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Microsoft Research Connections Blog

The Microsoft Research Connections blog shares stories of collaborations with computer scientists at academic and scientific institutions to advance technical innovations in computing, as well as related events, scholarships, and fellowships.

  • Microsoft Research Connections Blog

    Try F#—Data Console to Big and Broad Data

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    Today, we are excited to announce the latest release of Try F#, a set of resources that makes it easy to learn and program with F# in your browser. It’s available over a wide range of platforms and doesn’t require a download of Microsoft Visual Studio. Try F# quickly reveals the value of the versatile F# programming language.

    Learn how to program in F#. Create and share code with the new release of Try F#

    Try F# enables users to learn F# through new tutorials that focus on solving real-world problems, including analytical programming quandaries of the sort that are encountered in finance and data science. But Try F# is much more than a set of tutorials. It lets users write code in the browser and share it with others on the web to help grow a community of F# developers.

    This latest release of Try F# is an evolution that keeps the tool in synch with the new experiences and information-rich programming features that are available in F# 3.0, the latest version of the language. The tutorials incorporate many domains, and help users understand F#’s new powerful “type providers” for data and service programming in the browser-based experience.

    F# has become an invaluable tool in accessing, integrating, visualizing, and sharing data analytics. Try F# thus has the potential to become the web-based data console for bringing “big and broad data,” including the associated metadata, from thousands of sources (eventually millions) to the fingertips of developers and data scientists. Try F# helps fill the need for robust tools and applications to browse, query, and analyze open and linked data. It promotes the use of open data to stimulate innovation and enable new forms of collaboration and knowledge creation.

    For example, to answer a straightforward question such as, “Is US healthcare cost-effective?” researchers now need to look at several datasets, going back and forth between an integrated development environment (IDE) and webpages to figure out if they’ve found what they need.

    With Try F#, a researcher can quickly and easily access thousands of schematized and strongly-typed datasets. This presents huge opportunities in today’s data-driven world, and we strongly encourage all developers and data scientists to use Try F# to seamlessly discover, access, analyze, and visualize big and broad data.

    Evelyne Viegas, Director of Semantic Computing, Microsoft Research Connections
    Kenji Takeda, Solutions Architect, Microsoft Research Connections

     
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  • Microsoft Research Connections Blog

    Seeing Your World Through a Different Light

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    WorldWide Telescope at South by SouthwestAs the saying goes: everything is bigger in Texas. And coming this weekend, March 8 to 10, there will be a couple of Texas-sized telescopes at the South by Southwest (SXSW) Interactive Festival in Austin. Housed in the mammoth NASA Experience Tent, a wall-sized display will show off Microsoft Research’s WorldWide Telescope (WWT), demonstrating the amazing capabilities of the world’s largest virtual telescope. Outside, on the lawn of the Long Center, there will be a full-scale model of the next generation of the Hubble Telescope, the James Webb Space Telescope (JWST)—a truly impressive piece of engineering that’s the size of a tennis court.

    Microsoft Research is partnering with NASA, Northrop Grumman, and the Space Telescope Science Institute to offer a truly interactive exhibit, with University of Texas, Austin, astronomy students on hand to show off details of the JWST model on Microsoft Surface devices. Meanwhile, WWT will provide festival goers with an immersive virtual experience as they fly through the universe and explore the planets and stars. As you may know, the WWT brings together imagery from the world’s best ground and space-based telescopes and combines it with 3-D navigation. It also includes guided tours of interesting places in the sky, created and narrated by astronomers and educators.

    WorldWide Telescope Experience
    WorldWide Telescope Experience

    In addition to the huge WorldWide Telescope display, Microsoft Perceptive Pixel stations will be accessible, enabling visitors to explore space, Earth, and history—all at their fingertips. By using Microsoft Research ChronoZoom, a candidate for a 2013 SXSW Interactive Award, visitors will be able to explore all of history—from the Big Bang to today—and see connections that cut across disciplines and cultures. Prominent participants at SXSW Interactive will include Microsoft researchers, such as Jonathan Fay, who will deliver daily talks on the WWT and participate in the panel session, “Beyond Hubble: NASA's Next Great Telescope (JWST).”

    James Webb Space Telescope
    James Webb Space Telescope

    Another of my Microsoft Researcher colleagues, Donald Brinkman, will take part in the “Big Heritage, Big Quilts, and Big Canvases” panel discussion on the use of applications to visualize works of cultural significance. Donald’s panel will feature demos of applications built on Microsoft Pixelsense and Surface devices that provide both scholars and the public with an intimate and interactive experience of cultural touchstones, such as AIDS Memorial Quilt, the largest community-created piece of folk art in the world.

