Searching for "Performance evaluation and tuning of GRAPE-6 - towards 40 "real" Tflops." – sorted by Relevance.
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The Performance of the Intel TFLOPS Supercomputer
- The Performance of the Intel TFLOPS Supercomputer Greg Henry, Enterprise Server Group, Beaverton
- Cited by 8 (1 self) – Add To MetaCart
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Scalable Platform Services on the Intel TFLOPS
- -integrated, custom hardware design of the Intel TFLOPS supercomputer naturally tends toward more frequent system
- Cited by 1 (0 self) – Add To MetaCart
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An 8.61 Tflop/s Molecular Dynamics Simulation for NaCl with a Special-Purpose Computer
- of the particles. The peak speed of MDM is 78 Tflop/s. The detailed description was given by Narumi et al. [6, 7, 8
- Cited by 1 (0 self) – Add To MetaCart
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apeNext: A Multi-Tflops LGT Computing Project
- architectural goals: an expected peak performance for large machines in excess of 5 TFlops, using double
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A 1.349 Tflops simulation of black holes in a galactic center on GRAPE-6
- A 1.349 Tflops simulation of black holes in a galactic center on GRAPE-6* Junichiro Makino
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A 26.58 Tflops Global Atmospheric Simulation with the Spectral Transform Method on the Earth
- network with its total peak performance of 40.96 Tflops. The sustained performance of 26.58 Tflops
- Cited by 15 (1 self) – Add To MetaCart
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A 29.5 Tflops simulation of planetesimals in Uranus-Neptune region on GRAPE-6
- on the GRAPE-6 special-purpose computer. The achieved performance number is 29.5 Tflops for a simulation with 1
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14.9 TFLOPS Three-dimensional Fluid Simulation for Fusion Science with HPF on the Earth Simulator
- GFLOPS Peak performance of each PN: 64 GFLOPS Peak performance of total system: 40 TFLOPS Shared memory
- Cited by 11 (0 self) – Add To MetaCart
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16.4-Tflops Direct Numerical Simulation of turbulence by Fourier spectral method on the Earth
- thus consists of 5120 APs with 10 TB of main memory and the peak performance of 40Tflops[1]. Each AP
- Cited by 5 (0 self) – Add To MetaCart
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Simulations of QCD in the Era of Sustained Tflop/s Computing
- performance in the tens of Tflop/s range. We study performance and scaling of our quantum chromodynamics
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