- Parallel Success Starts With Proper Planning“Measure twice; cut once.” That maxim of carpentry is also good advice for parallel programming, according to a recent technical paper...
- Best, Brightest Parallel Students Work for “Betterment of Life on Earth”Who will help create the next-generation of faster, higher resolution parallel computing models to help counter climate change, global warming and...
- Wanted: Energy-Efficient SupercomputersWho says super-fast computing has to be energy-wasting computing? That challenging question is at the core of a discussion workshop on...
- Data Deluge Bottlenecking BreakthroughsData complexity and lack of scalability of underlying algorithms is bottlenecking the nation’s ability to analyze and apply massive amounts of...
- Barcelona Supercomputing Center Joins OpenMP boardBarcelona Supercomputing Center (BSC) has joined the OpenMP Architecture Review Board (ARB), a consortium of 24 vendors and research organizations creating...
- $1,734 Helps You Master Parallel UniverseMystified by aspects of parallel computing? You’re not alone. But take heart. Advance orders are being taken on Amazon.com for...
Embedded, Parallel Worlds Converging
HPC Drives Life Science Research at Texas Supercomputing Center
Improving Your Coding AND Professional Craft
Meeting New Challenges of Scaling Parallelism Across and Within Cores
Parallel Platform Report: Believe it – Affordable HPC is Here
Xeon Phi Powers HPC Stampede
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Embedded, Parallel Worlds Converging
Embedded developers are starting to reap benefits from parallel processing, as so-called intelligent systems gain in popularity and manageability. “Some of the tools we’ve been providing on larger systems are now finding themselves really useful in the embedded world,” explains Herb Hinstorff, Director of Marketing and Sales, Software Developer Products …
HPC Drives Life Science Research at Texas Supercomputing Center
Life science accounts for a key segment of the 3,000 research scientists in astronomy, biology, chemistry, physics, aerospace engineering, petroleum engineering and geosciences using the Stampede supercomputer system at the Texas Advanced Computing Center (TACC) at the University of Texas, Austin. “Oscar” Jiao, the center’s life science computing specialist, recently …
Improving Your Coding AND Professional Craft
Becoming a better parallel coder can also make you smarter in your professional field, according to Michael D’Mello, Program Manager, Tools Immersion Program at Intel. Increasing mastery of programming tools not only ups your development game, but over time can become “an integral part of your workflow and thought …
Meeting New Challenges of Scaling Parallelism Across and Within Cores
With today’s powerful new multi-core processors, if you’re not vectorizing – breaking data into chunks – you risk leaving 8x or 16X of Intel Xeon Phi’s theoretical peak power on the table and not scaling code efficiently. The solution, according to Intel’s Ron Green, is for programmers to start …
Parallel Platform Report: Believe it – Affordable HPC is Here
Until now, Go Parallel Hardware Correspondent R. Colin Johnson wondered if high-performance computing (HPC) was just overhyped rebranding of supercomputing. But after going deep with Gartner and IDC analysts and seeing small and medium businesses economically turn x86 servers into HPCs to analyze everything from stocks to pizza sauces, this …
Xeon Phi Powers HPC Stampede
The “Stampede” supercomputer system at the Texas Advanced Computing Center is the first very large-scale implementation of Intel’s Xeon Phi coprocessor. The systems brings 9 petaflops of performance to scientists in field ranging from astronomy, biology, chemistry, physics, aerospace engineering, petroleum engineering and geosciences to make pursuing discoveries in their …
Four Trends Driving Parallel Popularity
In a few short years, adoption of parallel programming has grown widely. Intel’s top Parallel Evangelist James Reinders discusses the four trends driving developer interest. (15:44) 1. Better tools for parallel programming 2. Better programming models for SW programmers 3. Wildly more parallelism on HW 4. Understanding how to …
Ask James Reinders: “Do I Really Need to Learn About TBB’s to Program in Parallel?”
In this new series tackling questions from the Go Parallel community, Intel’s Chief Evangelist James Reinders says you don’t have to learn about Threaded Building Blocks, but there are no free passes. Got a question for James? Email jmaglitta@slashdotmedia.com For more information on the Threaded Building Blocks click here.
How Developers Can Handle the New Hardware Complexity
More processors, more cores, more threads, wider registers. The latest generation of new processors introduces new complexity. Today’s “hardware explosion” requires a new way of thinking about architecting, building and tuning parallel programs to take advantage of powerful new capabilities. Join Intel Senior Engineer Gary Carleton and Go Parallel Editor …
Four Reasons Why the Importance of Parallel Programming is Rising: Intel’s James Reinders previews keynote at the 2013 Intel Software Conference Road Show
Better tools, better programming models, significantly more hardware parallelism, and better-educated programmers are ushering in a new era of parallelism. Learn how these trends can help you better unleash unprecedented parallelism in a captivating keynote by Intel Evangelist James Reinders at the upcoming Intel Software Conference road show. James …









