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Interactive Visualization Pipeline Architecture Using Work-Flow Management System on Grid for CFD Analysis

机译:交互式可视化管道架构使用GRID上的工作流管理系统进行CFD分析

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Since the potential of the impact of complex problem like CFD on design of material that is difficult to test actually has been established, CFD analysis that consist of two parts - simulation part and visualization part is considered as important work. But many researcher think it is difficult to analyze CFD problem because of following two reasons. First reason is that CFD analysis usually needs numerous processing time and much computing power, and Second is that the tasks of simulation and visualization are usually done independently - numerical simulation then visualization with stand-alone visualizing system, we propose solution of two problem. First problem is solved by using parallel/distributed programming on problem solving environment on grid environment -WISE system, and Second problem is solved by interactive visualization pipeline architecture that enables user to conducting simulation and visualization at the same time automatically applying pipeline concept. Therefore we presented interactive visualization pipeline architecture and implemented using WISE system.
机译:因为这是很难测试实际上已经建立,CFD分析认为,由两个部分组成的类似CFD对材料的设计复杂的问题的影响,潜在的 - 模拟部分和显示部分被认为是重要的工作。但许多研究人员认为这是很难分析,因为以下两个原因的CFD问题。第一个原因是,CFD分析通常需要大量的处理时间和太多的计算能力,而第二个是模拟和可视化的任务通常是独立完成的 - 有独立的可视化系统数值模拟可视化,然后,我们提出了两个问题的解决方案。第一个问题是由网格环境-WISE系统上解决问题的环境中使用并行/分布式编程解决,并且第二个问题是通过交互式可视化流水线架构,使用户能够同时进行模拟和可视自动施加管道概念解决。因此,我们提出了交互式可视化的流水线架构,并使用WISE系统中实现。

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