Adaptive modeling and design of highly integrated 3D microwave-millimeter wave radio front-ends

机译：高度集成3D微波 - 毫米波无线电前端的自适应建模与设计

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The FDTD and the Haar-based MRTD algorithms are applied to the full-wave modeling of highly integrated 3D microwave and millimeter wave radio front-ends that require the optimization of various components as well as the minimization of the crosstalk between them The numerical results have demonstrated a very good computational efficiency in the calculation of the scattering parameters, the Q-factor, as well as in the estimation of the radiation pattern, of the packaging effects and of the parasitic crosstalk between neighboring geometries.

机译：FDTD和哈尔的MRTD算法应用于高度集成的3D微波和毫米波无线电前端的全波形建模，需要优化各种部件以及数值结果之间的串扰的最小化在计算散射参数，Q系数以及邻近几何形状之间的寄生串扰的辐射图案的估计中，证明了非常好的计算效率。

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《Annual IEEE Gallium Arsenide Integrated Circuit Symposium》|2002年||共4页
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E. M. Tentzeris;
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Adaptive modeling and design of highly integrated 3D microwave-millimeter wave radio front-ends

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