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WIPL-D parallelization effort

机译：WILP-D并行化努力

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This paper presents the results of the final year of a development effort to provide a scalable, portable, parallel scene generation tool that provides the capability to rapidly generate scenes of radiating and scattering structures in realistically complex electromagnetic environments. The benefit of such a tool is that it provides users with the capability to solve large problems that cannot be currently solved with existing sequential electromagnetic modeling tools. This tool supports a broad range of users including researchers, algorithm developers, analysts, and system developers. This paper presents the parallelization process and shows the final results of the project. The project presented here is the parallelization of WIPL-D, an electromagnetic modeling tool, which picks up in time from where C. Card (2004) left off. Through parallelization, the well known and commercially available tool became faster and now possesses increased capabilities. This paper will walk you through the parallelization process, providing the strategies used and the results received.
机译：本文介绍了开发工作的最后一年的结果，提供可扩展，便携式，并行场景生成工具，该生成工具提供了快速生成在现实复杂的电磁环境中辐射和散射结构的场景的能力。此类工具的好处是它为用户提供了解决无法使用现有的连续电磁建模工具解决的大问题的能力。该工具支持广泛的用户，包括研究人员，算法开发人员，分析师和系统开发人员。本文呈现了并行化过程，并显示了该项目的最终结果。这里提出的项目是WIPL-D的并行化，该电磁建模工具，其及时从C.卡（2004）离开的时间拾取。通过并行化，众所周知的和市售的工具变得更快，现在具有增加的能力。本文将通过并行化过程，提供所使用的策略和收到的结果。

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