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A Simulation Model Design Method for Cloud-Based Simulation Environment

机译:基于云的仿真环境的仿真模型设计方法

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摘要

Simulation technologies provide necessary validation tools for the conceptual design of complex products involving multiple disciplines. A variety of simulation models are developed in specific organizations or enterprises to verify the design plan, while they are hard to be shared and to be reused. Based on the analysis of several typical solutions to share and reuse different kinds of resources, a simulation model design method is proposed to provide a simple implementation of simulation model reuse for cloud-based simulation environment. This paper firstly creates the simulation models' metamodel and ontology for their universal description. Secondly, four rules are proposed to design/reprogram a simulation model into service-oriented form for its interoperability, and the ontology of service-oriented simulation model is established. Thirdly, the way to call one simulation model and the way to compose several simulation models into a simulation process are elaborated. Finally, a simple case of using this method to design an aircraft dynamic model is elaborated, and a prototype simulation system is constructed, and then a simple simulation process is composed to verify the practicability of the method. The result shows that the new design/reprogram method has big advantages on the compatibility, expansibility, and reusability despite the decreasing efficiency.
机译:仿真技术为涉及多个学科的复杂产品的概念设计提供了必要的验证工具。在特定的组织或企业中,开发了多种仿真模型以验证设计计划,而它们却很难共享和重用。在分析共享和重用不同资源的几种典型解决方案的基础上,提出了一种仿真模型设计方法,为基于云的仿真环境提供了仿真模型重用的简单实现。本文首先创建了仿真模型的元模型和本体,以进行通用描述。其次,提出了四个规则,以将仿真模型设计/重新编程为面向服务的形式,以实现互操作性,并建立了面向服务的仿真模型的本体。第三,阐述了调用一个仿真模型的方法以及将多个仿真模型组合成一个仿真过程的方法。最后,阐述了使用该方法设计飞机动力学模型的简单案例,构建了原型仿真系统,然后通过简单的仿真过程验证了该方法的实用性。结果表明,尽管效率下降,但新的设计/重编程方法在兼容性,可扩展性和可重用性方面仍具有很大优势。

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