1 / 11

Workshop on Parallel Computing

کارگاه آموزشي محاسبات مواز ي پژوهشگاه دانشهاي بنيادي پژوهشکده رياضيات ٢٤ تيرماه ١٣٨٣. Workshop on Parallel Computing. Institute for Studies in Theoretical Physics and Mathematics School of Math 14 July 2004. تعار ي ف و اهداف نقش محاسبات مواز ي در تحق ي قات و صنعت

KeelyKia
Télécharger la présentation

Workshop on Parallel Computing

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. کارگاه آموزشي محاسبات موازيپژوهشگاه دانشهاي بنياديپژوهشکده رياضيات٢٤ تيرماه ١٣٨٣ Workshop on Parallel Computing Institute for Studies in Theoretical Physics and Mathematics SchoolofMath 14 July 2004

  2. تعاريف و اهداف • نقش محاسبات موازي در تحقيقات و صنعت • معرفي چند شبکه محاسباتي فعال

  3. Mainframe PC Mini-computer Work-Station Vector Supercomputer PC Cluster • تعاريف و اهداف • نقش محاسبات موازي در تحقيقات و صنعت • معرفي چند شبکه محاسباتي فعال

  4. زمان بالاي در اختيار بودنHigh Availability • محاسبات توزيع شده Distributed Computing • محاسبات موازي Parallel Computing • محاسبات خوشه ايCluster Computing • محاسبات شبکه ايGrid Computing • ابر رايانه Supercomputer • شبکه محاسباتي خوشه ايComputing Cluster • آشنائي با سيستم عاملLinux • الگوريتمهاي موازي • MPIابزاري براي برنامه نويسي الگوريتمهاي موازي • نمونه هاي کاربردي

  5. نقش محاسبات موازي در تحقيقات و صنعت • علوم پايه: تنوع زياد مسائل • مهندسي و صنعت: محاسبات عددي بر روي حجم بالاي داده ها • مهندسي سخت افزار و نرم افزار : تحقيقات در توسعه شيوه هاي پردازش

  6. معرفي چند شبکه محاسباتي فعال Amirkabir University of Technology (Tehran Polytechnic) Cluster name: AkuCluster CPU type: Pentium III CPU no: 32+1 Total mem: 8 GB Total disk: 580 GB Interconnect: Fast Ethernet OS: Linux Application area: Research Integrator: Self-made Maximal performance achieved: 24.8 GFlops Year: 2001

  7. معرفي چند شبکه محاسباتي فعال Iranian Remote Sensing Center (IRSC) Cluster name: Windows AkuCluster CPU type: Pentium IV CPU no: 8+1 Total mem: 4.5 GB Total disk: 716 GB Interconnect: Fast Ethernet + Gigabit Ethernet OS: Windows 2000 Advanced Server Application area: Process on satellite images Integrator:Amirkabir University of Technology (Tehran Polytechnic) Maximal performance achieved: 20.8 GFlops Year: 2002

  8. معرفي چند شبکه محاسباتي فعال Center of Excellence in Energy Conversion, Sharif University Cluster name: ARASH CPU type: a) Athelon 900 MHz, b) Athelon 1100 MHz CPU no: 24 ( 8a + 16b ) Total disk: 40 GB Interconnect: Ethernet 10/100 ( 16 ports switch x 2 ) OS: Linux Application area: Computational Fluid Dynamics Integrator: Self-made Year: 2001

  9. معرفي چند شبکه محاسباتي فعال Climatological research institute Cluster name: CRICluster CPU type: Pentium IV 1.4 GHz CPU no: 16 Total mem: 8 GB Total disk: 700 GB Interconnect: Fast Ethernet OS: Linux Application area: Numerical Weather Predication Integrator: Cluster Research Lab (self-made) Maximal performance achieved: 20 GFlops Year: 1382

  10. معرفي چند شبکه محاسباتي فعال Institute for Advanced Studies in Basic Science Cluster name: HPCLAB CPU type: a) P4 1.6 GHz, b) P4 3.0 GHz CPU no: 32 (16a +16b) Total mem: 16 GB Total disk: 40 GB Interconnect: Fast Ethernet OS: Linux Application area:Numerical Simulation for Condense Matter Research Integrator: Self-made Year: 2002, 2004

  11. معرفي چند شبکه محاسباتي فعال Scientific Computing Center, School of Math, IPM Cluster name: IPM HPC CPU type: Pentium IV CPU no: 16 Total mem: 16 GB Total disk: 960 GB Interconnect: Fast Ethernet OS: Linux Cluster Manager: OpenPBS Communication Software: MPI Application area:Computer Assisted Proofs, Experimental Mathematics Integrator: Self-made Maximal performance achieved: 34 GFlops Year: 2004

More Related