基于敏捷系统工程建模的离线检测系统配置模型

摘要

This paper presents a model-based systems engineering approach developed for a quick analysis of complex systems,the method without the use of high performance computing resources. The method comprises three basic indicators of system engineering mapping,which is a measure of performance,effectiveness measurement,and the value measured by a single diagram element modeling. By this method,the analysis can effectively support element model diagram of the system for measurement,measured level of performance from the element to the integrated value of the system-level diagram of a single,real-time decision-support framework under constraint. By element modeling an approximate mathematical representation of the virtual model is obtained,which eased the burden on the long-running occupation of computing resources and high performance computing requirements. The meta model also provides an effective method for modeling proposed by many analog output gain for pooled. Both of these methods constitute this agile,model-based systems engineering foundation. This modeling approach is based on the validity of the proof of our detection system configured for offline experiments.%提出一个开发用于对复杂系统进行敏捷分析的基于系统工程建模的方法，该方法无须使用高性能的计算资源。该方法包括了3个最基本的系统工程指标映射，也就是性能测量、有效性测量，以及通过元建模的单图价值测量。通过该方法，分析者可以有效地支持元模型进行图系统的测量，从元素级别的性能测量到综合系统级别的单图指标，实时地在约束的时间框架下进行决策支持。通过元建模获得近似虚拟模型的数学表示形式，它缓解了对计算资源长运行时间占用和高计算性能要求的负担。该元模型同样提供了一个有效的通过所提出的建模对模拟的多输出收益进行汇集的方法。这两种方法共同构成这种敏捷的，基于模型的系统工程方法的基础。这种基于建模方法的有效性被配置于离线检测系统的实验所证明。