A system-of-systems architecture-driven modeling method for combat system effectiveness simulation

机译：一种系统间体系结构驱动的作战系统效能仿真建模方法

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Under the background of system-of-systems (SoS) counterwork, it is more apparent that the simulation modeling of the equipment should be domain-specific, formal, automatic and composable. Current equipment effectiveness simulation modeling approaches are mainly based on the methods and techniques from the modeling and simulation (M&S) community and software engineering community, and they are not capable to satisfy these four requirements systematically. Thus the systems engineering architecture model and domain knowledge should be used to support effectiveness simulation modeling more effectively. In this research, we propose an architecture-driven modeling method which conforms to the principle of architecture-driven development, uses ontology techniques to build equipment SoS architecture model and sub-domain ontology. This method performs architecture driven simulation modeling to realize the transformation from architecture models to simulation model frameworks; employs ontological metamodeling to design domain-specific modeling languages (DSML) based on the comprehensive usage of architecture models, sub-domain ontologies and M&S formalisms; integrates domain-specific simulation models from various domains using the model framework, and supports the composable development of simulation applications.

机译：在系统对等（SoS）对抗的背景下，设备的仿真建模应该更加领域明确，形式化，自动化和可组合，这一点显而易见。当前的设备有效性仿真建模方法主要基于建模和仿真（M＆S）社区和软件工程社区的方法和技术，它们不能系统地满足这四个要求。因此，应使用系统工程架构模型和领域知识来更有效地支持有效性仿真模型。在这项研究中，我们提出了一种架构驱动的建模方法，该方法符合架构驱动的开发原理，使用本体技术来构建设备SoS架构模型和子域本体。该方法执行架构驱动的仿真建模，以实现从架构模型到仿真模型框架的转换。基于架构模型，子域本体和M＆S形式主义的综合使用，采用本体元建模来设计特定领域的建模语言（DSML）；使用模型框架集成了来自各个领域的领域特定的仿真模型，并支持仿真应用程序的可组合开发。

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来源
《IEEE international symposium on systems engineering》|2016年|1-7|共7页
会议地点 Edinburgh(GB)
作者
Xiaobo Li; Weiping Wang; Zhe Shu; Ning Zhu; Hua He; Xiaobo Li; Tianjun Liao;
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作者单位

College of Information Systems and Management National University of Defense Technology Changsha Hunan 410073 P. R. China;

Department of Mathematics and Computer Science University of Antwerp Antwerp 2020 Belgium;

State Key Laboratory of Complex System Simulation Beijing Institute of Systems engineering Beijing China;

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Computational modeling; Ontologies; Computer architecture; Analytical models; Mathematical model;

机译：计算建模；本体；计算机架构;分析模型；数学模型;

A system-of-systems architecture-driven modeling method for combat system effectiveness simulation

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