Model-Based Cybertronics Systems Engineering (MBCSE)

Susanna Solanti-Iltanen, Brendan Hall, Petri Solanti
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Abstract

The cybertronics challenges evolve around the complexity of systems and increase in detail and data involved. Existing methods and tools can master some of the rising challenges, but a method being able to handle the challenges was not introduced yet. MBSE is a potential approach to solve these problems, but the available methods were developed for modeling physical systems and software, not cybertronics. Because of the diversity of implementation domains participating in cybertronics systems, the modeling methodology must support the holistic management of requirements, properties, and design data. This paper introduces some promising emerging technologies like Arcadia, SysML V2, SysMD and PMM, that have the potential to interact with other methods and tools, closing the gaps in requirements tracing, system modeling, documentation, and verification. One potential methodology is introduced through a design example from requirements to implementation interface.

基于模型的网络电子系统工程(MBCSE)
网络电子学所面临的挑战围绕着系统的复杂性以及所涉及的细节和数据的增加而不断演变。现有的方法和工具可以应对一些新出现的挑战,但能够应对这些挑战的方法尚未问世。MBSE 是解决这些问题的一种潜在方法,但现有的方法是为物理系统和软件建模而开发的,而不是为网络电子学建模。由于参与网络电子系统的实施领域多种多样,建模方法必须支持需求、属性和设计数据的整体管理。本文介绍了一些前景看好的新兴技术,如 Arcadia、SysML V2、SysMD 和 PMM,这些技术有可能与其他方法和工具互动,缩小需求跟踪、系统建模、文档和验证方面的差距。本文通过一个从需求到实施界面的设计实例,介绍了一种潜在的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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