Examples of using Supercomputers in English and their translations into Japanese
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What each of these supercomputers has in common is that they all run Linux.
Right now the fastest NASA supercomputers are cranking away at about double the speed of the human brain.
Supercomputers also play an important role in solving the great mystery of the origin of the universe.
Right now, there are supercomputers that can transport quantum information through space, so why not a machine that can send people through space?
Supercomputers are mainly used by research institutions and industrial companies.
The new wave of supercomputers is largely GPU accelerated, the latest TOP500 list of the world's fastest systems shows.
Out of the Top 500 supercomputers in the world, over 80% of them are running Linux.
The architecture will also allow Sun, according to the company, to challenge IBM in the rankings for the world's top supercomputers.
When physicists use large supercomputers to simulate the sun, their research produces massive amounts of data.
Moreover, for one of the world's largest supercomputers, it achieved an extraordinarily high computing efficiency ratio of 93.0.
When physicists use large supercomputers to simulate the sun, it produces massive amounts of data.
Supercomputers like the Sunway TaihuLight are often used to solve complex systems problems of non-linear dynamics.
Supercomputers are types of computers which possess the best processing capacity, and therefore are expensive than other types of computers.
In fact, that's pretty much what some early Intel supercomputers did….
Right now the fastest NASA supercomputers are cranking at about double the speed of the human brain….
Since the Top500 supercomputers list started ranking the industry 25 years ago.
System X made waves last November when it was announced that the system placed third on the Top 500 list, a roster of the world's fastest supercomputers.
NREL supercomputers combined sensor data comprised of 1.6 billion datapoints.
So, in terms of aggregate performance, US supercomputers still have a 37.8% share of the list.
Top-end supercomputers use thousands of processors, draw power measured in megawatts and occupy entire floors of buildings.