Parallel Programming Talk #81 - Robert Chesebrough's Experiences Parallelizing a Game using OpenMP

Welcome to Show 81 of Parallel Programming Talk. Today is June 15th and were talking with Robert Chesebrough about his experiences Parallelizing a Game using OpenMP

First The News:

July 12 - Threading Challenge Phase 1 Problem 2 Closes

Choose the right level for you! Please see official rules for more information or visit the dedicated forum for this problem to get your questions answered.  Good Luck!

Participate in Intel® 20 Questions Contest and win free Intel® Parallel Studio license and gift card! Answer basic questions about Intel® Parallel Studio for a chance to win free license and gift card. Visit Intel® 20 Questions Contest home page to learn more. Intel Parallel Studio helps developers improve software performance, both for sequential and parallel algorithms. This contest will be an enjoyable exploration of the various features, capabilities and components of Intel Parallel Studio.

Announcing Intel Concurrent Collections for Haskell 0.1

Intel Unveils New Product Plans for High-Performance Computing Intel® Many Integrated Core Chips at the International Supercomputing Conference last week.

  • The first product codenamed "Knights Corner" will target Intel's 22nm process and use Moore's Law to scale to more than 50 Intel cores.

  • Intel® Xeon® processors and Intel® Many Integrated Core architecture-based products to share common tools, software algorithms and programming techniques.

  • Products build upon Intel's history of many-core related research including Intel's "Larrabee" program and Single-chip Cloud Computer.

  • The share of the TOP500 list that features Intel processors grows to 408 systems, nearly 82 percent.

Intel® IPP 7.0 beta is available now, your feedback is critical to the success of our product. We are especially interested in your feedback on the key features listed below. We also encourage you to send us feedback about our beta programs, web site and support services.

New key features:

  • New performance optimziations for the Intel® Advanced Vector Extensions (Intel AVX) for faster floating point operations in signal processing and image processing domains for the upcoming Sandy Bridge processors.

  • Intel® AES-NI optimization

  • Improved performance and new capabilities for high-level Data Compression Libraries (zlib, bzip2, gzip and lzo)

  • Improved JPEG codec multicore performance scaling, now up to 6x speedup on 8-core systems.

  • New JPEG-XR CODEC, (aka HD Photo) a new image compression standard which provides

UPCRC Illinois Summer School to be held July 19-23, 2010 at the University of Illinois at Urbana-Champaign. Prerequisites for the summer school include solid programming experience (C, C++, C# or Java languages) and a demonstrated interest in applying multicore programming to academic or professional pursuits.

If you have questions you'd like to see up discuss, ideas for show topics or just want to send fan mail....

On Today's Show:

Robert Chesebrough is a Senior Course Architect in the Intel Innovative Software Education team, and is responsible for bringing new course content to the ISE portfolio. He has been a contributing manager and/or course ware developer and instructor for Intel Software College for over 8 years. He spearheaded Intel's effort in the High School Parallelism boot cap at Brooklyn Technical High School in July 2009 and continues to spearhead efforts with mid school & high school education with the New Mexico Supercomputing Challenge.

Robert Chesebrough has blogged extensively about his experiences Parallelizing a Game using OpenMP.

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And remember, let's be thread safe out there.
Para obtener más información sobre las optimizaciones del compilador, consulte el aviso sobre la optimización.