接口管理与闭环系统工程(CLOSE)

M. Di Maio, L. Atorf, Ulrich Dahmen, M. Schluse, J. Rossmann, Martin Hoppe, George-Dimitrios Kapos
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引用次数: 2

摘要

接口(IF)及其管理(IFM)是复杂产品和在复杂环境中运行的产品成功开发的一个特殊挑战。在闭环系统工程(CLOSE)中,IFM完全集成到模型驱动工程过程(MDEP)中。CLOSE提供全自动中频建模,可追溯的中频历史,中频谈判的有效处理和接口系统的有效解耦。特别是与CLOSE的可实验数字双胞胎(edt)相结合,IFM成为开发过程的重要资源,而不是今天经常出现的并行过程,支持早期的变体评估,平衡检查和影响分析,这使其成为开发更好产品的核心资产。本文在CLOSE中描述了IFM,并以用于自主科学任务的火星机器人为例进行了说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interface Management with Closed-Loop Systems Engineering (CLOSE)
Interfaces (IF) and their Management (IFM) are a particular challenge in the successful development of complex products and products operating in a complex environment. In Closed-Loop Systems Engineering (CLOSE) IFM is fully integrated into its Model-Driven Engineering Process (MDEP). CLOSE provides fully automated IF modelling, traceable IF history, an efficient handling of IF negotiations and the effective de-coupling of interfacing systems. Especially in combination with CLOSE's Experimentable Digital Twins (EDTs), IFM becomes a vital resource for the development process, rather than the parallel process it so often is today, supporting early variant evaluation, balance checks and impact analysis, which makes it a central asset for developing better products. This paper describes IFM in CLOSE and illustrates it with a case study of a Martian robot for autonomous scientific missions.
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