首页> 外文会议>Proceedings of the 2010 summer simulation multiconference book 1: Summer computer simulation conference 2010 >Understanding Executable Architectures Through An Examination of Language Model Elements
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Understanding Executable Architectures Through An Examination of Language Model Elements

机译:通过检查语言模型元素来了解可执行体系结构

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This paper describes a method for exploring executable architects along 3 dimensions: DoDAF elements, modeling language implementations (such as IDEF, UML, SysML and BPMN) and modeling formalism. It then begins to explore this question along 2 of these dimensions, as a means to describe a method for future work. A subset of DoDAF views is provided as a foundational context for problem space investigation. The 52 views available under DoDAF 2.0 are broad and diverse and beyond the scope of an executable architecture focus. This paper distills this set down to 18 DoDAF 2.0 views. Secondly the paper arrays four modeling language areas (Structured, UML, SysML and BPMN) against this subset of DoDAF views to assess for elemental goodness of fit. Results show SysML as the strongest candidate. More importantly results lay the ground work for addressing modeling gaps against the DoDAF executable architecture elemental subset, suggesting these gaps may be a basis for describing essential elements, particularly as modeling is expanded into simulation.
机译:本文描述了一种从三个方面探索可执行架构师的方法:DoDAF元素,建模语言实现(例如IDEF,UML,SysML和BPMN)以及建模形式主义。然后,它开始从这两个维度探讨这个问题,作为描述未来工作方法的一种手段。提供DoDAF视图的子集,作为问题空间调查的基础上下文。在DoDAF 2.0下可用的52个视图广泛而多样,超出了可执行体系结构关注的范围。本文将这一设置提炼为18种DoDAF 2.0视图。其次,本文针对DoDAF视图的这一子集排列了四个建模语言区域(Structured,UML,SysML和BPMN),以评估拟合的要素优度。结果显示SysML是最强的候选者。更重要的是,结果为解决与DoDAF可执行体系结构元素子集之间的建模空白奠定了基础,这表明这些空白可能是描述基本要素的基础,尤其是当建模扩展到仿真时。

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