Exascale Leaders on Next Horizons in Supercomputing
One way to characterize the challenges of achieving exascale, is to look at how advancing compute, memory/storage, software, and fabric will lead to a future-generation balanced system. …
One way to characterize the challenges of achieving exascale, is to look at how advancing compute, memory/storage, software, and fabric will lead to a future-generation balanced system. …
It has just been announced that there has been a shift in thinking among the exascale computing leads in the U.S. …
The race toward exascale supercomputing gets a lot of attention, as it should. …
Moore’s Law may be slowing down performance increases in compute capacity, but InfiniBand networking did not get the memo. …
In many ways, enterprises and hyperscalers have it easy. Very quickly in the wake of its announcement more than two decades ago, the Java programming language, a kind of virtualized C++, became the de facto standard for coding enterprise applications that run the business. …
Weather modeling and forecasting centers are among some of the top users of supercomputing systems and are at the top of the list when it comes to areas that could benefit from exascale-class compute power. …
The powerful Cori supercomputer, now being readied for deployment at NERSC (The National Energy Research Scientific Computing Center), has been named in honor of Gerty Cori. …
With the International Supercomputing 2016 conference fast approaching, the HPC community is champing at the bit to share insights on the latest technologies and techniques to make simulation and modeling applications scale further and run faster. …
At the dawn of the cloud computing revolution, the winners were determined in their ability to rule with an “iron” fist (the hardware) but over the next ten years, we will see that having an iron-fist basis for rule is far easier than ruling with nuanced, multi-layered intelligence–and it takes a special kind of leader to do that. …
For someone like Steve Pawlowski, who spent well over thirty years at Intel working on a wide range of processors for an even more striking array of platforms, it seems only natural to take a cautious view of entirely new approaches to data processing that require a fundamental rethink of computing hardware and software. …
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