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논문검색

Performance Improvement for Web based Simulation Service on EDISON_CFD

초록

영어

Web based simulation is used in various kinds of applications by providing a familiar on-line environment to use existing simulation programs. EDISON (EDucation-research Integration through Simulation On the Net) project supports web simulation service with advanced research/development contents. These advanced education-research simulation programs and contents are utilized to improve the natural sciences and engineering students' research ability and adoptability for the advanced technology e-AIRS (e-Science Aerospace Integrated Research System), the trial service of EDISON_CFD, is employed to support CFD lectures 2011. In this paper, to support stable system, we present e-AIRS performance improvement such as resource reorganization, job assignment control, stable simulation list loading, and waiting time. To show the improvement effect, we describe before and after of e-AIRS performance and users’ feedback between 1st and 2nd semester 2011.

목차

Abstract
 1. Introduction
 2. Present condition of web based simulation
 3. EDISON Simulation Service
  3.1. EDISON
  3.2. e-AIRS for CFD lectures
  3.3.Summary of e-AIRS Performance improvement
 4. Performance Improvement
  4.1. Resource Reorganization
  4.2. Simulation job assignment control
  4.3. Stable simulation list loading
  4.4. Waiting time
 5. Result of performance improvement
 6. Conclusion
 Acknowledgements
 References

저자정보

  • Young Jin Jung Department of Advanced Application Environment Development, KISTI, Korea
  • Jongbae Moon Service Platform Research Team, ETRI, Korea
  • Du-Seok Jin Department of Advanced Application Environment Development, KISTI, Korea
  • Bu-Young Ahn Department of Advanced Application Environment Development, KISTI, Korea
  • Jerry Hyeon Seo Department of Advanced Application Environment Development, KISTI, Korea
  • Hoon Ryu Department of Advanced Application Environment Development, KISTI, Korea
  • Ok-Hwan Byeon Department of Advanced Application Environment Development, KISTI, Korea
  • JongSuk Ruth Lee Department of Advanced Application Environment Development, KISTI, Korea

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