用于“软调试”和“循环中的现实”的接口驱动的领域独立建模体系结构

F. Auinger, M. Vorderwinkler, G. Buchtela
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引用次数: 54

摘要

随着工业制造和自动化系统复杂性的增长,需要控制软件工程支持。软调试和环中现实(RIL)是两种新颖的方法,它们允许将仿真模型与现实世界的实体相耦合,并允许分析人员在系统完全建成之前预调试和测试系统的行为。为了灵活快速地建立满足软调试和RIL要求的仿真模型,需要基于组件的建模体系结构。我们定义了特征需求,并从中推导出一个体系结构,并从不同的方面进行了讨论。最后给出一个简单的例子。
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Interface driven domain-independent modeling architecture for “soft-commissioning” and “reality in the loop”
As industrial manufacturing and automation systems grow in complexity, there is a need for control software engineering support. Soft-commissioning and reality in the loop (RIL) are two novel approaches which allow coupling simulation models to real world entities and allow the analyst to pre-commission and test the behavior of a system, before it is completely built in reality. To be flexible and fast in building up a simulation model fulfilling the requirements of soft-commissioning and RIL there is a need for a component-based modeling architecture. We define the characteristic requirements, and derive an architecture out of them, which is discussed from different aspects. Finally we briefly present a simple example.
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