首页> 外文会议>International Conference and Exhibition on High-Performance Computing and Networking Vienna, Austria, April 28-30, 1997 >Validation and Performance Analysis of a Parallel Ported Code for Simulating the Effects of Lightning Strokes on Telecommunication Buildings
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Validation and Performance Analysis of a Parallel Ported Code for Simulating the Effects of Lightning Strokes on Telecommunication Buildings

机译:模拟雷击对电信建筑物影响的并行移植代码的验证和性能分析

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The Artemis subprioject, in the framework of the UE C_APRI project, deals with proting on parallel architectures of a Method of Moment (MoM) code for electromagnetic design and hardening of telecommunication centres against the effect of lightning strokes. After a preliminary stage of the work during which QR and LU algorithms for large complex matrix inversion were implemented both on Alenia's Q_UADRICS (SIMD) and Cray T3D (MIMD) platforms, in order to choose the best suitable machine for such a kind of problem, the code has been ported on the last one. In this paper the perallel code validation and the performance improvement analysis with respect to the sequential one will by reqorted and discussed.
机译:在UE C_APRI项目的框架中,Artemis子项目处理用于电磁设计的矩量方法(MoM)代码的并行体系结构的验证,以及针对雷击的影响对电信中心进行加固。在工作的初步阶段之后,在Alenia的Q_UADRICS(SIMD)和Cray T3D(MIMD)平台上都实现了用于大型复杂矩阵求逆的QR和LU算法,以便为此类问题选择最合适的机器,该代码已被移植到最后一个。本文将对reperel代码进行验证并针对顺序代码进行性能改进分析。

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