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Posted by Rob Knies
It’s a mouthful. The citation for the A.M. Turing Award presented to Butler Lampson 22 years ago reads as follows:For contributions to the development of distributed, personal computing environments and the technology for their implementation: workstations, networks, operating systems, programming systems, displays, security, and document publishing.As amazing as it might seem, Lampson, indeed, has made seminal contributions to all of these foundational computing advances. His career is as accomplished as imaginable. Oh, the stories that could be told …On Feb. 13, they will be.
Some people, it seems, are simply born to be computer-science researchers.Take Youssef Hamadi, for example. Earlier this week, he was asked a question about challenges he had encountered during a research project. His response began by sharing this revealing nugget:“As a kid, I remember reading that 70 percent of the code written every day is not new,” he recalled. “This is one of the reasons why I decided to become a researcher: to write innovative code every day.”Youssef Hamadi was born for the Bing Code Search project.
It’s mid-February, and the nominations for the 86th Academy Awards have been public for a month. Fans are scrambling to watch all the nominated films they can find. Film buffs debate the talents of Blanchett and Bullock until closing time. Excited partygoers and party throwers are planning feverishly.David Rothschild, too, has his own Oscars preparations in the works. He’s not watching the movies, though. Instead, he’s focusing on the data associated with them.You might recall that Rothschild, an economist from Microsoft Research New York City, made his initial foray into predicting the winners of the Oscars in 2013—and that his forecasts proved accurate in 19 of the 24 Academy Awards categories.Now, he is attempting to improve upon that already gaudy record in the days leading to March 2, when members of the film community gather at Hollywood’s Dolby Theatre for the opening of the envelopes from the Academy of Motion Picture Arts and Sciences.
Today’s burgeoning interest in big data offers tremendous potential for driving services that promise to transform our future. That promise, though, doesn’t come without significant effort.Harnessing the power of big data requires an unprecedented understanding of complex systems. Scalable computational tools are a necessity, as is the ability to comprehend and devise the sorts of scientific questions to extract meaning from masses of data.But that’s not all, says Sharad Goel, senior researcher at Microsoft Research New York City.
“3-D printing’s been around for years and years and years. That was called milling machines and, later on, stereolithography, but the cost has changed by orders of magnitude, which makes it possible—just as lower cost made personal computers become accessible. It’s the same kind of thing, personal manufacturing.”That’s Bill Buxton of Microsoft Research, discussing design during the latest episode in Channel 9’s ongoing series Microsoft Research Luminaries. Buxton, author of the book Sketching User Experiences, is joined by Jeff Han, a pioneer in multitouch interaction, for the first of four weekly discussions with host Larry Larsen, scheduled to be released each Wednesday during the month of February.