Modelica-Association-Project “System Structure and Parameterization” – Early Insights
Modelica-Association-Project “System Structure and Parameterization” – Early Insights
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Modelica 协会项目“系统结构和参数化”——早期见解
DOI：
10.3384/ecp1612435
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发表时间：
2016
期刊：
影响因子：
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通讯作者：
M. Nagasawa
中科院分区：
文献类型：
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作者：
Jochen Köhler;H.;Pierre R. Mai;J. Krasser;M. Deppe;M. Nagasawa
从在Modelica协会中发明新标准SSP（“系统结构和参数化”）的动机开始，以及需要在成熟的Modelica语言和Modelica协会提出的已经建立的功能模型接口（FMI）之外再增加一个标准（Blochwitz等人，2011），主要用例是SSP可以提供帮助。由于SSP依赖于XML，因此描述了用于定义系统结构和模型参数化的模式和主要特征。需要能够在不同的仿真平台（如MIL，SIL和HIL）之间传输复杂的FMU网络，这是SSP的一个动力。各种原型支持SSP的早期版本。这给人一个很好的印象，标准可以用于完全不同的任务和证明，系统结构可以在它们之间无缝交换。最后概述了SSP正在进行的开发的后续步骤。
Starting with the motivation to invent the new standard SSP (“System Structure and Parameterization”) within the Modelica Association and the need to have one more standard beyond the mature Modelica language and the already well established Functional Mockup Interface (FMI) proposed in Modelica Association (Blochwitz et al, 2011), the main use-cases are presented were SSP can help. As SSP relies on XML, the schemas and in consequence the main features for defining system structures and parameterization of models are described. The need to be able to transport complex networks of FMUs between different simulation platforms like MIL, SIL and HIL is emphasized as a motivator for SSP. A variety of prototypes are shown that support the early version of SSP. This gives a good impression how the standard can be used for quite different tasks and proofs, that system structures can be exchanged between them seamlessly. Finally the next steps for the ongoing development of SSP are outlined.