Hybrid simulation using SAHISim framework: a hybrid distributed simulation framework using waveform relaxation method implemented over the HLA and the functional mock-up interface

M. Awais, W. Gawlik, Gregor De-Cillia, P. Palensky
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引用次数: 3

Abstract

Hybrid systems such as Cyber Physical Systems (CPS) are becoming more important with time. Apart from CPS there are many hybrid systems in nature. To perform a simulation based analysis of a hybrid system, a simulation framework is presented, named SAHISim. It is based on the most popular simulation interoperability standards, i.e. High Level Architecture (HLA) and Functional Mock-up Interface (FMI). Being a distributed architecture it is able to execute on cluster, cloud and other distributed topologies. Moreover, as it is based on standards so it allows many different simulation packages to interoperate, making it a flexible and robust solution for simulation based analysis. The underlying algorithm which enables the synchronization of different simulation components is discussed in detail. A test example is presented, whose results are compared to a monolithic simulation of the same model for verification of results.
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使用SAHISim框架的混合仿真:在HLA和功能模型接口上实现的使用波形松弛方法的混合分布式仿真框架
随着时间的推移,网络物理系统(CPS)等混合系统变得越来越重要。除了CPS之外,自然界中还有许多混合系统。为了对混合动力系统进行仿真分析,提出了一种名为SAHISim的仿真框架。它基于最流行的仿真互操作性标准,即高级体系结构(HLA)和功能模型接口(FMI)。作为一个分布式架构,它能够在集群、云和其他分布式拓扑上执行。此外,由于它基于标准,因此它允许许多不同的仿真包进行互操作,使其成为基于仿真分析的灵活而强大的解决方案。详细讨论了实现不同仿真组件同步的底层算法。给出了一个测试实例,并将其结果与同一模型的单片仿真结果进行了比较,以验证结果。
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