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Program Systems Institute Russian Academy of Sciences1 Program Systems Institute Research Activities Overview Extended Version Alexander Moskovsky, Program.

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Presentation on theme: "Program Systems Institute Russian Academy of Sciences1 Program Systems Institute Research Activities Overview Extended Version Alexander Moskovsky, Program."— Presentation transcript:

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2 Program Systems Institute Russian Academy of Sciences1 Program Systems Institute Research Activities Overview Extended Version Alexander Moskovsky, Program Systems Institute RAS, Russia, Pereslavl-Zalessky

3 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science 2 Institute Structure Institute Structure  ~200 research staff  Artificial Intelligence Research Centre  Medical Informatics Research Centre  Research Center for Multiprocessor Systems  System Analysis Research Centre  Control Processes Research Centre  Scientific and educational centre:  International Children’s Computer Centre named after A. Aylamazyan  Kindergarten and Primary school “Pochemuchka”

4 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science “SKIF-GRID” PROJECT TIMELINE PSI RAS is a lead organizarion in Russian Federation SKIF project, SKIF K-1000 is #98 in Top June 2004 – first proposal filed for “SKIF-GRID” project 3. March 2007 – approved by Government 4. March SKIF-MSU supercomputer deployed (#36 in June 08 Top 500) 5. May “SKIF-Testbed” federation created. 6. March 2009 – alliance agreement signed for SKIF series 4 development

5 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science SKIF MSU  Theoretical peak performance 60 TFlops  47 TFlops Linpack  Advanced clustering solutions:  diskless computational nodes  Original blade design ParameterValue CPU architecture:x86-64 CPU model:Intel XEON E5472 3,0 GHz (4-cores) Nodes (dual CPU)625 CPU cores total5 000 InterconnectInfiniband DDR, Fat Tree

6 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science PROJECT ORGANIZATION: Project directions 1. Grid technology 2. Supercomputers SW SW HW HW 3. Security 4. Pilot projects – applications of HPC and grid technology Totally more than 20 organizations in Russia

7 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of ScienceSKIF-AuroraSKIF-Aurora  Fulfillment of original SKIF-GRID project goals (back to 2004)  Highest density of performance (increase number of FLOPS per 1U)  Interconnect: we need better scalability, bandwidth and latency that it’s provided by best available solutions (eg. Infiniband QDR)  New approach to monitoring and management of the supercomputer  CPUs and accelerators in computational nodes of the supercomputer

8 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science SKIF Aurora Overview  Nodes:  dual-CPU boards (Nehalem)  FPGA for 3D torus interconnect  Infiniband QDR integrated  liquid cooling  Chassis:  32 nodes  Integrated management and monitoring  Integrated Infiniband QDR  Cables integrated on backplane  Rack:  Up to 8 chassis (512 CPU)  No moving parts  Designed by an alliance of Eurotech, PSI RAS and RSC SKIF with support by Intel chassis RackDatacenter

9 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science SKIF-4 node

10 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science Subsidiary Interconnect, Infiniband Our proposal  Based on SKIF-Aurora architecture:  Interconnect w. 3-D torus topology  FPGA on network level 9 System Interconnect, 3D-torus FPGA... CPU standard part non- standard part

11 Program Systems Institute, Russian academy of Science Program Systems Institute, Russian academy of Science Our proposal-2  FPGA-based  Integral support of programming model by hardware  Customizable hw platform  Project idea: optimized runtime support for FP-based languages 10


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