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November 19, 2010
If there was a dominating theme at the Supercomputing Conference this year, it had to be GPU computing. Read more…
November 16, 2010
Although the parallel programming landscape is relatively young, it's already easy to get lost in. Beside legacy frameworks like MPI and OpenMP, we now have NVIDIA's CUDA, OpenCL, Cilk, Intel Threading Building Blocks, Microsoft's parallel programming extensions for .NET, and a whole gamut of PGAS languages. And according to Intel's Tim Mattson, that's not necessarily a good thing. Read more…
November 16, 2010
NVIDIA's CUDA is easily the most popular programming language for general-purpose GPU computing. But one of the more interesting developments in the CUDA-verse doesn't really involve GPUs at all. In September, HPC compiler vendor PGI (The Portland Group Inc.) announced its intent to build a CUDA compiler for x86 platforms. The technology will be demonstrated for the first time in public at SC10 this week in New Orleans. Read more…
November 15, 2010
Data-intensive applications are quickly emerging as a significant new class of HPC workloads. For this class of applications, a new kind of supercomputer, and a different way to assess them, will be required. That is the impetus behind the Graph 500, a set of benchmarks that aim to measure the suitability of systems for data-intensive analytics applications. Read more…
November 15, 2010
SGI has made good on its promise to create a petaflop-in-a-cabinet supercomputer that can scale up to tens and even hundreds of cabinets. Developed under the code name "Project Mojo," the company has dubbed the new product Prism XL. SGI will be showcasing the system this week in their exhibit booth at the Supercomputing Conference in New Orleans. Read more…
November 14, 2010
Like every technology-based sector, high performance computing takes its biggest leaps by the force of disruptive innovation, a term coined by the man who will keynote this year's Supercomputing Conference (SC10) in New Orleans. Clayton M. Christensen doesn't know a whole lot about supercomputing, but he knows a great deal about the forces that drive it. Read more…
Microbiome research is on the rise because the microbiome is linked to a plethora of conditions and diseases, including COVID-19. Accelerating microbiome research is a priority at the UC San Diego Center for Microbiome Innovation (CMI). There, and at other research institutions, such research introduces new high-performance computing challenges due to the large volumes of data, the I/O-intensive demands of microbiome computational analysis, and the multi-disciplinary and collaborative nature of the research. Download this white paper to learn how CMI tackled these problems using an HPC storage infrastructure that delivers consistently high performance, speeds data exploration and discovery, and simplifies storage management for administrators.
Current studies and trends indicate a shift beyond HPC experimentation in public clouds to increasing adoption and maturation in cloud HPC offerings. This webcast focuses on how to unleash the on-demand compute power of cloud HPC and ensure a successful workload-based approach. Join AWS; Western Digital; and Flux7, an NTT DATA Company, for a transparent and in-depth discussion on the latest innovations
In this SpotlightON we take a look at the fast-expanding world of AI use cases. In some sense it’s harder to identify what won’t be a potential use case for AI. Today, finance, internet commerce, healthcare, energy discovery and management, and IoT applications are all hot beds of AI development and deployment. Many more will follow. Learn how your work day and business may benefit from these experiences.
Manufacturers face growing competition as new players enter the global market all the time. To stay ahead of rivals, manufacturers increasingly rely on digital modeling and simulation tools for product design, analysis and testing with the help of HPC and CAE. So how is HPC enabling innovation for manufacturers from small to large?
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