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Parallel Visualization Systems

机译:并行可视化系统

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摘要

A cluster computer and a parallel simulation code are coming to be popular for HPC (High Performance Computing). Using them, we can get the high performance computing in proportion to the number of parallel nodes theoretically. As the results, the new problem will be happened in visualization in a total simulation cycle. It is a need to parallel visualization software as well as the simulation program. Non-parallel visualization software has some limitations of computer resource or power such as maximum 2GB memory addressing on 32bit machine, the lack of the speed for generating isosurface and I/O performance of data loading. We have developed parallel visualization systems based on AVS, Application Visualization Systems, which is general purpose visualization software developed by AVS Inc. USA. In this paper, we introduce them and specially describe about the parallel visualization system on PC cluster in detail. Finally, some benchmark results show that the system could get the practical performance on up to 16 nodes parallel cluster.
机译:集群计算机和并行仿真代码即将用于HPC(高性能计算)。使用它们,我们可以理论上可以与并联节点的数量比例地获得高性能计算。结果,将在总仿真周期中的可视化中发生新问题。它需要并行可视化软件以及仿真程序。非并行可视化软件对32位机器上的最大2GB内存寻址等计算机资源或电源有一些限制,缺乏生成ISOSurface的速度和数据加载的I / O性能。我们已经开发了基于AVS,应用程序可视化系统的并行可视化系统,该系统是由AVS Inc. USA开发的通用可视化软件。在本文中,我们介绍了它们,并详细介绍了PC集群上的并行可视化系统。最后,一些基准结果表明,该系统可以在最多16个节点并行群集上获得实际性能。

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