led class discussions or group-learning scored consistently high as the most effective methods of learning," said Ozyucel.