Research on Modeling Traversing Features in Concurrent Software System

Su Yang, Xuanwu Zhou, Minqing Zhang
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引用次数: 1

Abstract

An approach on modeling traversing features in concurrent software system was presented, which is based on aspect-oriented techniques and statecharts of unified modeling language (UML). Modeled with UML statecharts diagrams, the primary system functions and corresponding traversal features are enveloped into various orthogonal regions of a composite state respectively. The mutual relationships between orthogonal regions are implied by the orders of broadcast events. With modular transition system, a basic computational model, the formalization description of aspect-oriented statechart models was proposed. The precise semantics of model elements and modeling procedures was also given. The case study indicates that the strategy of separation of traversing features is implemented in design phrase of concurrent software system with this method. And, the advantages of this software modeling approach are loose couple, adaptability and traceability.
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并行软件系统中遍历特征建模研究
提出了一种基于面向方面技术和统一建模语言(UML)状态图的并行软件系统遍历特性建模方法。用UML状态图建模,主要的系统功能和相应的遍历特征分别被包裹在复合状态的各个正交区域中。正交区域之间的相互关系由广播事件的顺序来表示。以模块化转换系统为基本计算模型,提出了面向方面的状态图模型的形式化描述。给出了模型元素的精确语义和建模过程。实例研究表明,该方法在并行软件系统设计阶段实现了遍历特征分离策略。该方法具有松耦合性、适应性和可追溯性等优点。
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