论文部分内容阅读
在大规模散射体系统的分析中,广义传输矩阵方法通过定义一个包围散射体的参考面将散射体的散射特征从内部转化至参考面上来。从而减少了矩阵方程的未知数数量,提高了数值计算的效率。本文基于该方法提出了一种散射体分析的仿真软件设计方案,并搭建了一个智能化交互仿真平台,该平台采用模块化设计,将模型的预处理,数据转换,交互设置,数据结果可视化等功能进行整合。实现了复杂散射体群的电磁特性仿真。
In the analysis of large-scale scatterers systems, the generalized transmission matrix method converts the scatterer scattering features from the interior to the reference surface by defining a reference surface that encloses the scatterer. As a result, the number of unknowns in the matrix equation is reduced and the numerical computational efficiency is improved. Based on this method, a simulation software design scheme for scatterer analysis is proposed in this paper, and an intelligent interactive simulation platform is set up. The platform adopts modular design to preprocess the model, convert data, set interactive settings and visualize data results. Function integration. The simulation of the electromagnetic properties of complex scatterers is realized.