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Posted by Rob Knies
Perhaps you’ve heard about Project Adam over the last few days. That work, which shows that large-scale, commodity distributed systems are able to train extra-large deep neural networks efficiently, has received its share of attention in the tech media this week after being featured during the 2014 Microsoft Research Faculty Summit in the event-opening keynote address by Microsoft executive Harry Shum.Or maybe you saw the story On Welsh Corgis, Computer Vision, and the Power of Deep Learning, which appeared on the Microsoft Research website. That one was based on a fascinating interview with project colleagues Trishul Chilimbi and Johnson Apacible—one not dissimilar to Channel 9’s engaging video discussion with Chilimbi as part of the Microsoft Research Luminaries series.
Software development is not for the faint-hearted. Programmers often work long hours, typing code while staring at computer monitors. Computer software can include millions of lines of code, so given the nature and the volume of the work involved, mistakes are unavoidable.Those mistakes—known in tech circles as “bugs”—can cause serious consequences for customers. Eliminating coding bugs is well-nigh impossible, but for software companies, reducing their numbers by any reasonable means is a high priority.Now, Microsoft researcher Andrew Begel and a few academic and industrial colleagues are trying a novel approach to reduce coding errors: tracking the eye movements and other mental and physical characteristics of developers as they work.
Cortana, the personal assistant for Windows Phone 8.1, certainly has received plenty of attention since being announced in April. Her ability to make your day-to-day life easier by managing your information and keeping you up to date has made her one of the most discussed technological developments of the year.Now, Cortana is about to get smarter—way smarter.This fall, she will be able to point the way to a wealth of information from the academic community. Cortana is powered by Bing, and soon, that search engine will have academic data tightly integrated and prominently featured on its search pages.The new functionality, announced July 14 during the 15th annual Microsoft Research Faculty Summit, represents the latest step for Microsoft Academic Search, which has been a test bed for research ideas for fields such as data mining, named-entity disambiguation, and visualization. This research project has served as a means to explore the challenges in searching for scholarly works, such as achieving author disambiguation, determining publication influence, and constructing graphs of related authors.
With the World Cup final between Germany and Argentina set for July 13 at Estadio do Maracana in Rio de Janeiro, the powerful appeal of sporting events to a global audience becomes apparent once again. What began with a 3-1 victory for host Brazil over Croatia nearly a month ago has reached the point of soccer-fueled hysteria.Simply stated, people love their sports.Give the people what they want—that’s the goal of the team of Microsoft researchers and developers that have put together the Leibniz contributions to the Bing Sports app, which debuted on the Windows 8.1 desktop on Feb. 23 with Associated Press feeds about the National Basketball Association. Article-reader impressions in the app spiked immediately.
It was almost a year ago, in this space, that you might have learned the astounding news that a team of two researchers from Yale University and one from Microsoft Research had announced a proof of a riddle that had eluded mathematicians for more than half a century.The Kadison-Singer conjecture, first proposed by Richard Kadison and Isadore Singer in 1959, pertains to the mathematical foundations of quantum mechanics. At the time, experts suggested that the implications could be significant. That, says Nikhil Srivastava of Microsoft Research India, is starting to come true.Now, during the 2014 annual meeting of the Society for Industrial and Applied Mathematics (SIAM), being held in Chicago from July 7 to 11, the breakthrough is earning a more immediate reward. The 2014 George Pólya Prize will be presented to Srivastava and colleagues Adam W. Marcus and Daniel A. Spielman by Irene Fonseca, professor of mathematics at Carnegie Mellon University and current SIAM president.