If they are doing their jobs right, the high performance computing centers around the world in academic and government institutions are supposed to be on the cutting edge of any new technology that boosts the performance of simulation, modeling, analytics, and artificial intelligence. …
As we head toward the annual Supercomputing Conference season we wanted to take a moment for a level-set on exascale. …
Air is an absolutely terrible medium with which to move or remove heat from a system, but it sure is a lot easier and cheaper (well, at least in terms of the cost of goods sold) than adding some sort of liquid cooling to a system. …
Seismic processing cloud infrastructure provider, DUG, has enough combined compute power to grace the leading ten systems on the Top 500 list of the world’s most powerful supercomputers, with around 30 petaflops for seismic processing, full waveform inversion, petrophysics, and other HPC applications in oil and gas via many of its own software packages. …
The last several years have been challenging for the oil and gas industry on nearly all fronts. …
Artificial intelligence is taking center stage in the IT industry, fueled by the massive growth in the data being generated and the increasing need in HPC and mainstream enterprises for capabilities ranging from analytics and automation. …
If not for delays, the long-awaited Aurora supercomputer at Argonne National Lab would likely just be coming online. …
While it might not happen anytime soon, traditional supercomputing could be in for a sea change with wider acceptance of lower-precision calculations. …
The term “mainstream” in the context of the largest systems on the planet still only means a select few. …
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