• Title/Summary/Keyword: 자원관리 스케줄링

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Volume Rendering System of e-Science Electron Microscopy using Grid (Gird를 이용한 e-사이언스 전자현미경 볼륨 랜더링 시스템)

  • Jeong, Won-Gu;Jeong, Jong-Man;Lee, Ho;Choe, Sang-Su;Ahn, Young-heon;Hur, Man-Hoi;Kim, Jay;Kim, Eunsung;Jung, Im Y.;Yeom, Heon Y.;Cho, Kum Won;Kweon, Hee-Seok
    • Proceedings of the Korea Contents Association Conference
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    • 2007.11a
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    • pp.560-564
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    • 2007
  • Korea Basic Science Institute(KBSI) has three general electron microscopes including High Voltage Electron Microscope(HVEM) which is the only one in Korea. Observed images through an electron microscope are what they are tilted by each step and saved, offering the more better circumstances for observers, a reconstruction to 3D could be a essential process. In this process, a warping method decreases distortions maximumly of avoided parts of a camera's focus. All these image treatment processes and 3D reconstruction processes are based on an accompaniment of a highly efficient computer, a number of Grid Node Personal computers share this process in a short time and dispose of it. Grid Node Personal computers' purpose is to make an owner can share different each other and various computing resources efficiently and also Grid Node Personal computers is applying to solve problems like a role scheduling needed for a constructing system, a resource management, a security, a capacity measurement, a condition monitoring and so on. Grid Node Personal computers accomplish roles of a highly efficient computer that general individuals felt hard to use, moreover, a image treatment using the warping method becomes a foundation for reconstructing to more closer shape with an real object of observation. Construction of the electron microscope volume 랜더링 system based on Grid Node Personal computer through the warping process can offer more convenient and speedy experiment circumstances to observers, and makes them meet with experiment outcome that is similar to real shapes and is easy to understand.

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