词条 | Numerical Wind Tunnel (Japan) |
释义 |
It consisted of parallel connected 166 vector processors with a gate delay as low as 60 ps in the Ga-As chips. The resulting cycle time was 9.5 ns. The processor had four independent pipelines each capable of executing two Multiply-Add instructions in parallel resulting in a peak speed of 1.7 Gflop/s per processor. Each processor board was equipped with 256 Megabytes of central memory.[4][5] References1. ^Rmax – The highest score measured using the LINPACK benchmark suite. This is the number that is used to rank the computers. Measured in quadrillions of floating point operations per second, i.e. petaflops. {{S-start}}{{S-ach|rec}}{{S-bef|before=Thinking Machines CM-5/10242. ^Rpeak – This is the theoretical peak performance of the system. Measured in Pflops. 3. ^{{cite web|title=Sublist Generator|url=http://www.top500.org/statistics/sublist/|publisher=top500.org|accessdate=21 November 2012}} 4. ^TOP500 Annual Report 1994. 5. ^{{Cite conference|author=N. Hirose and M. Fukuda|year=1997|title=Numerical Wind Tunnel (NWT) and CFD Research at National Aerospace Laboratory|conference=Proceedings of HPC-Asia '97|publisher=IEEE Computer Society|doi=10.1109/HPC.1997.592130}} 59.7 gigaflops}}{{S-ttl | title = World's most powerful supercomputer | years = November 1993 }}{{s-aft|after=Intel Paragon XP/S140 143.4 gigaflops}}{{S-bef|before=Intel Paragon XP/S140 143.4 gigaflops}}{{S-ttl | title = World's most powerful supercomputer | years = November 1994 – December 1995 }}{{s-aft|after=Hitachi SR2201 220.4 gigaflops}}{{S-end}} 6 : 1993 in science|Fujitsu|One-of-a-kind computers|Supercomputing in Japan|Vector supercomputers|Wind tunnels |
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