基于OPM的电子信息装备体系复杂性建模

对于电子信息装备体系的复杂系统，以往以还原论为指导的建模方法无法充分体现电子信息装备体系的涌现性等复杂性，探索采用应对复杂性的对象过程方法论(OPM)来解决此难题。根据传统系统级或体系级建模在方法论上的根本困难，分析电子信息装备体系复杂性建模需求。基于对象过程方法论研究电子信息装备体系建模方法，在统一视图框架下同时对电子信息装备体系组成中不同领域、不同专业的结构、功能和行为建模，通过OPM分别对电子信息装备体系结构和对抗过程进行建模，再把这两个静动态模型结合起来进行整体概念建模。以防空反导体系对抗为例，演示了OPM进行体系概念模型开发的方法，说明了方法的有效性。

Complexity modeling of electronic information equipment system of systems based on object-process methodology

For the complex system of electronic information equipment system of systems(SoS), the former modeling method based on reductionism cannot behave the complexity of electronic equipment SoS, so the object-process methodology(OPM) is adopted to solve this problem. According to the basic difficulty of conventional systemic and systematic modeling method on the methodology, the modeling requirement is analyzed for the complexity of electronic information equipment SoS. The modeling method is studied for electronic information equipment SoS based on OPM, and the modeling is taken for electronic information equipment SoS on the uniform frame. In the modeling, the equipment SoS consists of the framework, function and behavior with different domains and specialties. The electronic information equipment SoS structure and combat process are modeled primarily by OPM, and these two static and dynamic models are combined to form the global concept model. A typical example of air-defense SoS is illustrated, and the SoS conceptual model exploiting method is demonstrated by OPM, and the result shows the validity of the modeling method.