一种开放式电磁态势仿真系统架构设计

An Open Architecture Design for Electromagnetic Situation Simulation System

为满足信号级电磁态势仿真系统规模和计算资源大幅提升的需求,基于高层体系结构和最先进的分布式云计算技术,提出了一种开放式的电磁态势仿真系统架构设计方案,分析了架构设计的核心要素,阐述了架构设计的总体方案、层次结构和关键技术,重点强调了系统的仿真部件和功能以组件形式开发并根据具体应用需求进行挂接、计算资源可自由伸缩的开放式仿真系统基础架构,最后用系统仿真实验初步验证了该设计方案的可行性与合理性。

In an effort to fulfill the dramatically increasing requirement of system scale and computing resources for a signal-level electromagnetic situation simulation system,an open architecture based on HLA and the latest distributed cloud computing technique is presented.The key factors,overall scheme,hierarchical structure and critical technologies of the architecture design are also introduced.Furthermore,in the presented architecture the simulating components and functions are developed as modules and can be hooked up according to the demand of a specific application.Meanwhile,the computing resources are also easily scalable.Finally,the preliminary experiment demonstrated the feasibility and rationality of the presented architecture design.