    In addition to the schedule of great talks, we will also be using Skype to broadcast live daily from the NASA clean room at Goddard Space Center for audience Q&A.

    We look forward to seeing you in Texas for truly unique and interactive experience.
     
    Dan Fay, Director of Earth, Energy, and Environment; Microsoft Research Connections

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    New Research Grants Aim at Combating Human Trafficking

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    New Research Grants Aim at Combating Human Trafficking

    In December 2011, Dr. danah boyd and I were pleased to announce an RFP (request for proposal), funded by the Microsoft Digital Crimes Unit and Microsoft Research, for projects that investigate the role of technology in the human trafficking of minors in the United States. In that announcement, we provided a framework for thinking about the intersections between technology and human trafficking. Today, June 13, 2012, I’m happy to announce that the recipients of these funds have been selected. After reviewing many promising proposals, we have allocated a total grant of US$185,000 among six proposals, each of which involves unique, imperative research. We are excited about the progress we expect to make in understanding the role of technology in human trafficking with the work of these amazing researchers. The recipients are:

    • Dr. Nicole Bryan, Dr. Ross Malaga, and Dr. Sasha Poucki of Montclair State University and Dr. Rachel Swaner of the Center for Court Innovation, for research on how networked technologies, including the Internet, mobile phones, and social media, are used by “johns” to procure children for sexual purposes.
    • Dr. Susan McIntyre of Calgary, Alberta; Dr. Dawne Clark of Mount Royal University; and Norm Lewis, research assistant at Mount Royal University, for research on the role of technology in the recruiting, buying, and selling of victims in the sex trafficking industry.
    • Professor Mary G. Leary of the Catholic University of America, for a comprehensive assessment of judicial opinions on child sex trafficking issued over the last 10 years.
    • Dr. Kimberly Mitchell of the University of New Hampshire Crimes Against Children Research Center, for research on technology’s role in facilitating child sex trafficking and understanding the benefits and obstacles for law enforcement.
    • Dr. Jennifer Musto of Rice University, for research on how law enforcement leverages the benefits—and overcomes the obstacles—of using technology in combating the trafficking of children for commercial sexual exploitation.
    • Dr. Anna W. Shavers, Dr. Dwayne Ball, Professor Matt Waite, Professor Sriyani Tidball, and Dr. David Keck of the University of Nebraska-Lincoln, for research into identifying the clandestine language that is used in web advertising of child sex trafficking and conceptualizing intelligent software to identify such online advertisements.

    Today, human trafficking stands the fastest growing criminal industry in the world; in fact, this form of modern-day slavery has the dubious distinction of ranking alongside the trade in illegal arms as the second-largest international criminal industry, trailing only drug dealing. The research funded by these grants is sorely needed.
     
    It is very encouraging to see the significant actions taken against this heinous crime in the past year. Government agencies, NGOs, advocacy organizations, and corporations are working to increase awareness, research, and action in this area. One area all these organizations highlight is the need for more data and rigorous research on the extent of the human-trafficking problem, which includes understanding technology’s role in human trafficking. Unfortunately, there is a paucity of verifiable data on exactly how technology is abetting the crime—or how technology might be used to combat it.

    The Microsoft Digital Crime Unit and Microsoft Research hope to make a difference by funding research that will yield valuable data about the role that technology plays in child sex trafficking, with the ultimate goal of developing new disruptive approaches and innovations to address the problem. As a technology service provider, Microsoft has a stake in ensuring that its technologies are not contributing to crime, particularly crimes against children. We hope to use the findings and insights from these projects to drive advancements in the fight against trafficking.

    As the lead for Microsoft Research Connections’ initiative on Growing Women in Computing, I strongly believe that support of research into technology’s role in societal issues will excite a new generation of women about the potential of careers in computer science. Today, only approximately 1,800 women graduate from computer science programs in the United States; we need to inspire more young women to pursue careers in the field and make breakthroughs in areas that are relevant to women. Their research will not only help us understand how to begin addressing the crime of human trafficking, but will also inspire more young women to pursue careers where they can make a positive impact in society. These women will help us solve societal problems and use technology in ways we can’t imagine.

    I want to congratulate the recipients cited above, and I look forward to building a rigorous academic community of social scientists, economists, business researchers, legal researchers, psychologists, and computer scientist to help solve the scourge of human trafficking.

    Rane Johnson-Stempson, Principal Research Director for Education and Scholarly Communication, Microsoft Research Connections

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