CLUSTERIX: National Cluster of Linux Systems
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CLUSTERIX: National Cluster of Linux Systems. Gdańsk. Szczecin. Białystok. Poznań. Warszawa. Zielona Góra. Łódź. Lublin. Wrocław. Częstochowa. Opole. Kraków. Distributed national infrastructure with 12 sites 250+ Intel Itanium2 cpus in the core

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Distributed national infrastructure with 12 sites 250+ Intel Itanium2 cpus in the core

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Distributed national infrastructure with 12 sites 250 intel itanium2 cpus in the core

CLUSTERIX: National Cluster of Linux Systems

Gdańsk

Szczecin

Białystok

Poznań

Warszawa

Zielona

Góra

Łódź

Lublin

Wrocław

Częstochowa

Opole

Kraków

  • Distributed national infrastructure with 12 sites

  • 250+ Intel Itanium2 cpus in the core

  • An experimental installation includes 800+ Intel Itanium2 cpus with 4,5 TFLOPs of peak performance

  • Dedicated 1Gbps bandwidth provided by the Polish Optical Network PIONIER

  • The CLUSTERIX software developed as Open Source, and is based on the Globus Toolkit 2.4 plus web services


Distributed national infrastructure with 12 sites 250 intel itanium2 cpus in the core

CLUSTERIX: National Cluster of Linux Systems

  • Production-class grid infrastructure

    • Basic infrastructure consists of local Linux clusters with 64-bit architecture connected by the Polish Optical Network PIONIER

    • Development of mechanisms and tools capable of management of a distributed cluster with dynamically changing configuration

    • Dynamic attachement of new local clusters with 32- and 64-bit architectures

    • Taking into consideration local policies of administration within independent domains

  • Development of grid middleware:

    • Data management

    • Resource management system with prediction, monitoring

    • Management of user accounts and virtual organizations

    • Network management, IPv6

    • Integrated end-user/administrator interface

    • Checkpointing

  • Examples of applications:

    • Modeling transonic flows and design of advanced tip devices

    • FEM modeling of castings solidification

    • Prediction of protein structures and simulation of protein folding

    • Investigation of properties of bio-molecular systems for drug design

    • Large-scale simulations of blood circulation in micro-capillaries

    • Astrophysical simulations


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