TOP 500 2016 Rank Site System Cores Rmax

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TOP 500 (2016) Rank Site System Cores Rmax (TFlop/s) 1 National Supercomputing Center in

TOP 500 (2016) Rank Site System Cores Rmax (TFlop/s) 1 National Supercomputing Center in Wuxi China Sunway Taihu. Light Sunway MPP, Sunway SW 26010 260 C 1. 45 GHz, Sunway NRCPC 10, 649, 600 93, 014. 6 125, 435. 9 15, 371 2 National Super Computer Center in Guangzhou China Tianhe-2 (Milky. Way-2) TH-IVB-FEP Cluster, Intel Xeon E 5 -2692 12 C 2. 200 GHz, TH Express-2, Intel Xeon Phi 31 S 1 P NUDT 3, 120, 000 33, 862. 7 54, 902. 4 17, 808 3 DOE/SC/Oak Ridge National Laboratory United States Titan - Cray XK 7 , Opteron 6274 16 C 2. 200 GHz, Cray Gemini interconnect, NVIDIA K 20 x Cray Inc. 560, 640 17, 590. 0 27, 112. 5 8, 209 4 DOE/NNSA/LLNL United States Sequoia - Blue. Gene/Q, Power BQC 16 C 1. 60 GHz, Custom IBM 1, 572, 864 17, 173. 2 20, 132. 7 7, 890 5 RIKEN Advanced Institute for Computational Science (AICS) Japan K computer, SPARC 64 VIIIfx 2. 0 GHz, Tofu interconnect Fujitsu 705, 024 10, 510. 0 11, 280. 4 12, 660 МФТИ - 2016 Rpeak (TFlop/s) Power (k. W)

TOP 500 (продолжение) Mira Blue. Gene/Q, Power BQC 16 C 1. 60 GHz, Custom

TOP 500 (продолжение) Mira Blue. Gene/Q, Power BQC 16 C 1. 60 GHz, Custom IBM 6 DOE/SC/Argon ne National Laboratory United States 7 DOE/NNSA/LA Xeon E 5 -2698 v 3 16 C 2. 3 GHz, Aries NL/SNL United States interconnect 786, 432 8, 586. 6 10, 066. 3 3, 945 301, 056 8, 100. 9 11, 078. 9 115, 984 6, 271. 0 7, 788. 9 2, 325 185, 088 5, 640. 2 7, 403. 5 196, 608 5, 537. 0 7, 235. 2 2, 834 Trinity - Cray XC 40, Cray Inc. 8 9 10 Swiss National Supercomputin g Centre (CSCS) Switzerland HLRS Höchstleistungs rechenzentrum Stuttgart Germany King Abdullah University of Science and Technology Saudi Arabia Piz Daint - Cray XC 30, Xeon E 52670 8 C 2. 600 GHz, Aries interconnect , NVIDIA K 20 x Cray Inc. Hazel Hen - Cray XC 40, Xeon E 52680 v 3 12 C 2. 5 GHz, Aries interconnect Cray Inc. Shaheen II - Cray XC 40, Xeon E 52698 v 3 16 C 2. 3 GHz, Aries interconnect Cray Inc. МФТИ - 2016

Что они делают? Cray Has Deep Learning Supercomputer in the Works Michael Feldman |

Что они делают? Cray Has Deep Learning Supercomputer in the Works Michael Feldman | October 11, 2016 04: 21 CEST As HPC vendors like IBM and HPE have added deep learning-optimized systems to their product portfolio, Cray has been more cirumspect about its plans in this area. We talked with Cray CTO Steve Scott about how they view this new application area of high performance computing and what they may have in the pipeline to serve this burgeoning market. МФТИ - 2016

Что они делают? Jülich Supercomputing Centre Deploys Cray and IBM Systems for Human Brain

Что они делают? Jülich Supercomputing Centre Deploys Cray and IBM Systems for Human Brain Project Michael Feldman | September 30, 2016 07: 54 CEST The Jülich Supercomputing Centre has installed a couple of HPC systems to support neuroscience applications as part of special EU-funded procurement for the European Human Brain Project (HBP). The two machines, JURON, from IBM, and JULIA, from Cray, are pilot systems that will be used evaluate technologies and architecture for a much larger HBP supercomputer down the line. МФТИ - 2016

Произведение матриц Do k=1, n do i=1, n do j=1, n c(I, j, k)=a(k,

Произведение матриц Do k=1, n do i=1, n do j=1, n c(I, j, k)=a(k, i)*b(j, k) enddo Enddo МФТИ - 2016

Алгоритм Штрассена С 11=P 1+P 4 -P 5+P 7 C 12=P 3+P 5 C

Алгоритм Штрассена С 11=P 1+P 4 -P 5+P 7 C 12=P 3+P 5 C 21=P 2+P 4 C 22= P 1 -P 2+P 3+P 6 МФТИ - 2016

Редукция Система с трехдиагональной матрицей ai-1 ui-2 -bi-1 ui-1+ci-1 ui=fi-1 *ai/bi-1 aiui-1 -biui+ciui+1=fi ai+1

Редукция Система с трехдиагональной матрицей ai-1 ui-2 -bi-1 ui-1+ci-1 ui=fi-1 *ai/bi-1 aiui-1 -biui+ciui+1=fi ai+1 ui-bi+1 ui+1+ci+1 ui+2=fi+1 *ci/bi+1 МФТИ - 2016

Редукция Система с трехдиагональной матрицей ai-1 ai/bi-1 ui-2 - ai ui-1+ci-1 ai/bi-1 ui=fi-1 ai/bi-1

Редукция Система с трехдиагональной матрицей ai-1 ai/bi-1 ui-2 - ai ui-1+ci-1 ai/bi-1 ui=fi-1 ai/bi-1 aiui-1 -biui+ciui+1=fi ai+1 ci/bi+1 ui- ciui+1+ci+1 ci/bi+1 ui+2=fi+1 ci/bi+1 МФТИ - 2016