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引用次数: 0

摘要

模型系统服务于系统组织成果的生命周期工程是一个漫长的过程。最近,在工程成果(EAs)中,上下文连接控制了包括网络单元在内的集成模型对象。EA是工业和商业产品、实验结构、工程实践中的原型的集体概念。网络单元控制物理单元,在ea中提供自治功能。生命周期工程包括生命周期创新,为ea提供集成的研究、开发和运营能力。本文介绍了ea建模方法的一些最新成果。本文首先介绍了服务于上述场景的一个新的通用工程模型。本文的下一个结构单元是通过人的行为和沟通来分析新的工程风格。在此基础上,结合情境决策和ea的身体活动控制,强调以模型为中心的集成研发和运营活动风格。最后,讨论了应用信息学与应用数学博士学院(DSAIAM, Óbuda大学)虚拟研究实验室(VRL)正在建立的实现问题,如提供基于云平台的软件功能,实现纯以模型为中心的通信。
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Model Centered Engineering in Wide Context
It was a long way to engineering where model systems serve lifecycle engineering of systems organized achievements. Recently, contextual connections control integrated model objects including cyber units in engineering achievements (EAs). EA serves as collective concept for industrial and commercial products, experimental structures, prototypes in the engineering practice. Cyber units control physical units to provide autonomous features in EAs. Lifecycle engineering includes lifecycle innovation providing integrated research, development, and operation capabilities for EAs. This paper introduces some latest results in modeling methodology for EAs. It starts with introduction of a new general model of engineering serving the above scenario. The next structural unit of this paper analyses the new style of engineering through human behavior and communication. Following this, model centered style of integrated research, development, and operation activities are highlighted considering situation based decisions and physical activity control of EAs. Finally, implementation issues as providing cloud platform based software capabilities, realization of pure model centered communication are discussed as there are under establishing at the Virtual Research Laboratory (VRL) of the Doctoral School of applied Informatics and Applied Mathematics (DSAIAM, Óbuda University).
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