Infrastructure

NDSL Infrastructure
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JournalU.S. Patent

Degree ThesisJapanese Patent


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NDSL Facts and Research Reports
Facts DBResearch Report DBPersonnel DB
FactsResearch ReportResearch Report

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Supercomputer Resources

TACHYON (SUN B6048)

Supercomputer Resources_TACHYON (SUN B6048)

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Rpeak : 24TFLOPS
Nodes(#) : 188
Processor : AMD Opteron 2GHz (Barcelona)
CPU(#) : 3,008
Memory : 6 TB
Storage : 207 TB

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GAIA (IBM p595)

Supercomputer Resources_GAIA (IBM p595)

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Rpeak : 5,888 GFLOPS
Nodes(#) : 10
Processor : POWER 5 + (2.3GHz)
CPU(#) : 640
Memory : 2,772 GB
Storage : 63 TB

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GAIA (IBM p6)

Supercomputer Resources_GAIA (IBM p6)

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Rpeak : 30.7TFLOPS
Nodes(#) : 24
Processor : POWER 6 (5GHz)
CPU(#) : 1,536
Memory : 8,704 GB
Storage : 336 TB

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Visualization Resources

Picasso

visualization resources_Picasso


Rpeak : 10.4 TFLOPS
Rendering nodes : 109
Processor : Intel Xeon x5450 @ 3GHz
CPU(#) : 872 cores
GPU : NVIDIA QuadroFX 5600
GPU(#) : 109
Memory : 4 TB
Storage : 450 TB

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visualization resources_picasso1

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Projector : SONY SRX-S110
Resolution / projector : 4096 x 2160
# Of projector : 4
Stereo : INFITEC stereo

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Mondrian

visualization resources_Mondrian

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Rpeak : 83.2 GFLOPS
Rendering nodes : 8
Processor : AMD Opteron 252@2.6 GHz
CPU(#) : 16
GPU : NVIDIA QuadroFX 4400
GPU(#) : 8
Memory : 96 GB
Storage : 6 TB

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visualization resources_Mondrian1

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Projector : Barco mDR50 +
Resolution / projector : 1400 x 1050
# Of projector : 8

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Supercomputer Resources

In KISTI Supercomputing Center, by installing major application software in each field supercomputer users are supporting to take advantage of more easily and efficiently supercomputer.
Currently KISTI Supercomputing, Center available software shown in the following table. If the software many users who wish to use plan to continuously securement.

Field
Software NameVersionSystemRecently term of the contract
Supercomputer Resources
Structural MechanicsABAQUS
6.10IBM p595permanent ~ 2014.10
MSC / NASTRAN
3.1
IBM p595
permanent ~ 2014.10
LS-DYNA
V971 R4.2.1
IBM p595
permanent ~ 2014.10
Sysnoise
5.6
IBM p595permanent
Ansys
12.10
IBM p595
permanent
Fluid&Thermo MechanicsCFX
12.1
IBM p595
2010.5.1 ~ 2011.4.30
STAR-CD
4.08IBM p5952010.4.1 ~ 2011.3.31
FLUENT12.0IBM p595~ 2014.10
SC / Tetra
7IBM p595~ 2010.12
Chemistry/Life ScienceGaussian03 (2009)IBM p595
SUN Blade 6048
permanent
AMBER
10.0IBM p595permanent
SuperCHARMM
C35B1IBM p595permanent

Visualization Resources

Application visualization software

COVISE

COVISE developed by fluid and structural analysis software in Supercomputing Center, Stuttgart, Germany. By implementing a virtual reality environment for non-specialists in the results easier to understand a physical phenomenon, anatomical data and numerical results as well as CAD data, developed tools for the product design Period shorten and design improvements.

This VR (Virtual Reality) technology has been developed to take advantage of related fields interior design, biomedical engineering, life sciences and mechanical. Especially in the area of ??mechanical engineering, the use of analysis results through computer support engineering (CAE) by directly observing virtual reality on a three-dimensional space is a proactive technology that can be found important design parameters or performance parameters.

By showing two-dimensional to 3D images, professionals and unprofessional can easily understand the physical phenomena, and if common post processor show to results that already has been created but graft VR technology immediately can show the convergence on-site that anyone with the opinion of many people.

Also Virtual Collaborative work provides designers in other regions with looking simulation results data at the same time to discuss, by using this software, researchers in the physical distance is available actual size of the data and freely operation. Because?the trial and error can be minimized by observing real-time design all internal as well as the exterior, world famous automotive companies are efficiently utilized and computational Steering is also known to be very useful.

COVISE using the Design-Analysis

OpenDX

Data explorer is a visualization program that provide a user interface to perform the task of sophisticated level to visualize the data of different types. For example a user via the user interface can be applied to the data and can be used to input the value of visualization task by connecting visualization work network of data explorer module.

In addition, programmers who use OpenDX using the system modules can create a new module as C or FORTRAN. OpenDX as well as user interface provide scripting language interface for users who want to create visualization capabilities of much classical form its own.

All of these functions the data explorer provides tools that more sophisticated date can be manipulated.

Map module is provided as a generic module that can be mapped onto any object at data fields whatever streamline, isosceles, or calculation of any other data field. Calculation module every can perform arithmetic and trigonometric operations grid itself as well as the data.

For example, being warped grid is an easy problem in making representations.The powerful features and interoperability of modules are available because of data model that can be entered data of various types.

data visualization using open-DX

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