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Electromagnetic Simulations via Parallel Computing: an Application Using Scale Changing Technique for Modeling of Passive Planar Reflectarrays in Grid Environment

机译:通过并行计算的电磁模拟:一种使用比例改变技术的应用,用于网格环境中无源平面反射阵列的建模

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Electromagnetic simulation continues to be the primary method by which engineers and researchers analyze and design circuits and systems. Nowadays, the complexification related to the rise of microwaves circuits results in the coexistence of several scales in the same circuit and in the appearance of important dimensions ratios. As the dimensions of modern Electromagnetic circuits continue to shrink, the fabrication and parametric testing of such structures have become more challenging. Increasing market pressures are driving engineers and researchers to minimize the time-to-the-market. So more efficient simulation strategies to accelerate the simulation process are required.
机译:电磁仿真仍然是工程师和研究人员分析和设计电路和系统的主要方法。如今,与微波电路的升高有关的综合化导致相同电路中的几个刻度的共存,并且在重要尺寸比的外观中。随着现代电磁路的尺寸继续收缩,这种结构的制造和参数测试变得更具挑战性。增加市场压力正在推动工程师和研究人员,以最大限度地降低市场的时间。因此,需要更有效的仿真策略来加速模拟过程。

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