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Parallel out-of-core higher-order Method of Moments accelerated by Graphics Processing Units

机译:平行核心外核心的矩,图形处理单元加速了

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摘要

In this paper, the Radar Cross Section (RCS) of an airplane is accurately simulated using Graphics Processing Units (GPU) accelerating parallel out-of-core higher-order Method of Moments (MoM). A GPU-CPU-HDD out-of-core technique is presented to break the restriction of GPU and CPU memory. This can significantly improve the computational capability of the hybrid parallel CPU/GPU implementation of higher-order MoM for large complex electromagnetic problems. Numerical results demonstrate that the parallel GPU-CPU-HDD out-of-core implementation can obtain a good speedup.
机译:在本文中,使用图形处理单元(GPU)加速平行的核心矩(MOM)的平行核心高阶方法精确模拟飞机的雷达横截面(RCS)。提出了GPU-CPU-HDD外核技术以打破GPU和CPU存储器的限制。这可以显着提高Hybrid平行CPU / GPU实现高阶MOM的计算能力,以实现大型复杂电磁问题。数值结果表明,并行GPU-CPU-HDD超核心实现可以获得良好的加速。

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