Meshless adaptive finite element and boundary element methods for electromagnetic system modelling and simulation in parallel computing environments

这项研究的基本目标是开发实用的计算机方法，利用大型并行计算机对复杂电磁系统的真实运行和性能进行建模、分析和仿真。这项工作的主要目的是为时间敏感的应用提供高速计算机工具，这些应用需要对包含和/或涉及电磁现象的敏感环境中的低水平相互作用和小细节响应特征进行高分辨率检测和识别。预计这项研究有价值的实际最终产品应用范围将从模拟体内医疗植入物与低功率微波通信信号之间的微妙相互作用，到快速雷达成像和识别海上和空中远处的船只。

The fundamental objective of this research is to develop practical computer methods for modelling, analyzing and simulating the real-life operation and performance of complex electromagnetic systems, using large scale parallel computers. The main purpose of this work is to provide high-speed computer tools for time sensitive applications that require high-resolution detection and identification of low-level interactions and small detail response characteristics in sensitive environments which contain and/or involve electromagnetic phenomena. It is anticipated that valuable practical end-product applications of this research would range from simulating the delicate interactions between in vivo medical implants and low-power microwave communication signals, to rapid radar imaging and recognition of distant vessels at sea and airborne aircraft.