为保证在基于模型的系统工程(model-based systems engineering,MBSE)背景下民机研制的高效过程管理,分析了当前民机研制的过程特征与面临的挑战,在此基础上规划了基于模型的民用飞机研制整体框架与基于模型的过程全寿命周期管理(model-...为保证在基于模型的系统工程(model-based systems engineering,MBSE)背景下民机研制的高效过程管理,分析了当前民机研制的过程特征与面临的挑战,在此基础上规划了基于模型的民用飞机研制整体框架与基于模型的过程全寿命周期管理(model-based process lifecycle management,MBPLM)概念。基于过程模型及其语义结构和类的定义,提出了广泛适用于民机研制全过程的MBPLM方法,并设计相应的并行架构。最后,为提升可操作性,在典型系统民机舱内压力控制系统设计中演示了系统建模过程的管理时序、过程分析评估与异同构模型管理。所提方法可应用于以民用飞机为代表的复杂系统研制,能够在MBSE背景下实现模型开发与过程管理关联与协同,统筹管理研制全寿命周期过程。展开更多
This paper addresses the present-day context of Systems Engineering, revisiting and setting up an updated framework for the SIMILAR process in order to use it to engineer the contemporary systems. The contemporary wor...This paper addresses the present-day context of Systems Engineering, revisiting and setting up an updated framework for the SIMILAR process in order to use it to engineer the contemporary systems. The contemporary world is crowded of large interdisciplinary complex systems made of other systems, personnel, hardware, software, information, processes, and facilities. An integrated holistic approach is crucial to develop these systems and take proper account of their multifaceted nature and numerous interrelationships. As the system＇s complexity and extent grow, the number of parties involved （stakeholders and shareholders） usually also raises, bringing to the interaction a considerable amount of points of view, skills, responsibilities, and interests. The Systems Engineering approach aims to tackle the complex and interdisciplinary whole of those socio-technical systems, providing the means to enable their successful realization. Its exploitation in our modern world is assuming an increasing relevance noticeable by emergent standards, academic papers, international conferences, and post-graduate programmes in the field. This work aims to provide ＂the picture＂ of modern Systems Engineering, and to update the context of the SIMILAR process model in order to use this renewed framework to engineer the challenging contemporary systems. The emerging trends in the field are also pointed-out with particular reference to the Model-Based Systems Engineering approach.展开更多
文摘为保证在基于模型的系统工程(model-based systems engineering,MBSE)背景下民机研制的高效过程管理,分析了当前民机研制的过程特征与面临的挑战,在此基础上规划了基于模型的民用飞机研制整体框架与基于模型的过程全寿命周期管理(model-based process lifecycle management,MBPLM)概念。基于过程模型及其语义结构和类的定义,提出了广泛适用于民机研制全过程的MBPLM方法,并设计相应的并行架构。最后,为提升可操作性,在典型系统民机舱内压力控制系统设计中演示了系统建模过程的管理时序、过程分析评估与异同构模型管理。所提方法可应用于以民用飞机为代表的复杂系统研制,能够在MBSE背景下实现模型开发与过程管理关联与协同,统筹管理研制全寿命周期过程。
基金supported by the Portuguese Foundation for Science and Technology (FCT),Doctoral Grant SFRH/BD/43892/2008
文摘This paper addresses the present-day context of Systems Engineering, revisiting and setting up an updated framework for the SIMILAR process in order to use it to engineer the contemporary systems. The contemporary world is crowded of large interdisciplinary complex systems made of other systems, personnel, hardware, software, information, processes, and facilities. An integrated holistic approach is crucial to develop these systems and take proper account of their multifaceted nature and numerous interrelationships. As the system＇s complexity and extent grow, the number of parties involved （stakeholders and shareholders） usually also raises, bringing to the interaction a considerable amount of points of view, skills, responsibilities, and interests. The Systems Engineering approach aims to tackle the complex and interdisciplinary whole of those socio-technical systems, providing the means to enable their successful realization. Its exploitation in our modern world is assuming an increasing relevance noticeable by emergent standards, academic papers, international conferences, and post-graduate programmes in the field. This work aims to provide ＂the picture＂ of modern Systems Engineering, and to update the context of the SIMILAR process model in order to use this renewed framework to engineer the challenging contemporary systems. The emerging trends in the field are also pointed-out with particular reference to the Model-Based Systems Engineering approach.
