网络物理系统设计的数值约束建模与调试

T. N. Tien, S. Nakajima, H. Thang
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引用次数: 6

摘要

为了设计和分析信息物理系统(cps),工程师应该同时考虑计算和物理过程。工程师需要一个易于理解的设计说明。SysML提供了独立于特定规程的图解符号。为了表达SysML图的数值约束,我们用实算法对OCL进行了扩展。SysML和扩展ocl都需要可执行的设计语言来检查约束的不一致性。为了实现上述想法,我们在SysML和VDM-RT之间架起了一座桥梁。我们提出了一个将SysML/扩展ocl嵌入到VDM-RT中的框架,并在其中准备了一些扩展ocl的库。工程师不需要了解VDM-RT。使用统一的CPS设计描述,我们的方法自动调试整个CPS设计中的不一致之处。本文以一个赛车系统为例说明了该方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling and debugging numerical constraints of cyber-physical systems design
To design and analyze Cyber-Physical Systems (CPSs), engineers should consider computation and physical processes at the same time. Engineers require a design description which is easy to understand. SysML provides diagrammatic notations which are independent of specific disciplines. To express numerical constraints of SysML diagrams, we extend OCL with real arithmetic. Both SysML and extended-OCL require an executable design language to check inconsistencies of constraints. To achieve the above idea, we bridge a gap between SysML and VDM-RT. We propose a framework to embed SysML/extended-OCL into VDM-RT, where we prepare some libraries for extended-OCL. It is unnecessary for engineers to know VDM-RT. Using a unified CPS design description, our approach automatically debugs inconsistencies in whole CPS design. This paper illustrates the proposed method with a car race system.
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